We build the web layer of your SaaS — dashboards, billing portals, onboarding flows, and API docs — on a stack that scales from early traction to enterprise contracts.

The Challenge
Your product dashboard is the experience customers judge you by, yet most SaaS teams render complex data tables and charts entirely client-side. The result is a five-second blank screen before a single metric appears. Server components and streaming let you show the most important data first while heavier queries resolve in the background.
Stripe, usage metering, plan upgrades, proration, invoicing — billing logic sprawls across your codebase until it consumes entire sprints. Without clean abstraction, every pricing change risks breaking checkout. A well-architected billing layer lets you change plans in a config file, not a code deploy.
Most SaaS products dump new signups into a full-feature dashboard with no guidance. Activation rates stall below 30% because users never reach the 'aha moment.' Progressive onboarding flows that gate features behind meaningful milestones lift activation by compounding small wins into retained users.
Auto-generated API references with no context, broken code samples, and zero search functionality drive potential integrators to competitors. Developer experience is a growth channel — if your docs can't get a developer to a successful API call in under five minutes, you're losing ecosystem revenue.
Our Approach
We build the web surfaces of your SaaS on Next.js with server components, edge middleware, and clean API boundaries — so your core engineering team stays focused on product differentiation, not plumbing.
We architect dashboards with React Server Components for instant initial render, WebSocket connections for live data, and virtualized tables that handle 100K+ rows without jank. Role-based views ensure each user tier sees exactly the data they're paying for.
We integrate Stripe Billing with a clean abstraction layer — plan selection, upgrade/downgrade flows, usage-based metering, invoice history, and payment method management. Pricing model changes deploy through config, not code, with webhook-driven state sync.
We build multi-step onboarding flows that adapt to user behavior — skipping steps for power users, surfacing contextual tooltips for beginners, and gating advanced features behind activation milestones. Every step is instrumented with analytics to identify and fix drop-off points.
We generate docs from your OpenAPI spec and layer on interactive 'Try It' consoles, copy-ready code samples in six languages, and full-text search. The docs deploy automatically from CI so they're never stale, and analytics track which endpoints developers struggle with most.
Results
FAQ
We focus on the web layer — marketing site, dashboards, billing portal, onboarding, and API documentation. We integrate with your existing backend services through APIs, webhooks, and event streams. If you need backend architecture advice, we can consult on API design and data modeling, but our core delivery is the frontend and integration tier.
We implement tenant-aware middleware that resolves the current workspace from the subdomain or URL path, then injects the tenant context into every server component and API call. Data queries are scoped at the database level with row-level security policies, so tenant isolation is enforced at the infrastructure layer, not just the application layer.
Yes. We work with Stripe, Paddle, Chargebee, and custom billing APIs. We build a clean abstraction layer between your billing provider and the UI, so switching providers or adjusting pricing tiers doesn't require a frontend rewrite. Webhook handlers keep subscription state synchronized in real time.
We implement RBAC with a permissions system that maps roles to feature flags and data scopes. Permissions are evaluated in edge middleware before rendering, so unauthorized users never see loading states for features they can't access. The role hierarchy is configurable through an admin panel, not hardcoded.
We use server-side pagination, cursor-based queries, and virtualized rendering for large datasets. Expensive aggregations are computed asynchronously and cached with stale-while-revalidate patterns. We also implement data retention policies and archival flows so the working dataset stays performant as your customer base scales.
Book a free architecture review — we'll audit your current web stack and identify the bottlenecks slowing down your product team.