Web Development

You need a web presence that actually works — a site or app that loads fast, doesn't leak data, plays well on mobile, and ranks in search. Most web development shops leave the last part to marketing, or skip the security foundation entirely. We build the opposite: every project ships with OWASP-hardened code, DPDP Act 2023 compliance from day one, and a deployment playbook so you can scale without fear.

Whether you're launching a marketing site, a customer-facing SaaS platform, or an internal dashboard, we pick your stack (Next.js, React, Node.js, Python, PostgreSQL, AWS, GCP, Azure) against your actual problem — not against what we're comfortable with. Architecture decision recorded. Security baseline automated. Deployment reversible. At the end, you own the code and the runbooks. No black box. No lock-in.

At a Glance

• Who needs it? Founders, established businesses, and scale-ups growing beyond no-code platforms and freelance contractors.
• Project range Brochure sites (4–6 weeks) to complex SaaS platforms (16–26 weeks). Price and timeline scale with scope.
• Tech stack flexibility React / Next.js frontend, Node.js / Python backend, PostgreSQL or DynamoDB, AWS / GCP / Azure / Vercel — chosen for your problem, not our preference.
• Mobile-first, accessible Built for 360px screens and screen readers. WCAG 2.2 AA compliance non-negotiable. Core Web Vitals optimised for under 2-second load.
• Compliance from day one DPDP Act 2023, IT Act 2000, data residency rules, breach protocol, and audit logs baked into the architecture.
• Automation & reversibility Every commit tested, every PR previewable, every deploy reversible. CI/CD live from sprint one, not bolted on later.
• Design system included Component library, design tokens, accessibility audits — we ship a system, not just pages.
• Full handover, not lock-in Architecture diagrams, runbooks, deployment guides, team training, cloud account in your name — you own everything.

What's New for FY 2026-27

Regulatory and technical landscapes have tightened. Your web application must now assume DPDP Act 2023 is in force, RBI payment security rules are enforced, and every line of code is reviewable.

• DPDP Act 2023 mandatory for all sites Granular consent at collection, data minimisation, audit logs, breach notification, and data principal rights (access, correction, deletion) now expected from inception, not retrofit post-launch.
• RBI payment security updates (2025+) Tokenization, 3D-Secure 2.2, fraud detection, customer authentication — payment gateways must now follow stricter security guidelines. Compliance enforcement tightening.
• WCAG 2.2 AA accessibility standards gaining teeth Government and large-scale sites increasingly audited for keyboard navigation, screen-reader compatibility, and color-contrast rules. Accessibility is no longer optional.
• Data residency preference (India-first) Indian regulatory bodies increasingly expect personal data to stay within India. Cloud provider choice is now a compliance decision, not a cost decision.

Why Custom Web Development Beats No-Code & Off-the-Shelf

No-code platforms and WordPress themes work until they don't. At scale, they constrain your business logic, slow down, and lock you into someone else's infrastructure decisions. Custom development trades upfront investment for permanent flexibility and ownership.

• Your business logic is unique A SaaS workflow for logistics is not the same as one for fintech. Off-the-shelf forces compromise; custom code fits your actual process.
• Ownership & control Your codebase, your cloud account, your IP. Not renting someone else's platform or waiting for feature requests to climb a backlog.
• Performance at scale No-code platforms laugh at 10K concurrent users and cost proportionally. Custom code on cloud infrastructure handles it and costs less per transaction.
• Integration without workarounds Need to talk to your ERP, payment gateway, SMS API, and Salesforce simultaneously? Custom code makes it native; no-code requires third-party bridges that break.
• Brand consistency, not templates Your design system, your interactions, your personality — not a derivative of 50,000 other sites running the same template.
• Data sovereignty & compliance Where your data lives, how it's encrypted, who can access it — all explicit in the code, not hidden in a vendor's privacy policy.

How It Actually Works

Custom development is not a blackbox. Here's how we go from brief to production in six phases, with working software visible at every step and zero surprises.

Step 1: Discovery & Architecture (1–2 Weeks)

We model your domain, map your integrations, forecast scale (daily active users, transactions per second, data volume), and decide your tech stack against those numbers. You get a written architecture document with decision records for every choice: why Next.js over a SPA, why PostgreSQL over DynamoDB, why AWS over GCP. This document lives in your repo. No surprises later.

Step 2: UX & Design System (2–3 Weeks)

Before pixel-pushing individual pages, we build a design system: design tokens, typography scale, component library, spacing rules, interaction patterns. Accessibility is baked in from the start (color contrast ratios tested, focus states visible, keyboard navigation working). Prototypes are tested with your users; feedback loops are tight.

Step 3: Build Sprints (6–12 Weeks)

Two-week sprints. Demo at the end of every sprint to your team. Working software, not slides. CI/CD live from sprint one, not the last sprint. Every commit tested; preview deploys auto-generated so stakeholders can poke at the real thing before merge.

Step 4: Security, Performance & QA (1–2 Weeks)

OWASP vulnerability scan, DAST testing, load testing to 10x your forecast, Core Web Vitals tuning, full accessibility audit against WCAG 2.2 AA, cross-browser and cross-device testing. Fixes prioritised and merged before launch. DPDP Act compliance checklist closed out.

Step 5: Launch & Cutover

Production deploy. DNS, SSL, CDN cutover. Monitoring and alerting live. PagerDuty or equivalent on-call set up. Runbooks distributed to your ops team. Go-live happens on your timeline.

Step 6: Hypercare & Handover (30 Days)

Daily standup, rapid incident response, production issues resolved within hours. Documentation finalised. Team training on deployment, monitoring, and operations. Then either full handover (you own and operate it) or retainer-backed support (we own it with response-time SLA).

A Real Example: SaaS MVP for a Fintech Startup

A fintech startup wanted to build an API-first marketplace for micro-loans (₹1K–₹10K). They had business logic; they needed a web platform to onboard borrowers, lenders, and admins. Budget: ₹18 lakh. Timeline: 16 weeks. Here's what happened.

• Weeks 1–2: Discovery Modelled the loan lifecycle end-to-end. Identified four third-party integrations: Razorpay for payments, Twilio for SMS notifications, IndiaStack for KYC verification, AWS S3 for document storage. Decided on Next.js (for SEO of loan listings), Node.js backend, PostgreSQL, and AWS infra.
• Weeks 3–5: Design System Built 40+ components in Figma covering auth flows, loan application wizards, lender dashboard, admin panels. Tested KYC form on 360px screens. Set accessibility baseline (WCAG 2.2 AA). Launched design tokens into the codebase.
• Weeks 6–15: Build Sprints Sprint 1: Auth + admin login + compliance audit log. Sprint 2: Borrower onboarding + KYC flow + document upload. Sprint 3: Lender marketplace + loan browsing. Sprint 4: Loan matching algorithm + recommendations. Sprint 5: Payment integration + settlement + reconciliation. Final sprint: security audit + performance tuning. Every sprint, demo to the founding team.
• Week 16: QA & Launch OWASP scan (one SQL injection risk found in legacy code snippet, fixed in 2 hours). Load tested to 5K concurrent users (passed). Deployed to production Sunday night. Went live Monday morning with zero incidents.

Post-launch, they've run on ₹2K/month AWS costs, onboarded 15 lenders, processed ₹5.5 crore in loans, and hired an internal engineer who confidently extends the codebase. No lock-in. No surprises. Code is readable and documented.

What Keeps It Running: Post-Launch Ops & Compliance

Shipping code is not the end. We hand over a production system with monitoring, alerting, runbooks, and a compliance checklist so you can operate confidently without vendor lock-in.

• Monitoring & alerting DataDog or New Relic integrated. Error rates, response times, database query latency, deployments all visible in real-time. PagerDuty escalation chain set up. Critical alerts don't get missed.
• Runbooks for common issues Database connection pool exhausted? Runbook. Payment gateway timeout? Runbook. How to roll back a bad deploy? Runbook. Your ops team executes them without engineering presence.
• DPDP Act ops checklist Data breach protocol documented and tested. Data access audit log visible in the dashboard. Data principal deletion / erasure tested and working. Compliance is monitored, not guessed.
• Security patch cadence Dependencies scanned monthly. Critical CVEs patched within 48 hours. Security update log maintained. You know who's responsible for each patch.
• Cost optimisation Reserved instances, object storage tiers, CDN cache rules, database replica strategy — all tuned for your actual load pattern. Monthly invoice explained line-by-line.
• Deployment reversibility Every production deploy tagged with a commit hash. One command rolls back to the previous version if a bug surfaces. Rollback tested in staging first.

Where It Goes Wrong (And How We Stop It)

Custom web projects fail for predictable reasons. We've seen them enough to build safeguards into every phase.

• Picking stack based on fashion, not fit Everyone uses Kubernetes, so we do too. Then you're managing container orchestration instead of features. We right-size: does your project actually need it? If not, we use simpler tools.
• Security tacked on at the end We'll do the penetration test in week 15. By then you've shipped user data to production unencrypted. We bake in OWASP Top 10 from week one: parameterised queries, secure sessions, password hashing.
• Ignoring mobile until launch Built for 1920px desktop screens, then responsive CSS breaks every interaction on 360px phones. We design mobile-first, test touch flows, then scale up to desktop.
• No staging environment You deploy directly to production, break something critical, and spend two hours rolling back. We run a full staging clone where every PR runs and every risky change is previewable.
• Not planning for scale It works for 10 users, so it'll work for 10K. PostgreSQL N+1 queries, blocking API calls, no caching, 30-second load times. We load-test at 10x your forecast; scaling strategy is known before launch.
• Scope creep mid-sprint Requirements change on Wednesday, sprint derails, timeline balloons 4 weeks. We use change control: new features enter the backlog, not the current sprint. Changes go into the next sprint or a separate scope addendum.
• No documentation for handover Developer leaves, site breaks in an obscure way, and no one knows why. We write architecture docs, decision records, and runbooks as we go. You understand your own system at the end.

One preventable disaster = one hundred hours of unplanned firefighting. Prevention is cheaper than recovery.

What You Receive at the End

• Deployed production application (live on your domain, on your cloud account, fully under your control)
• Source code repository (GitHub, GitLab, or Gitea) with full commit history and documentation
• Architecture decision records (ADRs) explaining every major choice and trade-off
• Design system / component library (Figma file + React components with accessibility annotations)
• Deployment runbook, rollback procedure, and emergency incident response guide
• Monitoring dashboard (DataDog / New Relic) with alerting configured and thresholds tuned
• DPDP Act compliance checklist (consent architecture, audit log, breach protocol, data principal rights tested)
• 30-day hypercare SLA (daily standups, rapid incident response, documentation finalisation)
• Team training session on deployment, monitoring, operations, and codebase architecture
• Cloud provider account credentials and cost optimisation analysis (transparent, no surprises)

How to Get Started

Schedule a 45-minute discovery call. Bring your product brief, any existing design assets, and your constraints (budget, timeline, integrations you need, team size, data sensitivity). We'll walk through the development process, explain architecture decisions, and give you a ballpark timeline and investment range. No surprises, no hard sell.

After that call, we'll scope the project in detail (1–2 weeks), propose team composition and sprint schedule, and sign a statement of work. Once onboarded, development starts the following Monday. Your first sprint demo is two weeks later. From that moment on, you see working software every two weeks until launch.