UITOP

UITOP redesigns and develops existing B2B SaaS products where new product decisions need to work with current users, workflows, data, integrations, and an established codebase.This service is for teams that already have a live product and need to improve a defined part of it across both product design and engineering.We start with the product that already exists: user roles, core workflows, permissions, data relationships, integrations, design patterns, technical architecture, and the areas included in the selected scope.The design phase focuses on how the product should change. The engineering phase connects those decisions to the current frontend, backend, APIs, data model, and release process.Existing SaaS products often contain dependencies that are easy to miss when a redesign is treated as a separate visual exercise. A changed workflow can affect permissions, record states, shared components, integrations, reporting, or other modules that use the same data.UITOP works across product design and development so these dependencies can be reviewed while the new product behavior is being defined and implemented.What You GetExisting-product and technical-context reviewCurrent workflow and product-state mappingUser-role and permission reviewProduct UX redesignInformation architecture updatesNew and revised user flowsHigh-fidelity product UIInteractive prototypes where usefulDesign-system review and extensionComponent and state mappingExisting-codebase review for the selected scopeFrontend developmentBackend development where includedAPI and integration work where requiredDatabase and data-model changes where requiredResponsive behaviorLoading, empty, error, validation, permission, and exception statesFunctional QARegression testing for affected workflowsDesign and engineering reviewRelease preparation for the selected scopeContinued product-development support where includedExisting SaaS Areas We Work WithDepending on the product, the engagement can cover:B2B SaaS applicationsEnterprise web softwareOperational platformsERP and CRM productsLogistics and warehouse systemsConstruction and fleet softwareAccounting and financial productsData-heavy dashboardsAdmin and internal toolsCustomer and partner portalsMulti-role productsReporting and analytics workflowsExisting SaaS modules that need redesignNew workflows inside an established productLegacy frontend areas moving to a reusable component systemProducts that need design and engineering work in the same release scopeWhat an Existing SaaS Engagement Needs to DefineCurrent Product LogicBefore changing the interface, the team needs to understand the workflows, records, roles, permissions, states, and business rules already supporting the product.Scope of ChangeA redesign may affect one workflow, several connected modules, or a larger product area. We define what belongs to the phase and which existing behaviors need to remain compatible.Existing Technical ArchitectureThe implementation needs to account for the current frontend, backend, APIs, data model, integrations, authentication, permissions, and shared technical patterns affected by the change.Product States & ExceptionsLive products already contain edge cases. Loading, errors, validation, permissions, partial data, blocked actions, approval states, and operational exceptions need defined behavior in the redesigned workflow.Design-System ImpactNew design decisions may require existing components to change or new variants to be added. UITOP reviews how those changes affect related product areas before implementation.Data & IntegrationsA new interface may still depend on existing records, external systems, API responses, and operational data structures. Those relationships need to remain explicit during design and development.Release & Regression RiskChanges inside an established SaaS product can affect adjacent workflows. QA and regression checks focus on the product areas touched by the selected implementation scope.Who This Is ForThis service is a good fit for:SaaS companies redesigning a live productProduct teams whose interface has grown around years of feature additionsCompanies that need design and engineering in the same engagementTeams implementing a major workflow redesignExisting products moving toward a more reusable component systemSaaS products adding roles, permissions, states, or integrationsTeams replacing an outdated frontend area inside a larger applicationProducts where design decisions need to fit an existing backend or API layerCompanies continuing development after an audit or redesign phaseInternal product teams that need an external design and engineering partner for a defined modernization scopeHow We Work1. Existing Product ReviewUITOP reviews the selected workflows, users, roles, data relationships, current interface, design system, technical architecture, APIs, integrations, and known constraints.2. Scope & Dependency MappingWe define which workflows and product areas will change and identify the systems, components, records, permissions, and technical dependencies affected by those changes.3. Product DesignThe team redesigns the selected workflows, interface states, information structure, and reusable patterns around the approved product requirements.4. Design & Engineering AlignmentDesigners and engineers review the proposed behavior against the existing architecture, APIs, data model, component system, and implementation constraints.5. DevelopmentUITOP implements the agreed scope across the relevant frontend, backend, API, integration, and data layers.6. Product & QA ReviewThe implemented workflow is reviewed against the approved product behavior, roles, states, responsive requirements, and affected system dependencies.7. Release & Next PhaseThe approved scope is prepared for release. Additional product areas can move into later redesign and development phases.What You Can ExpectProduct Changes Grounded in the Existing SystemThe team works with the workflows, users, records, permissions, and technical relationships already present in the product.Design and Engineering in the Same ContextProduct designers and engineers review the same workflow while decisions are still being made.Existing-Codebase AwarenessEngineering work starts with the architecture and patterns already in use in the affected product area.Reusable Product PatternsComponents, states, and interaction patterns are reviewed across the wider product when a redesign introduces shared changes.Connected Workflow StatesThe implementation covers the normal path together with loading, validation, errors, permissions, exceptions, and other states relevant to the selected workflow.Defined Modernization ScopeThe engagement focuses on a specific part of the existing product. Larger changes can be planned as sequential phases.TechnologyTechnology depends on the current product and selected scope.UITOP development experience includes:ReactTypeScriptViteTailwind CSSMaterial UIZustandNode.jsExpressPostgreSQLPrisma ORMREST APIsPHPMySQLGoogle Maps APIResponsive web applicationsReusable component systemsAutomated testing and QA workflowsFor existing SaaS products, UITOP can work inside the established technical environment where the stack and project requirements match our engineering capability.Experience With Existing ProductsActivate OS is direct proof of this service model.Activate OS was already a live construction fleet-management platform with existing users and established product behavior. UITOP redesigned the product architecture and interface while continuing development inside the existing system.The work included a modular React architecture, reusable components, fleet dashboards, high-performance mapping, role-based product logic, API middleware, integrations, automated testing, and continued releases inside the live product. The engagement covered both product redesign and engineering, making Activate OS a strong example of UITOP working on an existing B2B product where current workflows and technical constraints needed to remain part of every new decision.LogiCore provides additional design-and-development proof for complex operational software with React and TypeScript frontend implementation, Node.js and PostgreSQL backend work, REST APIs, large datasets, warehouse structures, and multi-location inventory.I would use Activate OS as the primary visual proof, because it demonstrates the exact existing live product → redesign → engineering → continued releases story much better than combining unrelated redesign and development cases.Scope & Pricing ContextThe listed price represents a focused redesign and development phase for an agreed part of an existing SaaS product.Final scope depends on:number of workflows and screens;existing product architecture;current design-system maturity;frontend and backend scope;user roles and permissions;API and integration requirements;data-model changes;legacy or technical constraints;responsive requirements;QA and regression scope;deployment and release requirements.Larger modernization work can be divided into sequential phases.Need to redesign and develop part of an existing SaaS product?Share the current product, workflows, design files, technical stack, and the area that needs to change. UITOP can define a focused scope across product design, engineering, affected dependencies, and implementation.

UITOP develops frontend interfaces for complex B2B web applications where product behavior depends on large datasets, multiple user roles, workflow states, permissions, APIs, and reusable component systems.We work with SaaS and enterprise product teams that already have a product, backend, API layer, approved designs, or an existing frontend codebase and need a focused implementation team for the user-facing application.The work starts with the current product and technical context. We review the existing frontend architecture, component patterns, design system, application states, data flows, APIs, permissions, responsive behavior, and the workflows included in the selected scope.From there, we implement the frontend around the actual product behavior. A data-heavy screen may need large tables, filtering, search, forms, validation, loading and error states, role-specific actions, background data updates, side panels, dashboards, or record relationships that span several product areas.For an existing application, UITOP works with the code and patterns already in use where they fit the product. New components and interaction patterns are added when the current frontend does not support the required workflow.UITOP can work across frontend architecture, React and TypeScript implementation, reusable components, state management, API integration, responsive behavior, frontend performance, QA, and continued product development within the agreed scope.What You GetFrontend technical and product-context reviewExisting codebase and component-architecture reviewApproved design and Figma implementation reviewReact and TypeScript frontend developmentReusable component implementationDesign-system implementation and extensionState-management implementationAPI integrationAuthentication and permission-aware interface statesData-heavy tables, filters, search, and sortingComplex forms and validationDashboards and operational workspacesRecord detail views and side panelsLoading, empty, error, pending, disabled, permission, and exception statesResponsive desktop and tablet behaviorMobile-responsive states where requiredLarge-dataset and frontend-performance workPagination and virtualization where requiredBackground and frequently refreshed data statesAccessibility implementation within the agreed scopeFunctional frontend QARegression checks for affected workflowsEngineering documentation and implementation contextContinued frontend development where included in scopeFrontend Areas We Work WithDepending on the product, the frontend scope can include:B2B SaaS applicationsEnterprise web softwareOperational platformsData-heavy dashboardsERP and CRM interfacesLogistics and warehouse productsInventory-management interfacesAdmin and internal toolsCustomer and partner portalsMulti-role applicationsReporting and analytics productsWorkflow-management softwareMaps and location-based interfacesExisting products implementing a redesignNew modules inside an established applicationAI-assisted and AI-enabled product interfacesWhat Complex Frontend Development Needs to DefineExisting Product ArchitectureThe implementation needs to fit the application that already exists. We review routing, component organization, shared utilities, state patterns, styling approach, API access, permissions, and the frontend areas affected by the new scope.Component SystemReusable components need clear responsibilities, variants, states, and relationships with the design system. Existing components can be extended where they still support the required behavior.Product StatesThe frontend needs explicit behavior for loading, empty data, errors, permissions, validation, pending operations, disabled actions, exceptions, and other states users encounter during the workflow.Data & API BehaviorEach screen depends on data arriving from the backend. We define how the interface handles requests, responses, pagination, filtering, updates, failures, and state changes across the selected workflow.Roles & PermissionsDifferent users may see the same records with different actions or access scopes. Frontend behavior needs to reflect those rules consistently across navigation, controls, record views, forms, and workflow states.PerformanceLarge datasets, interactive tables, maps, frequently refreshed records, dashboards, and complex forms may require dedicated frontend-performance work. The implementation approach depends on the actual product behavior and data volume.Responsive BehaviorComplex web applications often need more than a compressed desktop layout. We define which information remains visible, which actions move, how tables adapt, and how product states behave across supported viewport sizes.Who This Is ForThis service is a good fit for:CTOs and Heads of Engineering who need additional frontend capacityProduct teams with approved Figma designs ready for implementationSaaS companies implementing a product redesignExisting B2B applications adding a major frontend moduleEngineering teams working with React and TypeScriptProducts with complex tables, forms, dashboards, or operational workflowsTeams that need frontend work inside an established codebaseProducts connecting a new UI to existing backend APIsCompanies consolidating inconsistent frontend components into a shared systemB2B products adding more roles, permissions, states, or responsive behaviorTeams that need design and frontend engineering to stay aligned during implementationHow We Work1. Product & Frontend ContextWe review the selected workflows, approved designs, existing codebase, frontend architecture, component system, APIs, technical constraints, and supported devices.2. Implementation ScopeThe team defines which screens, workflows, states, components, API connections, and responsive behaviors belong to the selected development phase.3. Component & State MappingWe connect the approved designs to existing frontend components and identify new variants, components, interaction states, and shared patterns required by the implementation.4. Frontend DevelopmentUITOP implements the selected scope across React components, TypeScript logic, state management, API connections, forms, tables, responsive behavior, and product states.5. Product & Engineering ReviewThe team reviews implemented behavior against the approved product logic, designs, API responses, permissions, and workflow requirements.6. QA & Regression TestingWe test the affected workflows, supported roles, product states, responsive behavior, API interactions, and frontend regressions included in scope.7. Delivery & Continued DevelopmentThe approved frontend scope is prepared for release. UITOP can continue with additional modules, frontend modernization, product changes, or engineering support.What You Can ExpectFrontend Work Built Around Product LogicComponents and screens are implemented with the workflows, records, roles, and states they support in mind.Existing-Codebase ContextFor live products, the team reviews the current architecture and established patterns before changing the selected frontend area.Reusable Component StructureShared components, states, and interface patterns are organized so related product areas can use the same implementation logic.Design-to-Code AlignmentApproved Figma components, responsive behavior, product states, and interaction rules remain part of the implementation context during development.Data-Heavy Product SupportLarge tables, filtering, search, dashboards, maps, record relationships, and frequently changing operational states receive dedicated frontend consideration when they belong to the product.API-Aware Interface StatesLoading, errors, permissions, delayed responses, empty data, and changing records are implemented as part of the workflow behavior.Direct Design & Engineering CollaborationUITOP product designers and frontend developers can review the same implementation against the product logic and approved design decisions.TechnologyTechnology depends on the existing product and implementation requirements.UITOP frontend development work includes:ReactTypeScriptViteTailwind CSSMaterial UIZustandREST APIsGoogle Maps APIResponsive web interfacesComponent-based frontend architectureAutomated testing and QA workflowsFor an existing web application, UITOP can work within the established frontend environment where it fits the agreed project scope.Experience With Complex Frontend ApplicationsUITOP designed and developed LogiCore, a logistics and warehouse web application for shipment tracking, warehouse operations, and multi-location inventory.Its frontend uses React, TypeScript, Vite, Tailwind, and Zustand. The implementation includes large operational tables, server-side pagination, row virtualization, lazy-loaded warehouse data, frequently refreshed shipment states, filters, dashboards, and multi-location inventory workflows.UITOP also works on the development of Activate OS, a live construction fleet-management platform.The frontend work includes modular React architecture, reusable map components, large fleet datasets, role-based product behavior, integrations, and continued development inside an established product.These projects give UITOP direct frontend-development proof for B2B products where interface behavior depends on operational data, reusable component systems, frontend state, APIs, and existing product architecture.Scope & Pricing ContextThe listed price represents a focused frontend development phase around an agreed set of workflows or product modules.Final scope depends on:number of screens and workflows;existing frontend architecture;component and design-system maturity;state-management complexity;number of user roles;permissions;API readiness;data volume;responsive requirements;frontend-performance requirements;accessibility requirements;existing technical debt;QA and regression scope.Larger frontend implementations can be planned as sequential development phases.Need frontend development for a complex web application?Share your product, Figma designs, current frontend stack, and the workflows you need to implement, and we can define the frontend development scope around the existing codebase, components, data, states, and API requirements.

UITOP designs and develops custom CRM software around customer records, sales and service workflows, pipelines, roles, permissions, communication history, reporting, and integrations.We work with companies that need a new CRM, want to extend an existing system, or have customer workflows that no longer fit their current software.The work starts with the way customer relationships move through the business. We map accounts, contacts, deals, activities, tasks, stages, responsibilities, approvals, handoffs, and the information each team uses during the workflow.That process defines the CRM data model.Customer records may connect to companies, deals, projects, messages, invoices, tasks, documents, service requests, or other business objects. We define those relationships before individual screens and modules are implemented.For multi-team CRM products, we also define how sales, account management, support, operations, and administrators work with the same customer information through different actions and permission levels.UITOP can work across CRM product architecture, UX/UI design, frontend and backend development, database structure, APIs, integrations, migration planning, QA, and continued product development within the agreed scope.What You GetCRM discovery and workflow analysisCurrent sales, service, or account-management process reviewCustomer and account data-model definitionLead, deal, and pipeline workflow mappingUser-role and permission mappingStatus, approval, and business-rule definitionProduct architecture and information architectureUX/UI design for critical CRM workflowsResponsive web application designFrontend developmentBackend developmentDatabase implementationREST API developmentThird-party integrationsContact and company managementLead and opportunity workflowsDeal and pipeline managementTask and activity trackingCommunication-history interfacesEmail or messaging integrations where includedDashboards and reportingSearch, filters, tables, forms, and detail viewsRole-based administrationLoading, empty, error, permission, pending, and exception statesData migration planningFunctional and technical QAEngineering documentationRelease and continued development support where includedCRM Areas We Work WithDepending on the product scope, the CRM can include:Accounts and companiesContactsLeadsOpportunities and dealsPipeline stagesActivities and tasksFollow-upsNotes and communication historyProject or service recordsCustomer-support workflowsAccount-management workflowsQuotes and related commercial recordsDashboards and reportingTeam and user administrationRoles and permissionsApproval flowsNotificationsEmail and calendar connectionsBilling or ERP integrationsCustomer portalsIndustry-specific CRM modulesThe exact module set depends on the customer process and systems already used by the business.What Custom CRM Development Needs to DefineCustomer Data ModelWhich records describe the customer relationship? The CRM may need companies, contacts, leads, deals, projects, activities, messages, documents, or another set of related records. We define how those records connect before the workflows are implemented.Pipeline & Workflow LogicA deal or customer record can pass through several stages, ownership changes, approvals, follow-ups, and status updates. The product needs clear rules for those transitions and the actions available at each stage.Roles & PermissionsSales representatives, managers, account teams, support staff, operations, and administrators may need different access to the same CRM data. We define record visibility, actions, administrative controls, and permission states for the roles included in scope.Activities & CommunicationCustomer history can include calls, messages, emails, meetings, notes, tasks, and other activity. The product structure needs to show that history in the context of the related customer, company, deal, or workflow.IntegrationsCRM products often exchange data with email, calendars, accounting software, ERP systems, billing platforms, websites, support systems, marketing tools, and internal applications. We define which information moves between systems, how it maps to CRM records, and which states users see when synchronization is delayed or fails.MigrationExisting customer information may live in spreadsheets, another CRM, databases, or several tools. Migration planning defines source fields, record relationships, duplicate handling, validation, and testing before the new CRM relies on that information.ReportingCRM reporting depends on structured customer, pipeline, activity, and ownership data. We define which records, stages, filters, dates, roles, and calculations support each report included in scope.Existing CRM ContextFor an existing system, we review the current workflows, data model, integrations, permissions, and product behavior before defining the selected changes.Who This Is ForThis service is a good fit for:Companies whose customer workflows have outgrown their current CRMTeams using spreadsheets alongside an existing CRMBusinesses that need a CRM built around a specialized sales or service processB2B companies with complex account and customer relationshipsProduct teams developing CRM software for a specific industryCompanies that need customer data connected to ERP, billing, support, or operational systemsExisting CRM products adding new modulesTeams introducing more detailed roles and permissionsCompanies planning migration from a legacy CRMProduct and engineering teams that need design and development across the same CRM scopeHow We Work1. Customer Process & System ReviewWe review how customer relationships are currently managed, which teams use the information, existing tools, known workflow issues, integration requirements, and technical constraints.2. CRM Scope & Workflow MappingWe define the customer records, pipeline stages, users, actions, business rules, handoffs, permissions, and exceptions included in the selected phase.3. Data & Product ArchitectureThe team maps record relationships, information architecture, frontend requirements, backend responsibilities, database structure, and API contracts.4. UX/UI DesignWe design the selected CRM workflows, pipelines, record pages, tables, forms, dashboards, communication areas, reports, and administration states.5. Frontend & Backend DevelopmentUITOP implements the approved CRM scope across interface behavior, application logic, database operations, APIs, and required integrations.6. Migration, QA & Workflow TestingWhere migration belongs to the project, we validate field mappings and transferred records. We also test workflows, permissions, integrations, validations, and exception states.7. Release & Continued DevelopmentWe prepare the agreed scope for release and can continue with additional modules, workflow changes, integrations, or engineering support.What You Can ExpectCRM Structure Based on the Real Customer ProcessThe project starts with customer records, workflow stages, team responsibilities, and system relationships before the interface expands into secondary functionality.Connected Product & Data ModelCustomer records, deals, activities, tasks, communication, and related business objects use one defined structure across UX and engineering.Role-Aware WorkflowsThe CRM can reflect different responsibilities and access scopes across sales, account management, support, operations, and administration.Integration ContextExternal data connections are mapped as part of the workflow when they affect customer records, actions, or status changes.Migration PlanningExisting customer data receives a defined source mapping, validation approach, and testing scope before it becomes part of the new CRM.Reusable Product PatternsCRM components, record states, workflow behavior, and technical patterns establish a consistent foundation for related modules.TechnologyTechnology depends on the product requirements and existing environment. UITOP development work includes:ReactTypeScriptViteTailwind CSSMaterial UIZustandNode.jsExpressPostgreSQLMySQLPrisma ORMREST APIsThird-party integrationsCI/CD workflowsAutomated testing and QAFor an existing CRM, UITOP can work with the current technical environment where it fits the agreed project scope.CRM Product ExperienceUITOP has worked with several B2B products built around customer, account, project, and operational relationship data.Slabstack is a specialized CRM for concrete, asphalt, and aggregate producers. UITOP redesigned the product architecture and more than 150 screens covering companies, projects, reporting, activity, and built-in communication.ReLounge is a CRM for back-health centers. UITOP worked on product workflows covering patient records, appointments, analytics, internal communication, and connected operational information.Aimiable adds another example of a multi-role business platform with scheduling, workload, team activity, forecasting, and data-heavy management workflows.These projects provide CRM and workflow-product design evidence. We keep them separate from UITOP's broader software-development proof because their public case material primarily documents product-design work.UITOP's CRM development service itself covers frontend and backend implementation, database design, integrations, migration, testing, and continued development within the agreed scope.The listed price covers a focused custom CRM development phase built around an agreed set of customer workflows and modules.Final scope depends on:number of CRM modules;customer and account data complexity;pipeline and workflow rules;number of user roles;permissions;frontend and backend requirements;integrations;migration volume and data quality;reporting requirements;existing CRM or codebase;QA and release scope.Larger CRM systems can be planned as sequential product and engineering phases.Planning a custom CRM or extending an existing customer platform?Share the workflows, current tools, and customer data structure, and we can define the CRM development scope around the records, roles, rules, integrations, and migration requirements involved.

UITOP designs and develops custom ERP software around inventory, orders, work operations, financial records, reporting, user roles, and other connected business workflows.We work with companies and product teams that need a dedicated operational system because their processes span several tools, spreadsheets, legacy applications, or specialized business workflows.The first step is understanding how the business operates today. We map the records involved, the people responsible for each stage, workflow states, approvals, business rules, exceptions, reporting requirements, and systems that exchange data with the ERP.That operating model shapes the software architecture.An inventory record may connect to a warehouse location, customer order, purchase activity, shipment, work order, cost, or financial transaction. The ERP needs a clear data model for these relationships so product workflows and reporting use the same underlying business information.UITOP can work across ERP product architecture, UX/UI design, frontend and backend development, databases, APIs, integrations, QA, and phased implementation within the agreed scope.What You GetERP discovery and requirements analysisCurrent business-process mappingTarget workflow definitionERP module and scope planningBusiness-object and data-model definitionUser roles and permission mappingWorkflow states and business rulesApproval and exception-flow definitionProduct architecture and information architectureUX/UI design for operational workflowsResponsive web application designFrontend developmentBackend developmentDatabase implementationREST API developmentThird-party integrationsInventory and warehouse workflows where requiredOrder and work-order workflowsPurchasing and supplier-related workflows where includedFinancial and accounting workflows where includedOperational dashboards and reportingSearch, filters, tables, forms, and detail viewsAudit and record-history interfaces where requiredLoading, empty, error, permission, pending, and exception statesData migration planning within agreed project scopeFunctional and technical QAEngineering documentationRelease and continued development support where includedERP Areas We Work WithDepending on the business and project scope, an ERP engagement can include:Inventory managementWarehouse and location managementOrders and fulfillmentWork ordersPurchasingSupplier recordsShipment and logistics dataProject operationsFinancial recordsInvoicing and paymentsAccounts receivable and accounts payableReportingOperational dashboardsUser and permission administrationBusiness approvalsRecord history and audit-related statesIntegrations with existing business systemsThe module set depends on the actual operating model and available project evidence.What Custom ERP Development Needs to DefineBusiness ProcessesWhich operational processes belong inside the ERP? We map how records enter the system, which users work with them, what actions they perform, and what determines the next workflow state.Shared Data ModelERP modules frequently use the same business information. Customers, products, SKUs, locations, vendors, orders, invoices, work orders, payments, or assets may connect across several workflows. The data model needs to define these relationships before individual modules are implemented.Roles & PermissionsERP users can include administrators, operations managers, warehouse teams, accounting staff, project teams, executives, and external users. We define what each role can view, create, edit, approve, export, or administer within the selected scope.Workflow RulesOperational software needs defined rules for status transitions, approvals, validations, dependencies, calculations, and required information. These rules guide both product behavior and backend logic.ExceptionsERP workflows also need states for missing records, rejected approvals, stock conflicts, incomplete information, delayed integrations, validation failures, and other operational exceptions included in scope.IntegrationsThe ERP may exchange information with accounting platforms, CRMs, shipping providers, banking systems, procurement tools, existing databases, or industry-specific services. We map the records exchanged, system responsibilities, update behavior, and user-facing integration states.ReportingReports and dashboards depend on the same operational data used by the workflows. We define which records, time periods, filters, calculations, and permissions support each reporting requirement.MigrationFor an existing business, implementation may require moving data from spreadsheets, legacy software, or another ERP. Migration scope needs clear source mapping, validation rules, record ownership, and testing before release.Who This Is ForThis service is a good fit for:Companies replacing several disconnected operational toolsOperations teams whose workflows have outgrown spreadsheetsBusinesses building an ERP around specialized internal processesProduct teams developing industry-specific ERP softwareCompanies adding custom operational modules to an existing software environmentBusinesses that need inventory, orders, work activity, reporting, and financial records connectedCTOs planning a custom business systemOperations leaders defining a phased ERP modernizationExisting ERP products that need new modules or deeper workflow supportTeams that need product design and engineering across the same ERP scopeHow We Work1. Business & System ReviewWe review current processes, tools, user roles, operational records, known issues, reporting requirements, technical environment, and integration constraints.2. Workflow & ERP ScopeWe define which workflows and modules belong in the current phase, along with roles, records, actions, states, approvals, rules, and exceptions.3. Data & Product ArchitectureWe map business objects, relationships, information architecture, frontend requirements, backend responsibilities, database structure, and API contracts.4. UX/UI DesignWe design the selected operational workflows, tables, forms, dashboards, record views, administration areas, reports, and important states.5. Frontend & Backend DevelopmentUITOP implements the approved scope across interface behavior, application logic, database operations, APIs, and required integrations.6. Migration, QA & Workflow TestingWhere migration belongs to the scope, we validate source data and mappings. We test workflows, permissions, calculations, integrations, reports, and exception states.7. Release & ERP ExpansionWe prepare the agreed phase for release and can continue with additional modules, workflows, integrations, or modernization work.What You Can ExpectProcess-Led ERP ScopeThe project begins with operational workflows and shared business records so modules reflect how the company works.Connected Product & Data StructureInterfaces, backend logic, database relationships, and reporting use the same defined business model.Role-Aware WorkflowsThe product can reflect different responsibilities and access rules across operations, finance, warehouse, management, and other roles included in scope.Operational Exception CoverageImportant failures, missing information, blocked actions, and approval states are defined as part of the workflow.Integration ContextThe project maps how the ERP exchanges information with existing tools and what users see when external data changes or fails to update.Phased DeliveryLarge ERP systems can be divided into operational phases so a defined workflow or module set can be designed, developed, tested, and released before the next scope begins.TechnologyTechnology depends on the ERP requirements and existing technical environment. UITOP development work includes:ReactTypeScriptViteTailwind CSSZustandNode.jsExpressPostgreSQLPrisma ORMREST APIsThird-party integrationsCI/CD workflowsAutomated testing and QAFor existing business software, UITOP can work with the current technical environment when it fits the agreed project scope.Experience With ERP & Operational SystemsUITOP designed and developed Valocore, an operational financial system for U.S. government contractors.The platform connects invoicing, payment tracking, accounts payable, reporting, income statements, balance sheets, and contract-related financial workflows inside one software system.UITOP also designed and developed LogiCore, a logistics and warehouse platform connecting shipment tracking, warehouse structures, SKU management, multi-location inventory, and operational reporting.The engineering work covers frontend development, backend architecture, PostgreSQL data operations, REST APIs, inventory relationships, warehouse data, and performance for large operational datasets.Slabstack provides additional ERP product-design experience in heavy construction materials.UITOP redesigned the existing platform around operational dashboards, projects, company records, reporting, activity, and reusable interface patterns. We treat Slabstack as ERP UX evidence, not as a UITOP development case.The listed price covers a focused custom ERP development phase built around an agreed workflow or connected module set.Final scope depends on:number of ERP modules;operational workflows;business-object and data-model complexity;number of user roles;approval and permission rules;frontend and backend requirements;integrations;migration volume and data quality;reporting requirements;existing software environment;QA and release requirements.Large ERP platforms are planned as sequential implementation phases.Planning a custom ERP or modernizing an operational system?Share the workflows, current tools, and modules you need to connect, and we can define the ERP development scope around the users, records, rules, integrations, and data involved.

UITOP designs and develops vertical software: industry-specific B2B systems built around the workflows, data, roles, and operational rules of a particular business domain.We work with founders, product teams, and operational companies building software for industries where standard business applications do not cover the required process in enough depth.The work starts with the domain model. We identify the people involved, the records they work with, the actions they perform, the states those records move through, the rules that control those changes, and the systems that exchange data with the product.A logistics platform may need shipments, warehouses, SKUs, locations, inventory states, and carrier data. Construction software may connect equipment, maintenance, inspections, field activity, and fleet status. Government contracting software can include contracts, invoices, payments, reporting, and procurement records.These domain objects shape both product UX and engineering architecture.UITOP can work across product discovery, UX/UI design, frontend and backend development, database architecture, APIs, integrations, QA, and continued product development within the agreed scope.What You GetIndustry and product discoveryDomain workflow analysisOperational process mappingUser-role and responsibility mappingBusiness-object and data-model definitionBusiness rules and workflow-state mappingException and edge-case definitionProduct architecture and information architectureUX/UI design for critical workflowsResponsive web application designFrontend developmentBackend developmentDatabase implementationREST API developmentThird-party system integrationsAuthentication and permission logic where requiredOperational dashboards and workspacesData-heavy tables, filters, search, and detail viewsForms, status changes, approvals, and record historyLoading, empty, error, pending, permission, and exception statesReusable component systemFunctional and technical QAEngineering documentationRelease and continued development support where included in scopeIndustry-Specific Software We Work WithLogistics and transportation softwareWarehouse and inventory systemsConstruction and fleet-management productsGovernment contracting softwareERP-style operational platformsFinancial and accounting systemsMaintenance and asset-management productsIndustry-specific SaaSInternal operational softwareWorkflow and process-management systemsMulti-role enterprise applicationsData-heavy business platformsThe exact scope depends on the industry, product model, operational workflow, and available project evidence.What Vertical Software Needs to DefineDomain ModelWhich industry-specific objects does the system manage? These may be shipments, warehouses, aircraft, equipment, contracts, work orders, invoices, assets, locations, inventory units, or another set of business records. The product architecture needs to reflect the relationships between those records.Operational WorkflowWhat happens to each record during the real business process? We map actions, handoffs, status changes, dependencies, approvals, and other workflow stages included in the product.Business RulesIndustry software often contains rules that affect what users can do and what the system should do next. Those rules need defined behavior across product UX, backend logic, and data updates.Roles & PermissionsOperational products may serve managers, operators, specialists, administrators, field teams, customers, or external partners. We define the actions and information available to the roles included in scope.ExceptionsA useful operational system also needs to define what happens when the expected workflow changes. This may include missing data, failed integrations, delayed records, conflicting states, unavailable inventory, rejected approvals, or another domain-specific exception.Data & IntegrationsIndustry products often connect several sources of operational information. We define which systems exchange data, what records move between them, when data updates, and which product states users need to see when an integration is delayed or fails.Performance & ScaleProducts working with large tables, maps, inventory records, fleet data, frequent status changes, or complex filters may need dedicated performance work across frontend, backend, APIs, and database queries.Who This Is ForThis service is a good fit for:Founders building software for a specific industryCompanies turning internal operational knowledge into a software productCTOs building custom systems around specialized business processesProduct teams working in logistics, construction, finance, GovCon, or other operational domainsBusinesses whose workflow depends on industry-specific records and rulesTeams replacing several disconnected operational tools with one custom applicationExisting software products adding deeper domain workflowsCompanies adding integrations between industry systemsTeams that need product design and software engineering in the same engagementHow We Work1. Industry & Product ContextWe review the business domain, users, operational process, current systems, product requirements, technical environment, and available industry documentation.2. Domain & Workflow MappingWe define business objects, users, roles, actions, state transitions, exceptions, rules, dependencies, and integration points.3. Product & Data ArchitectureThe team maps information architecture, record relationships, frontend requirements, backend responsibilities, database structure, and API contracts.4. UX/UI DesignWe design the critical operational workflows, dashboards, tables, forms, record views, states, and reusable interface patterns.5. Frontend & Backend DevelopmentUITOP implements the approved scope across interface behavior, application logic, APIs, databases, and required integrations.6. QA & Operational TestingWe test critical workflows, roles, permissions, data changes, exception states, integrations, and performance requirements included in scope.7. Release & Continued DevelopmentWe prepare the agreed scope for release and can continue working on additional workflows, modules, integrations, or engineering changes.What You Can ExpectDomain Logic Before Feature Volume: We define the records, rules, relationships, and workflows that make the industry process work before expanding the product into secondary modules.Product and Engineering Context: The same domain model guides interface structure, backend logic, data relationships, APIs, and testing.Real Operational States: The design and implementation account for the normal workflow and the exception states included in the agreed product scope.Industry-Specific Data Structure: Business records are modeled around the entities and relationships required by the product domain.Integration Context: External systems and data exchanges are treated as part of the product workflow when they affect user actions or record states.Reusable Product Patterns: Components, workflow states, data patterns, and technical structures create a consistent basis for related product areas.Direct Collaboration: Product designers, developers, PM, and QA work around the same domain requirements and delivery scope.TechnologyTechnology depends on the product requirements and existing environment. UITOP development work includes:ReactTypeScriptViteTailwind CSSMaterial UIZustandNode.jsExpressPostgreSQLMySQLPrisma ORMREST APIsGoogle Maps APICI/CD workflowsAutomated testing and QAFor existing industry software, UITOP can work with the established technical environment where it fits the project scope.Experience With Vertical SoftwareUITOP designed and developed LogiCore, an industry-specific logistics and warehouse platform connecting shipment tracking, warehouse structures, SKU management, multi-location inventory, and operational data.The engineering scope included React and TypeScript on the frontend, Node.js and Express on the backend, PostgreSQL, Prisma ORM, REST APIs, server-side pagination, row virtualization, lazy-loaded warehouse data, and database-side aggregation. UITOP also works as the product and engineering team for Activate OS, construction fleet-management software used for equipment, maintenance, inspections, fleet data, and field operations.The development work includes modular React architecture, reusable mapping components, processing for large fleet datasets, Google Maps integrations, API middleware, automated testing, and continued releases inside the existing platform. Valocore gives UITOP another industry-specific development proof point in government contracting. UITOP designed and developed software around contract-related financial workflows including invoicing, payments, accounts payable, reporting, and related operational records. Together, these projects provide development evidence across logistics, construction operations, and government contracting software.The listed price represents a focused vertical software engagement covering an agreed set of industry workflows across product design and software development.Final scope depends on:number of operational workflows;domain and data-model complexity;user roles and permissions;business rules and exception states;frontend and backend requirements;third-party integrations;data migration requirements;existing codebase;performance requirements;QA and release scope.Large multi-module systems can be planned as sequential product and engineering phases.Building software around an industry-specific workflow?Share the business process, current systems, and product requirements, and we can define the design and development scope around the domain logic, users, data, and integrations involved.

UITOP designs and develops B2B SaaS products where customer accounts, user roles, permissions, business data, integrations, and product workflows need to operate as one software system.We work with founders and product teams building a new SaaS product, extending an existing platform, or preparing a growing product for more customers, roles, modules, and integrations.The work starts with the product model. We define the customer and account structure, users and roles, business objects, core workflows, permissions, important states, data relationships, and external systems involved in the selected scope.Those decisions shape both the product experience and the technical architecture. The interface needs to reflect what each user can access and do, while the backend, APIs, and database enforce the same product rules.For SaaS products that serve multiple organizations, the scope may also include tenant boundaries, organization membership, account-level permissions, workspace configuration, tenant-aware data access, and administrative controls.Products with subscription logic may require plans, feature access, entitlements, usage rules, account settings, and billing-related workflows. We define these elements as part of the product model when they belong to the agreed release.UITOP can work across product design, frontend development, backend development, database architecture, API integrations, QA, release support, and further product development.What You GetSaaS product and technical discoveryFirst-release or expansion scopeCustomer account and organization modelUser-role and permission mappingCore workflow and business-rule definitionProduct architecture and information architectureData and record relationship mappingUX/UI design for key SaaS workflowsResponsive web application designFrontend developmentBackend developmentDatabase implementationAuthentication and account-management flowsRole and permission implementation within project scopeAPI development and third-party integrationsMulti-organization or tenant-aware product logic where requiredSubscription, plan, or entitlement workflows where included in scopeCustomer and internal admin interfacesDashboards, tables, forms, search, filters, and detail viewsLoading, empty, error, pending, permission, and exception statesReusable component systemFunctional and technical QARelease preparationEngineering documentationPost-launch product support where included in scopeSaaS Product Areas We Work WithB2B SaaS platformsMulti-role business softwareOperational SaaSIndustry-specific SaaS productsCustomer portalsAdmin and operations platformsAnalytics and reporting productsFinancial and accounting SaaSLogistics and inventory SaaSWorkflow management softwareData-heavy business applicationsExisting SaaS products adding major functionalityWhat B2B SaaS Development Needs to DefineAccount & Organization StructureWho is the customer inside the product? A B2B SaaS platform may need companies, workspaces, teams, departments, branches, or another organization structure. The product model should define how users join those structures and which data belongs to each level.Roles & PermissionsAdmins, managers, operators, specialists, and external users can require different actions and access scopes.We map permissions across the interface and implementation so the same access rules apply to workflows, records, actions, and APIs.Customer Data BoundariesFor products serving several organizations, the architecture needs a clear rule for which records belong to which account and how customer data is accessed.Where the product requires multi-tenant behavior, this becomes part of the data model, authorization rules, and API logic.Plans, Features & EntitlementsSome SaaS products connect product access to plans, usage levels, customer agreements, or account configuration.We define which capabilities belong to each account state and how those rules appear in both product UX and application logic.Onboarding & Account AdministrationSaaS onboarding can include organization setup, invitations, role assignment, configuration, data import, and first-use workflows.Administrative interfaces may also need user management, account settings, permissions, integrations, and product configuration.APIs & IntegrationsSaaS products often exchange data with payment systems, accounting software, CRM platforms, communication tools, analytics, identity providers, or industry-specific systems.We define the product states that accompany those integrations, including loading, delayed data, failed requests, reconnecting, and changed records.Product GrowthAs a SaaS product gains new customers, modules, integrations, and roles, the team needs product and engineering patterns that can support additional functionality.We account for those dependencies when defining the current release.Who This Is ForThis service is a good fit for:Founders building a B2B SaaS productCTOs defining the architecture and product model for a new SaaS platformCPOs that need product design and engineering in one delivery teamExisting SaaS companies adding new modules or customer workflowsProducts introducing more roles, permissions, or account structuresTeams moving an internal business application toward a SaaS modelSaaS products adding integrations or data-heavy functionalityCompanies developing industry-specific SaaS around complex workflowsTeams that need continued engineering after the first releaseExisting SaaS products that need architecture and product work for the next stageHow We Work1. Product & Business Model: We review the users, customer structure, workflows, business requirements, existing product material, technical environment, and planned release.2. SaaS Product Model: We define organizations or accounts, roles, permissions, business objects, actions, states, data relationships, plan rules, and integration requirements included in scope.3. Product & Technical Architecture: The team defines information architecture, data structure, frontend responsibilities, backend logic, APIs, and implementation dependencies.4. UX/UI Design: We design the critical SaaS workflows, account and role states, administration areas, dashboards, forms, tables, and other product interfaces.5. Frontend & Backend Development: UITOP implements the approved workflows across the frontend, backend, database, authentication, APIs, and required integrations.6. QA & SaaS Workflow Testing: We test critical workflows across relevant roles, account states, permissions, product states, integrations, and supported devices.7. Release & Product Development: We prepare the agreed scope for release and can continue with new modules, integrations, workflow changes, and engineering support.What You Can ExpectProduct and Engineering Use the Same Model: Roles, account structures, workflows, records, permissions, and states are defined once and carried through design and development.Role-Aware Product Development: The application reflects the actions and data available to each relevant user type across both interface behavior and application logic.SaaS-Specific Product Structure: Where required by the product, the scope can cover account management, organization boundaries, invitations, roles, configuration, entitlements, and administrative workflows.Connected Data & Integrations: Frontend states, APIs, backend logic, and database relationships are planned around the information each workflow needs.Reusable Product Patterns: Component, interaction, state-management, and engineering patterns give related modules a consistent implementation foundation.Continued Product Context: For ongoing engagements, the same team can continue working with the established product model and technical environment as the SaaS platform develops.TechnologyTechnology depends on the product requirements and existing engineering environment. UITOP development work includes:ReactTypeScriptViteTailwind CSSMaterial UIZustandNode.jsExpressPostgreSQLMySQLPrisma ORMREST APIsGoogle Maps APICI/CD workflowsAutomated testing and QAFor an existing SaaS product, UITOP can work with the established stack when it fits the project requirements.Experience With SaaS ProductsUITOP built Pacioli, a cloud-based SaaS accounting platform for accounting firms and healthcare clients. The product includes a web application for accountants, a client-facing mobile application, transaction workflows, financial data, and bank connectivity through Flinks. UITOP handled both product design and software development.UITOP also engineered LogiCore, a SaaS product connecting warehouse and shipping operations. The platform combines inventory, warehouse, shipment, and operational data inside one web application and gives UITOP another development proof point around workflow-heavy B2B SaaS. UITOP's current SaaS offer also covers product discovery, UX/UI, software engineering, integrations, testing, release, and continued product development. The listed price represents a focused B2B SaaS development engagement covering an agreed product scope across product design and engineering.Final scope depends on:number of product workflows and modules;customer and organization structure;number of user roles;permissions and account rules;frontend and backend requirements;integrations and APIs;database complexity;existing codebase;subscription or billing requirements;QA and release requirements.Larger SaaS products can be planned as sequential product and engineering phases.Building or extending a B2B SaaS product?Share your product requirements, current platform, or technical context, and we can define the SaaS development scope around the accounts, roles, workflows, data, and integrations involved.

UITOP designs and develops complex B2B web applications where product UX, frontend, backend, databases, APIs, and operational workflows need to work as one system.We work with SaaS and enterprise product teams building new web applications, extending live products, or replacing fragmented operational tools with a dedicated software platform.The work starts with the product logic behind the interface. We map users and roles, business records, actions, workflow states, permissions, business rules, data relationships, and the external systems involved in the selected scope.That product model informs both UX and engineering. We define how users move through the workflow, what data each screen needs, how frontend states connect to backend logic, which information belongs in the database, and where APIs or third-party integrations enter the product.For data-heavy products, development may also include large tables, filtering, search, dashboards, status updates, background data loading, complex record relationships, and performance requirements tied to the actual workflow.UITOP can work across product design, frontend implementation, backend development, database logic, integration work, QA, and engineering handoff within the agreed technical scope.What You GetProduct and technical discoveryWorkflow and business-rule mappingUser roles and permission requirementsProduct architecture and information architectureData and record relationship mappingUX/UI design for critical workflowsResponsive web application designFrontend developmentBackend developmentDatabase structure and application data logicREST API development and integrationThird-party system integrations where requiredAuthentication, roles, and access logic within project scopeDashboards, tables, forms, search, filters, and detail viewsLoading, empty, error, permission, pending, and exception statesReusable frontend componentsState-management implementationPerformance work for data-heavy interfacesFunctional and technical QADeveloper documentation and implementation contextSupport during release and further product development where included in scopeProducts We DevelopComplex B2B web applicationsOperational softwareB2B SaaS productsEnterprise web platformsLogistics and warehouse softwareInventory and operations systemsERP-style operational productsInternal business applicationsCustomer and partner portalsAdmin platformsData-heavy dashboardsMulti-role business softwareIndustry-specific web applicationsWhat Complex B2B Development Needs to DefineProduct Logic: Which records, actions, rules, dependencies, and workflow states make the product work?Roles & Permissions: Which users can access each record, action, module, or workflow state?Data Model: What data belongs to each business object, how records relate to one another, and which relationships the application needs to query or update?Frontend Behavior: How should the application handle navigation, forms, large tables, filters, data loading, validation, status changes, errors, and other interactive states?APIs & Integrations: Which internal or external systems exchange information with the application, what data moves between them, and how the product handles delays, failures, or incomplete responses?Performance: Which product areas process large datasets, frequent updates, complex filters, maps, dashboards, or other interactions that require dedicated performance work?Existing Product Context: For a live application, we review the current architecture, product behavior, component patterns, APIs, and technical constraints before changing the selected area.Testing & Release: Critical workflows need defined acceptance criteria, technical testing, role and permission checks, edge-case coverage, and a release process appropriate for the product.Who This Is ForThis service is a good fit for:CTOs and product leaders building complex B2B web softwareFounders that need one team across product UX and implementationSaaS companies developing a new operational product or major moduleTeams building software around workflows that standard tools do not support wellCompanies replacing spreadsheets and disconnected internal tools with a dedicated applicationProduct teams working with multiple user roles, permissions, records, and workflow statesEngineering teams that need additional product design and full-stack development capacityExisting B2B products adding integrations, data-heavy modules, or new operational workflowsIndustry-specific software teams with business logic that requires custom implementationHow We Work1. Product & Technical ContextWe review the business workflow, target users, product requirements, current stack, existing architecture, available APIs, data sources, and technical constraints.2. Workflow & Data MappingWe define users, roles, business objects, actions, record relationships, workflow states, rules, and integration points for the selected scope.3. Product Structure & UXWe design information architecture, user flows, wireframes, interfaces, states, and reusable interaction patterns.4. Technical ArchitectureThe engineering team defines frontend structure, backend responsibilities, database relationships, API contracts, integration requirements, and implementation dependencies.5. Frontend & Backend DevelopmentWe implement the approved workflows across the interface, application logic, APIs, database operations, and required system connections.6. QA & Workflow TestingWe test the critical scenarios, product states, permissions, data behavior, integrations, and performance requirements included in scope.7. Release & Continued DevelopmentWe prepare the approved product scope for release and can continue with new modules, integrations, product changes, or engineering support.What You Can ExpectOne Product Model Across Design and Engineering: The same workflow definitions, roles, records, rules, and states guide UX decisions and implementation.Full-Stack Product Context: Frontend behavior is designed with backend logic, database relationships, API responses, and integration dependencies in mind.Data-Heavy Implementation: We account for large datasets, tables, filters, search, dashboards, record relationships, and changing operational states where the product requires them.Existing-System Awareness: For live products, the team reviews the current code, architecture, interfaces, and integration constraints that affect the selected work.Reusable Engineering Patterns: Components, state behavior, data handling, and technical patterns are organized so related features can follow the same product logic.Direct Collaboration: Product designers, developers, PM, and QA work around the same agreed workflows and implementation scope.TechnologyTechnology depends on the product requirements and existing environment. UITOP development work includes:ReactTypeScriptViteTailwind CSSMaterial UIZustandNode.jsExpressNestJSPostgreSQLMySQLPrisma ORMREST APIsRabbitMQThird-party API integrationsAutomated testing and QA workflowsIf your product already has an established stack, UITOP can work within that technical environment where the project requirements fit our engineering capability.Experience With Complex B2B Web ApplicationsUITOP designed and developed LogiCore, a logistics and warehouse web application for shipment tracking, warehouse operations, and multi-location inventory. The product combines a React and TypeScript frontend with Node.js, Express, PostgreSQL, Prisma ORM, and REST APIs. UITOP also implemented server-side pagination and row virtualization for large shipment tables, lazy-loaded warehouse data, frequently refreshed shipment states, and database-side aggregation for operational metrics.UITOP also works on the development of Activate OS, a live construction fleet-management platform. The project includes modular React architecture, reusable map components, large fleet datasets, integrations, role-based product logic, and continued engineering work inside an established product.These projects give UITOP direct development experience with B2B software where interface behavior depends on operational workflows, data relationships, backend logic, APIs, integrations, and production constraints.Building or extending a complex B2B web application?Share the product, workflows, current stack, or technical requirements, and we can define the product design and development scope around the system you need to build.

UITOP designs aviation maintenance software and MRO products built around aircraft status, maintenance planning, work orders, technical records, parts, and operational workflows.We work with aviation product teams that need to design a new maintenance product, expand an existing platform, or restructure workflows that have become difficult to navigate as more aircraft data, modules, roles, and maintenance records are added.The work starts with the aviation workflows the product needs to support. We map the users involved, aircraft and maintenance records, actions, workflow states, dependencies, and the information each role needs during planning, maintenance execution, review, and follow-up.That structure shapes navigation, fleet and aircraft views, maintenance schedules, work orders, task management, records, inventory interfaces, operational dashboards, and supporting product states.Aircraft maintenance products also contain dense relationships between current aircraft status, upcoming work, completed maintenance, technical records, parts, and related tasks. We design these relationships at the product level so users can move between the aircraft, maintenance requirement, work item, and supporting record with the necessary context.For aviation products serving several roles, we define how the interface changes for mechanics, maintenance managers, inspectors, operations teams, and other users included in the product scope.UITOP also prepares reusable components, states, responsive behavior, prototypes, and engineering specifications so approved aviation workflows can move into implementation.What You GetAviation maintenance workflow analysisUser-role and responsibility mappingProduct architecture and information architectureAircraft and fleet information structureMaintenance planning and scheduling UXWork order and maintenance-task workflowsAircraft status and due-item viewsInspection and discrepancy workflows where relevantAircraft-record and maintenance-history interfacesParts and inventory UX connected to maintenance workflowsRole and permission states where requiredOperational dashboards and data-heavy viewsSearch, filters, tables, detail views, and record relationshipsEmpty, loading, error, permission, pending, and exception statesWireframes for critical aviation workflowsHigh-fidelity UX/UI designInteractive Figma prototypesReusable component library and design systemResponsive behavior for relevant desktop, tablet, and mobile workflowsDeveloper-ready Figma files, interaction specifications, and handoff supportAviation Workflows We DesignDepending on the product scope, UITOP can work with:Aircraft and fleet statusMaintenance schedules and due itemsMaintenance work ordersTask managementInspection workflowsDiscrepancy and corrective-work flowsAircraft information and maintenance historyTechnical and maintenance recordsParts and inventory connected to maintenance activityMaintenance dashboardsOperational status and activity viewsRole-specific maintenance workspacesRecord review and compliance-related interfacesMobile maintenance workflowsDesign systems for aviation softwareThe exact workflow set depends on the product, its users, and the aviation environment it supports.Who This Is ForThis service is a good fit for:Aviation SaaS companies building maintenance or MRO productsProduct teams working on aircraft maintenance tracking softwareAviation startups defining a new operational productExisting MRO platforms adding new workflows or modulesProduct teams redesigning dense maintenance interfacesPrivate aviation software companies working with aircraft status, schedules, tasks, records, or inventoryTeams that need external product designers who can work with aviation-specific workflows and data relationshipsEngineering teams that need a defined aviation product system before implementing larger workflow changesWhat Aviation Maintenance Software Needs to DefineAircraft Context: The interface needs a clear relationship between the aircraft, its current status, upcoming maintenance activity, completed work, and related records.Maintenance Planning: Scheduled work, due items, inspections, and maintenance activity need a structure that helps users understand what belongs to each aircraft and what requires attention.Work Execution: Work orders and maintenance tasks need defined states, actions, supporting information, and relationships to the relevant aircraft and records.Records & History: Users may need to move between current work and historical maintenance information. Record structure, status, supporting documents, and relationships between maintenance events need to remain understandable across the workflow.Parts & Maintenance Activity: When parts are included in the product scope, inventory information needs to stay connected to the maintenance activity that requires the material.Roles & Access: Mechanics, managers, inspectors, and operations teams may work with the same aircraft information through different actions, priorities, and access scopes.Operational States: The product needs defined behavior for pending work, incomplete data, changed schedules, unavailable information, permissions, errors, and other states that affect maintenance workflows.What You Can ExpectAviation workflow contextWe work from the aircraft, maintenance activity, records, users, and operational rules involved in the product scope.Structured operational dataAircraft status, schedules, work items, records, parts, and related information receive a defined hierarchy across the relevant product areas.Role-aware workflowsThe interface can reflect differences in responsibilities, actions, and information requirements across the aviation roles included in the product.Realistic product statesThe design covers the states required to understand the selected maintenance workflow across normal activity, pending work, exceptions, and supporting records.Reusable product patternsComponents and interaction rules establish a consistent foundation for related aviation modules and future product work.Engineering contextApproved workflows include relevant component states, interaction behavior, responsive rules, and implementation notes.Direct collaborationYou work directly with the designers responsible for the product throughout the engagement.How We Work1. Product & Aviation Context: We review the product, target users, current workflows, existing modules, requirements, technical constraints, and available aviation documentation.2. Workflow Mapping: We map the aircraft, maintenance records, users, actions, dependencies, and states involved in the selected workflows.3. Product Structure: We define information architecture, navigation, module relationships, and how users move between aircraft context and maintenance activity.4. Wireframes: Critical scenarios are developed into low-fidelity product screens so the team can review workflow structure and information hierarchy.5. UX/UI Design: Approved workflows are developed into high-fidelity interfaces with realistic records, statuses, controls, and product states.6. Prototype & Review: Key scenarios are connected into interactive prototypes for product-team, stakeholder, or user review where useful.7. Design System & Handoff: Reusable components, interaction patterns, states, responsive behavior, and implementation specifications are organized for engineering.ToolsFigma for aviation product design, wireframes, prototypes, component systems, and developer specifications.Claude and other AI-assisted tools where useful for organizing product requirements, workflow material, and functional prototype exploration.Product documentation and research tools already used by your team can be included in the design process.Slack, Google Meet, Zoom, or your existing collaboration environment for project communication.Experience With Aviation Maintenance SoftwareUITOP redesigned WingWork, a cloud-based B2B SaaS product for private aviation maintenance.The product includes aircraft status, maintenance schedules, task management, aircraft and maintenance records, inventory, and compliance-related maintenance workflows.UITOP redesigned the maintenance dashboard around Live Aircraft Status and Maintenance Schedules, giving users separate views for current fleet context and upcoming maintenance activity.The wider WingWork product also required structured interfaces for aircraft information, maintenance tasks, operational records, inventory, and reusable component patterns across the platform.This gives UITOP direct product-design experience with aviation maintenance software where aircraft data, maintenance activity, records, and operational workflows are connected across a complex B2B product.Building or redesigning aviation maintenance or MRO software?Share the product, requirements, or maintenance workflow you are working on, and we can define the design scope around the aircraft data, users, records, and operational workflows involved.

UITOP designs AI products and AI features inside complex B2B SaaS and enterprise software.We work on copilots, assistants, agent workflows, recommendations, document analysis, AI search, generated outputs, and automated actions that need to fit into real business workflows.The design starts with the task the user is trying to complete and the role AI plays in that task. We define what information the system can use, what it can suggest or change, which actions need human review, and how users can understand the result before they act on it.The interface then needs clear states for input, processing, progress, generated results, sources, review, approval, editing, retries, failures, and completed actions.For AI features added to an existing SaaS product, we also design how the AI interacts with current navigation, product records, permissions, workflows, and design-system patterns.What You GetAI product and workflow definitionUX strategy for AI-assisted and automated featuresUser-flow design for copilots, assistants, and agent workflowsPrompt, command, and contextual input designAI recommendation and generated-result statesSource, reference, explanation, and provenance patterns where relevantHuman review, approve, edit, reject, retry, cancel, and override flowsPermission-aware AI actionsLong-running task and background-agent statesLoading, streaming, progress, partial-result, error, and fallback statesAI search and retrieval interfacesAI-assisted forms and data-entry workflowsReview queues for generated or automated workHigh-fidelity Figma screensInteractive prototypes for important AI interactionsAI-specific components and states for an existing design systemDeveloper-ready interaction rules and specificationsAI Products and Features We DesignB2B AI SaaS productsEnterprise AI toolsAI copilots and assistantsAI agents and agent workflowsAI search and retrievalDocument analysis and review toolsRecommendation and decision-support interfacesGenerated reports, summaries, and structured outputsAI-assisted data entry and form workflowsAI automation inside ERP, CRM, operations, and other B2B softwareAI features added to existing SaaS productsWhat the AI Workflow Needs to DefineContextWhat records, documents, user inputs, product data, or previous activity can the AI use for the task?User ControlWhich outputs can users edit, retry, reject, cancel, or override?Human ReviewWhich recommendations or actions need confirmation before they affect business records or downstream workflows?PermissionsCan the AI access or change the same data as the current user, and how should permission boundaries appear in the interface?Sources and EvidenceWhen the result depends on documents, product records, or retrieved information, how can the user inspect the relevant source context?Progress and StatusHow does the product communicate long-running work, tool use, background tasks, partial results, and completed actions?Failure and RecoveryWhat happens when the model cannot complete the task, needs more information, produces an uncertain result, or fails during an action?Existing Product ContextWhere does the AI appear inside the workflow: inline, in a side panel, in a review queue, through search, as an assistant, or as a background process?Who This Is ForThis service is a good fit for:B2B SaaS teams adding AI to an existing productAI-native startups defining their first production workflowsProduct teams moving from an AI prototype into a more structured product experienceEnterprise software teams introducing copilots or assistantsProducts where AI can recommend or change business recordsTeams designing human review around automated actionsCompanies that need AI interactions to follow existing roles, permissions, and product workflowsAI Inside Existing B2B SoftwareAI features often interact with product structures that already exist: customer records, transactions, work orders, projects, documents, approvals, inventory, or other operational objects.UITOP designs the AI interaction around those existing records and workflows.That can include:a recommendation inside a detail view;an assistant using the current record as context;AI-generated content inside a form;an approval queue for automated actions;document analysis connected to the relevant account or project;AI search across product data;a background task that returns results later;or a new AI module connected to existing permissions and navigation.Human Review for AI ActionsWhen AI can affect an important business record or workflow, the interface needs to make the proposed action understandable before a person confirms it.Depending on the use case, the review state can show:what the AI is proposing;which record or data will change;the context or source behind the recommendation;what still requires user input;available edit or override controls;and what will happen after approval.For lower-risk actions, the workflow may need a lighter review pattern. The right level of control depends on the consequence of the action and the product environment.What You Can ExpectWorkflow-first AI product designWe define the user task and the role of AI before choosing an interaction pattern.Context-aware interactionsAI features are designed around the product records, documents, permissions, and workflows available in the system.Explicit human controlReview, edit, approve, retry, cancel, and override states are defined where the workflow requires them.Complete AI statesThe interface covers processing, progress, partial results, failures, missing information, and completed actions.Existing-product compatibilityNew AI features follow the product structure, navigation, component patterns, and role model already used by the SaaS platform.Engineering-ready behaviorInteraction rules, states, component behavior, and relevant product logic are documented for implementation.Process1. AI Use Case & Product Context: We define the user, business workflow, available product data, model capability, and actions the AI may perform.2. Workflow & Control Model: We map where AI assists, where it can automate, and which steps require user input or review.3. Interaction & State Design: We design inputs, outputs, sources, review states, progress, errors, permissions, and recovery.4. Interface Design: The approved interaction model is developed into high-fidelity product screens and reusable AI interaction patterns.5. Prototype & Handoff: Key scenarios are prototyped where useful and documented with states and implementation details for engineering.ToolsFigma for AI workflow design, product screens, prototypes, component systems, and developer specifications.Claude, ChatGPT, Gemini, or the model environment relevant to the product for testing conversational behavior, prompt structures, workflow logic, and prototype scenarios.Functional prototyping tools when a realistic interaction is needed to evaluate an AI workflow before implementation.Your current AI stack, analytics environment, product documentation, and development tools can be incorporated into the design process.Building an AI feature for a B2B product? Share the current workflow, product context, and AI use case, and we can define the interaction around the data, user actions, review steps, and states involved.

UITOP audits B2B SaaS and enterprise software when a product team needs to understand which UX problems deserve attention before committing to a redesign or development cycle.We review critical workflows, navigation, information architecture, user roles, interaction patterns, tables, forms, dashboards, product states, and UI consistency across the agreed scope.The audit combines expert product review with available evidence from analytics, support tickets, user feedback, research, or product data. We keep expert findings and evidence-backed findings clearly separated so the team can see what is observed directly in the interface and what is supported by user or behavioral data.Each important issue is documented in context, connected to the affected workflow, and prioritized based on its impact and practical importance.The result is a structured product review your team can use to decide what to fix first, what needs further research, and which areas are strong candidates for redesign.What You GetUX/UI audit of agreed product areas and critical workflowsHeuristic evaluation using established usability principlesNavigation and information architecture reviewUser-flow analysis for high-priority tasksRole and permission review where they affect product behaviorDashboard, table, form, filter, search, and detail-view reviewInteraction-state review across loading, empty, error, permission, and exception statesUI consistency and design-system reviewBasic accessibility review for visible usability barriersAnalytics review when product data is availableSupport-ticket, user-feedback, or research review when availableCompetitive UX benchmarking where usefulAnnotated screenshots showing issues in contextFindings grouped by workflow and product areaIssues prioritized by severity, user impact, and implementation importancePractical recommendation for every important findingFigma audit file and shareable reportRecorded walkthrough and Q&A with your teamQuestions the Audit will answerWhat should we fix first?The audit identifies which problems affect critical workflows and which issues can be addressed later.Is the problem local or structural?A confusing screen may be caused by the screen itself, navigation, information architecture, workflow logic, permissions, or inconsistent product patterns.Do we need a redesign?The findings help distinguish focused UX improvements from areas that need broader workflow or product-structure changes.Where do we need more evidence?Some problems can be identified directly in the product. Others need analytics, user research, usability testing, or additional product data before the team should make a larger decision.Can our current design system support the next product stage?We review recurring components, patterns, and states to identify where inconsistency is creating product or implementation friction.Products We AuditB2B SaaS platformsEnterprise softwareERP systemsCRM productsWeb applicationsOperations and workflow softwareAdmin panels and internal toolsAnalytics and reporting productsMulti-role platformsData-heavy interfacesAI-enabled B2B productsExisting MVPs preparing for the next product stageWho this is for:SaaS teams preparing for a product redesignProduct teams that know users are struggling but do not yet know which problems matter mostCPOs and product leads prioritizing UX work across several modulesFounders preparing an existing MVP for a larger product stageTeams receiving repeated support questions around the same workflowsProducts that have accumulated inconsistent navigation, components, or interaction patternsEngineering teams that need a clearer UX scope before implementation startsCompanies that want an independent product review before committing to a larger redesignWhat We ReviewCritical WorkflowsCan users complete important tasks with a clear sequence of actions, states, and system feedback?Navigation & Information ArchitectureCan users understand where product areas, records, and actions belong as the product grows?Roles & PermissionsDo users see the right information and actions for their responsibilities and access scope?Data-Heavy InterfacesDo tables, dashboards, filters, search, and detail views support the decisions users need to make?Forms & Data EntryAre required fields, dependencies, validation, defaults, and error states clear?Product States & ExceptionsDoes the interface clearly handle loading, empty, error, permission, success, pending, and exception states?UI & Design-System ConsistencyDo related controls and components behave consistently across modules?AccessibilityAre there visible issues with hierarchy, contrast, labeling, interaction, or other accessibility-related usability barriers that should be investigated?EvidenceDo analytics, support requests, user feedback, or existing research support or challenge the expert-review findings?Process1. Scope & Context: We define the users, critical workflows, product areas, known concerns, and available evidence included in the audit.2. Product Review: We review the agreed workflows hands-on across navigation, information architecture, usability, interaction patterns, states, and UI consistency.3. Evidence Review: When available, we compare expert findings with analytics, support tickets, user feedback, product data, or existing research.4. Pattern & Competitive Review: Where useful, we review relevant product patterns and comparable products to understand alternative interaction approaches.5. Prioritization: Findings are grouped by workflow and ranked based on severity, user impact, and practical implementation importance.6. Recommendations: Each important finding includes the problem, its context, and a concrete direction for improvement or further validation.7. Walkthrough & Next Scope: We review the findings with your team and identify which issues can move into an internal sprint, focused redesign, additional research, or broader product work.Expert Findings and Product EvidenceA UX audit can identify many issues directly from the interface, but not every product problem can be proven from screens alone. We label expert-review findings as expert evaluation and connect them with analytics, support data, user feedback, or research when that evidence is available.When a finding needs additional validation, we state that clearly in the recommendation.What You Can ExpectPrioritized findingsThe team receives a structured list of issues connected to specific workflows and product areas.Evidence-aware recommendationsAvailable analytics, user feedback, research, and support data are used where relevant, while expert-review findings remain clearly identified.Concrete product contextRecommendations reference the screen, workflow, state, role, or interaction pattern where the problem appears.Practical next actionsEach major finding includes a direction for improvement, further validation, or redesign.A clearer redesign scopeThe audit helps the team identify which product areas deserve focused changes and which may require broader restructuring.Real UITOP Audit ProofExample: VigilYard UX AuditUITOP reviewed four key screens of VigilYard, a construction intelligence platform, and documented 21 UX issues across the selected workflows.The audit separated larger structural problems from smaller interface improvements and identified 9 quick wins that the product team could address first.The review was completed across 3 days and gave the team a prioritized picture of the issues visible in the selected product areas.When an Audit Comes Before RedesignA UX audit is useful when the team knows the product needs improvement but the redesign scope is still unclear. The product may contain problems across navigation, workflow structure, states, permissions, UI consistency, or one specific module. Auditing the current experience first helps separate local interface issues from larger structural problems.The findings can then support an internal improvement sprint, further user research, or a focused software redesign.Starting scopeThe listed price covers a focused audit of agreed product areas and critical workflows.Final scope depends on:number of workflows;number of screens/modules;user roles;product complexity;analytics or research sources included;whether competitive review is needed.Large B2B and enterprise products can be audited in stages.ToolsFigma for annotated screens, findings, recommendations, and audit documentationGoogle Analytics, Amplitude, Mixpanel, Hotjar, or your current analytics platform when relevant data is availableSupport, research, and product documentation tools already used by your teamClaude and other AI-assisted research tools where useful for organizing research or competitor materialSlack, Google Meet, Zoom, or your existing collaboration environment for audit walkthroughs and discussionPlanning improvements to an existing B2B product but unsure what deserves attention first? Share the product, staging environment, or selected workflows, and we can define a focused UX audit scope before larger redesign work begins.

UITOP designs MVPs and interactive product prototypes for startups that need to define a useful first release before committing to full development.We work with founders and early-stage product teams on SaaS products, web applications, mobile apps, and other digital products where the core idea still needs to become a clear product structure.The first step is defining what the initial release needs to do. We map the target users, core workflow, product logic, key states, and the features required to complete that workflow.The selected scope is then developed into wireframes, high-fidelity interface design, and an interactive prototype that the team can review with users, stakeholders, investors, or engineering.For products moving toward implementation, UITOP also prepares reusable components, important interaction states, responsive behavior, and developer handoff so the prototype can become a practical reference for the build.What You GetProduct discovery and MVP scope definitionTarget user and core use-case definitionFeature prioritization for the first releaseCore user flowsProduct logic and business-rule mappingInformation architectureWireframes for critical workflowsHigh-fidelity UX/UI designOnboarding and first-use statesEmpty, loading, error, validation, and recovery statesRole and permission states where relevantInteractive Figma prototypeFunctional prototype where useful for testing more realistic behaviorLightweight design-system foundationReusable components and interaction patternsResponsive behavior for relevant screensDeveloper-ready Figma filesInteraction notes and handoff documentationDesign support during early implementation where included in scopeWhat MVP Needs to DefineFirst-Release ScopeWhich product capabilities are required for the user to complete the main job in the first release?Core WorkflowWhat is the shortest complete path from entry into the product to the main user outcome?Product LogicWhat records, roles, states, dependencies, and business rules affect that workflow?Important StatesWhat happens during onboarding, empty states, errors, incomplete data, permissions, and recovery?ValidationWhich assumptions can be reviewed through a prototype before engineering commits to a larger build?Engineering ContextWhich parts need reusable components, responsive rules, technical review, or implementation notes before development starts?Who This Is ForThis service is a good fit for:Founders defining the first structured version of a new digital productPre-Seed and Seed startups preparing an MVP for user or customer testingB2B SaaS teams that have product requirements but still need the first release structuredTeams with engineering capacity and no senior product designer responsible for the full product experienceFounders preparing a product for design-partner conversations, stakeholder review, or fundraising demosProducts with several roles, records, workflow states, or business rules that need to be mapped earlyTeams that want a design and prototype reference before expanding engineering scopeStartups moving from sketches, requirements, or technical experiments into a coherent product experiencePrototype Fidelity Depends on What You Need to LearnAn MVP prototype does not need the same level of fidelity for every project.Structure and navigationWireframes and an interactive Figma prototype can be enough when the team needs to review product architecture, navigation, hierarchy, and the main user journey.Workflow behaviorHigh-fidelity prototypes help review realistic forms, tables, states, approvals, interactions, and transitions across a critical workflow.More realistic product behaviorA functional prototype can be useful when testing requires dynamic input, data changes, richer interaction, or behavior that is difficult to evaluate through linked static screens.Engineering reviewProducts approaching implementation may need a component system, responsive behavior, detailed states, and technical review alongside the prototype.We select prototype fidelity based on the product question the team needs to answer.How We Work1. Product Context & MVP Scope: We review the product idea, target users, business requirements, research, existing materials, technical constraints, and the assumptions the first release needs to test.2. Product & Workflow Mapping: We define the core use case, product objects, roles, actions, business rules, dependencies, and states involved in the critical workflow.3. Information Architecture & Wireframes: We organize navigation and product structure, then design low-fidelity screens for the main scenarios.4. UX/UI Design: Approved workflows are developed into high-fidelity product screens with realistic content, states, and interaction patterns.5. Prototype & Review: We connect the critical scenarios into an interactive or functional prototype at the fidelity required for user, customer, stakeholder, or product-team review.6. Design System & Engineering Handoff: Reusable components, important states, responsive behavior, specifications, and interaction notes are prepared for engineering.7. Early Implementation Support: Where included in scope, UITOP reviews implementation questions and helps resolve design details that appear during the first development cycle.What You Can ExpectA focused first-release scopeThe MVP is structured around the workflow the first version needs to support, with secondary features separated from the critical product path.A defined product modelUsers, roles, records, actions, states, and business rules are mapped before they spread across disconnected screens.Real workflow coverageThe design includes the states and dependencies required to review how the product works across the main scenario.A prototype matched to the validation goalPrototype fidelity is selected according to what the team needs to evaluate: product structure, workflow behavior, user feedback, stakeholder review, or technical feasibility.A reusable UI foundationComponents and interaction patterns created for the MVP give the first release a consistent product language.Engineering contextApproved workflows are documented with relevant states, component behavior, responsive rules, and interaction details.Direct collaborationYou work directly with the designers responsible for the product, with agreed priorities, review points, and communication throughout the engagement.ToolsFigma for product architecture, wireframes, UX/UI design, interactive prototypes, component systems, and developer specifications.Claude and other AI-assisted tools where useful for research synthesis, product exploration, technical discussion, and functional prototyping.Functional prototyping tools and frontend frameworks where a more realistic prototype is useful for the agreed validation goal.Research, product documentation, and analytics tools already used by your team can be included when relevant.Slack, Google Meet, Zoom, or your existing collaboration environment for project communication.If your team already has a technical stack, component library, or engineering workflow, we can take that context into account during design and handoff.Experience With Early-Stage B2B ProductsUITOP has worked with early-stage products where the team needed to turn an initial product idea into structured workflows, product architecture, reusable interface patterns, and a prototype for review.For Slipwise, UITOP worked on the product architecture, user journeys, workflow structure, wireframes, interface design, and prototype for a marina management product preparing for user testing and development.WingWork included aviation maintenance workflows where the product needed structured user flows, reusable interface components, and high-fidelity prototype scenarios across operational product areas.These projects give UITOP practical experience working with MVPs where the first release includes real business logic, operational records, user roles, and workflow states.Have an MVP idea, product requirements, or an early product concept?Share the material you already have and the workflow you need to validate, and we can define the MVP design and prototyping scope around the first release.

UITOP redesigns existing B2B SaaS and enterprise software when the product has grown beyond its original UX structure.New modules, user roles, workflows, data, and business rules can gradually change how a product needs to work. Navigation becomes harder to maintain, similar actions behave differently across modules, tables and forms accumulate edge cases, and older interface patterns stop supporting current product requirements.We start with the product that already exists. We review its critical workflows, information architecture, navigation, user roles, interface patterns, product states, and the parts of the current experience that users already understand.The redesign can focus on one high-priority workflow, a legacy module, navigation and product structure, a design system, or a broader product experience.UITOP then redesigns the selected areas around the current product logic, business rules, and user tasks. The final design defines updated workflows, interaction patterns, product states, reusable components, and implementation details for engineering.What You GetUX review of the existing productCurrent workflow and product-structure analysisPrioritized redesign scopeUser-flow and workflow redesignInformation architecture and navigation restructuringRedesign of high-priority modules and screensDashboard, table, form, filter, search, and detail-view improvementsRole and permission-aware interaction updates where relevantEmpty, loading, error, permission, and exception statesUpdated interaction patterns across related workflowsInteractive Figma prototypes for redesigned scenariosNew or updated component library and design systemResponsive behavior for relevant product workflowsDeveloper-ready specifications and handoff supportProducts We RedesignB2B SaaS platformsEnterprise softwareLegacy web applicationsERP systemsCRM productsOperations softwareWorkflow management platformsAdmin and internal toolsAnalytics and reporting productsData-heavy applicationsMulti-role softwareIndustry-specific B2B productsWhen a B2B Product may need a redesignNew modules no longer fit the original navigationUsers move through several screens to complete one operational taskSimilar actions behave differently across modulesProduct roles have grown but the interface still treats users the same wayTables, filters, forms, and detail views follow inconsistent patternsImportant states or exceptions are difficult to recognizeOlder components no longer support current workflowsTeams maintain several versions of the same interaction patternNew features create more product inconsistency each time they are addedExperienced users rely on workarounds outside the intended workflowThe design system no longer reflects what engineering is buildingExisting Workflows MatterA mature B2B product often has users who already know how to complete important tasks.During redesign, we identify which interaction patterns are creating friction and which ones carry useful familiarity, workflow knowledge, or operational meaning.This helps the team change the structure that no longer works while keeping important product behavior understandable for existing users.Redesign Can Start With One Critical AreaA full product redesign is not always the right first scope. The engagement can begin with:one high-friction workflow;navigation and information architecture;a legacy product module;dashboards and operational tables;a complex form or approval process;a role-specific workspace;an outdated component system;or a broader product-wide redesign.We define the scope based on product risk, user impact, implementation dependencies, and what the team needs to improve first.How We Work1. Existing Product Review: We review the current product, high-priority workflows, user roles, product structure, component patterns, and available evidence such as analytics, support feedback, or research.2. Redesign Scope: We identify the areas that need structural change and define what should remain stable for existing users.3. Workflow & Structure Redesign: We update navigation, information architecture, user flows, interaction patterns, and product states for the selected scope.4. Interface & System Design: The redesigned workflows are developed into high-fidelity product screens and reusable component patterns.5. Prototype & Engineering Handoff: Key scenarios are reviewed in prototype form where useful, then documented with states, responsive behavior, and implementation details for engineering.What You Can ExpectExisting-product context: We work from the product that already exists, including its workflows, users, product logic, and technical constraints.Prioritized redesign scope: The project starts with the workflows and modules that create the most important product problems.Workflow-level changes: Redesign decisions cover product behavior, states, information structure, and interaction patterns, not only visual styling.Reusable product patterns: Updated components and interaction rules give product and engineering teams a consistent basis for future work.Engineering collaboration: Interaction states, component behavior, responsive rules, and implementation details are prepared for the team building the redesigned product.Direct communication: You work directly with the designers responsible for the project throughout the engagement.ToolsFigma for product redesign, prototypes, component systems, and developer specifications.Claude and other AI-assisted tools where useful for workflow analysis, research synthesis, and functional exploration.Analytics, support, research, and documentation tools already used by your team can be included in the review.Slack, Google Meet, Zoom, or your existing collaboration environment for communication.If your product already has a design system or engineering environment, we work with the existing system.Experience With Complex Existing ProductsUITOP works with B2B products where new modules, roles, operational data, and workflows have accumulated over time.Our redesign work can include ERP and CRM products, logistics and operations software, financial products, construction platforms, healthcare software, and other data-heavy systems.We review the relationships between current workflows, business records, users, interface patterns, and implementation constraints before defining the redesign scope.Working with a B2B product that has outgrown its current UX? Share the product or the workflows you want to improve, and we can define a redesign scope around the areas that need structural change.

UITOP designs complex B2B SaaS products and enterprise software built around operational workflows, multiple user roles, permissions, and large amounts of business data.We work with product teams that need to define a new SaaS product, add major functionality, or give a growing product a stronger structure before engineering expands it further.The work starts with the way the product operates. We map the users and roles involved, the business objects they work with, the actions available to each role, important workflow states, and the relationships between records and modules.That product model then shapes the information architecture, navigation, dashboards, tables, forms, approvals, detail views, system states, and reusable interaction patterns.For multi-role B2B SaaS, we also consider how permissions affect the interface. An administrator, manager, operator, analyst, or customer may work with the same underlying records but need different actions, priorities, and access scopes.Data-heavy workflows receive the same attention. We design tables, filters, dashboards, search, comparison, detail views, and operational states around the decisions users need to make from the data.UITOP works closely with product and engineering teams throughout this process, so the final design includes reusable components, defined states, responsive behavior, and implementation context for development.What You GetProduct discovery and workflow analysisUser roles, responsibilities, and permission-aware UX mappingProduct architecture and information architectureUser flows for critical B2B workflowsWireframes for key product modulesHigh-fidelity UX/UI designDashboards and operational workspacesData-heavy tables, filters, search, and detail viewsForms, approvals, status changes, and exception statesEmpty, loading, error, permission, and edge statesInteractive Figma prototypesReusable component library and design systemResponsive behavior for relevant desktop, tablet, and mobile workflowsDeveloper-ready Figma files, specifications, and handoff supportProducts We DesignB2B SaaS platformsEnterprise softwareComplex web applicationsERP and CRM productsOperations and workflow softwareAdmin platforms and internal toolsAnalytics and reporting productsMulti-role applicationsData-heavy business softwareAI-enabled B2B productsIndustry-specific softwareComplex B2B problems we work withSeveral roles work with the same records in different waysPermissions change which data and actions each user can accessImportant workflows cross several modules or screensTables and dashboards contain large amounts of operational dataUsers need to review exceptions, approvals, or status changes quicklyNavigation becomes harder as new modules are addedSimilar actions behave differently across parts of the productForms and workflows contain many states, dependencies, or business rulesNew functionality no longer fits the original product structureEngineering needs reusable interaction and component patterns for future featuresWho this is forThis service is a good fit for:B2B SaaS teams defining a new product or major moduleProduct teams moving from an early product into a more structured SaaS platformCPOs and product leads working with multi-role or data-heavy softwareTeams adding enterprise requirements such as more granular roles and permissionsCompanies that need an external product design team to work closely with internal product and engineeringIndustry-specific software teams whose workflows do not fit standard SaaS patternsWhat you can expectWorkflow and domain understanding: We start by understanding the actual jobs, records, states, roles, and rules behind the product before defining the interface structure.Role-aware product design: We map what different users need to see and do, including the scope where permissions and actions apply.Design for real product data: Dashboards, tables, filters, forms, and detail views are designed around realistic records and product states where that data is available.A reusable product system: Components, interaction patterns, states, and layout rules are defined so future modules can follow the same product logic.Collaboration with engineering: We document interaction behavior, component states, responsive rules, and other implementation details that engineering needs to build the approved product experience.Direct collaboration: You work directly with the design team responsible for the project, with agreed workflows, priorities, and review points throughout the engagement.How We Work1. Product & Workflow Mapping: We review the product requirements, existing materials, user roles, business objects, and critical workflows.2. Product Structure: We define information architecture, navigation, workflow relationships, and the key states the product needs to support.3. UX & Interface Design: We design the critical workflows from wireframes through high-fidelity product screens and realistic states.4. Prototype & Review: Key scenarios are connected into interactive prototypes for product, stakeholder, or user review where useful.5. Design System & Handoff: Reusable components and product patterns are organized for engineering, with implementation specifications and design support during development.ToolsFigma for product design, prototypes, component systems, and developer specifications.Claude and other AI-assisted tools where useful for research synthesis, product exploration, and functional prototyping.Product analytics, documentation, and research tools already used by your team can be incorporated into the design process.Slack, Google Meet, Zoom, or your existing collaboration environment for project communication.If your team already has a development workflow or design system, we work with the existing environment.Experience with Complex B2B ProductsUITOP has designed B2B software across logistics, accounting and fintech, construction, manufacturing, aviation, healthcare, workforce management, and other operational domains.Our work includes products with multi-role workflows, financial and operational records, inventory and warehouse data, work orders, approvals, scheduling, reporting, and large data tables.This gives the team practical experience designing products where interface decisions depend on the relationships between users, permissions, business records, and workflow states.Working on a complex B2B SaaS product?Share the product, requirements, or workflow you are planning, and we can define the design scope around the roles, data, and product logic involved.