01
Customer-facing dashboards
Reporting, analytics, configuration, and self-service tools for paying customers. Real-time updates where they earn the complexity, polled data otherwise.
03Web Applications
Web Application Development
Dashboards, portals, admin panels, marketplaces, and authenticated internal platforms — built fast, made accessible, and shipped with the observability they need on day one.
Who this is for
Product teams shipping authenticated, data-rich web applications — customer dashboards, internal admin tools, B2B portals, marketplaces — that need to handle real workloads, not just look good in a screenshot.
What we solve
Most web apps slow down, get inaccessible, and accumulate frontend tech debt within a year of launch. We build for the third year, not just the launch — design systems, performance budgets, telemetry, and a clean component model from day one.
A serious web application is not a marketing site with a login form. It is a real product: state, permissions, integrations, edge cases, performance budgets, accessibility requirements, monitoring, and an upgrade path. We build them with the same discipline as native software — because that is what they are.
What we build
The systems we've shipped most often.
02
Internal admin panels
Operations, support, finance, and content tooling for in-house teams. Built around the actual workflow, not a generic CRUD generator.
03
Multi-tenant SaaS interfaces
RBAC, organization switching, billing, audit logs — the components every SaaS needs but most build twice.
04
Marketplace front-ends
Search, listings, profiles, messaging, and payment flows for two- and three-sided marketplaces.
05
Progressive Web Apps
Installable, offline-capable web apps when the use case warrants it — often a faster path to mobile than a wrapped native app.
06
Real-time interfaces
Collaborative editors, live dashboards, chat, and presence-aware UIs built on WebSockets, SSE, or CRDTs depending on the consistency model.
Capabilities
How the team is set up.
Architecture
Server-side rendering, static generation, or single-page — chosen per route based on what the page actually needs, not as a religion. App Router, RSC, and edge rendering used where they earn their place.
Next.js App RouterReact Server ComponentsVercelCloudflaretRPC
Performance
Core Web Vitals tracked, performance budgets enforced in CI, image and font pipelines tuned, hydration costs measured. The site is fast on a mid-range Android, not just a developer Mac.
Lighthouse CIWebPageTestBundle analyzernext/imagenext/font
Accessibility & quality
WCAG 2.2 AA as a baseline, axe-core in CI, keyboard navigation tested, screen reader audits before release. Accessibility is a property of the codebase, not a one-time audit.
axe-corePlaywrightVitestStorybookTypeScript strict mode
3.2×
Proof
average increase in user engagement post-redesign
Across redesigns measured 6 months pre/post launch with the same analytics setup.
Process
Full delivery processHow we run this work.
02
Strategy
Architecture decisions made before a single line of code. Stack selection, deployment model, third-party dependencies — documented, debated, decided.
03
Build
Iterative, with weekly demos. No black-box sprints. You see working software every week or we're not doing it right.
04
Ship
Zero-downtime deployments with rollback capability. Every release is tested, monitored, and documented. We don't disappear after launch.
FAQ
Common questions
Should we build a single-page app, server-rendered app, or hybrid?+
It depends on the page. Marketing-style content benefits from SSR or static generation for SEO and Core Web Vitals. Highly interactive authenticated dashboards often favor client-side rendering for snappy state transitions. Modern frameworks like Next.js let you mix per route, which is usually the right answer.
Do you build progressive web apps?+
Yes when the use case justifies it — installability, offline capability, push notifications, hardware access. For many products a polished responsive web app is sufficient and a PWA shell adds complexity without payoff.
How do you handle accessibility?+
WCAG 2.2 AA as a baseline, with axe-core integrated into CI to catch regressions. We run keyboard-only and screen reader walkthroughs before each major release, and the design system enforces accessible defaults so feature work does not regress the baseline.
What is your approach to design systems?+
For projects with more than a handful of pages we build (or extend) a component library on top of Radix UI primitives and Tailwind, with Storybook for documentation and visual regression testing. The design system is owned by the same team writing application code, not a separate org.
Can you integrate with our existing backend?+
Yes. Most engagements include integration with existing APIs, identity providers, billing, analytics, and third-party services. We routinely build modern web frontends on top of legacy backends as a first step in a phased modernization.
Related services
Often paired with this one.
01
Full-Stack Web Development
End-to-end web applications — from API design to deployment pipelines. React, Next.js, Node.js, and the rest of the stack you'll actually run in production.
Learn more04
SaaS Development
Multi-tenant SaaS platforms with the unglamorous plumbing — RBAC, billing, organizations, audit logs, white-labeling — done right the first time.
Learn more08
UI/UX Design
Design that ships. Figma design systems, accessible component libraries, and interaction design built by a team that also writes the React it turns into.
Learn moreReady to scope it?
Most engagements start with a 30-minute discovery call. No pitch deck, no NDAs on day one — just an honest conversation about your problem.
Schedule a Call