Mid-market enterprises
Businesses modernising legacy systems, automating manual workflows and migrating to the cloud without disrupting daily operations.
Legacy modernisationCapability statement & corporate profile
Engineering precision.Digital impact.
Gavan Infotech is an agile digital product engineering partner. We help growing enterprises, SMEs and digital-first businesses design, build, modernise and scale high-performance software, cloud infrastructure and data systems.
Core engineering competencies
Delivery engine
Every release passes four automated gates
- 01Schema & OpenAPI validationRunning
- 02Shift-left Playwright E2E gateQueued
- 03Terraform multi-AZ deploymentQueued
- 04Private enterprise RAG vector syncQueued
Founder-led · a senior architect on every engagement
Direct senior engineer accessSprint 0 in 10 days
Day 1IP ownershipZero vendor lock-in
6–8 wksProduction MVPTwo-week agile sprints
99.9%Uptime architectureTerraform IaC & CI/CD
01Executive overview
Direct practitioner collaboration. Zero bureaucratic layers.
Traditional IT outsourcing is slowed by heavy management layers, opaque reporting and code that accumulates technical debt. Gavan Infotech was established to give clients direct access to skilled practitioners, complete transparency and modern engineering standards.
Our purpose
Why Gavan Infotech was established
When growing companies hire external vendors, they are often handed to non-technical coordinators while junior developers learn on their budget.
We remove the middlemen. You work directly with senior architects who validate schemas, enforce automated testing and transfer the complete repository and IP to your organisation from day one.
Open-book Git access
Startups & scale-ups
Fast-growing ventures that need senior engineering capacity to turn ambitious roadmaps into production-ready web and mobile platforms.
High-velocity MVP & scaleSoftware vendors (ISVs)
Technology and SaaS companies that need a co-engineering partner to ship features, integrate third-party APIs and refactor single-tenant architecture.
Multi-tenant SaaS co-development02The problem & our value proposition
Why software initiatives stall, and how we engineer around it
We replace fragile outsourcing practices with defensive architecture, modular code and continuous verification.
Market challenges
Why traditional vendor projects struggle
Transformations stall on weak foundations
Most digital initiatives run into trouble because requirements were rushed and the architecture was never validated up front.
AI pilots rarely reach production
Enterprise AI experiments stay stuck in pilot when operational data remains fragmented, siloed and uncleaned.
Junior resource bait-and-switch
Vendors often assign unvetted junior resources to mid-market accounts, producing fragile code and slipping timelines.
The Gavan Infotech solution
Disciplined engineering that ships
01Architecture-first planning
We validate relational schemas, API data flows and security requirements before application code is written.
02Clean, modular codebases
Maintainable, containerised applications with clean data pipelines that keep your stack AI-ready and free of vendor lock-in.
03Shift-left quality assurance
Automated regression and contract tests run on every pull request, so bugs are caught early rather than in production.
03Direction & guiding principles
Vision, mission and the values we engineer by
Vision
Architectural integrity and durable value
To be recognised across India and international markets as an exceptional digital engineering partner, respected for architectural integrity, disciplined delivery and durable business value.
Mission
Resilient products and intelligent systems
To empower growing enterprises with resilient digital products, scalable cloud environments and intelligent data systems through collaborative, transparent and disciplined engineering.
- 01
Engineering rigour
Clean architecture, defensive security and long-term maintainability.
- 02
Radical transparency
Direct client access to repositories, sprint boards and test metrics.
- 03
Value pragmatism
Proven, production-grade tools over short-lived hype.
- 04
Collaborative agility
Fast communication and personal accountability without bureaucratic delay.
- 05
Reliability by design
Automated testing, continuous integration and peer review from day one.
04Core service portfolio
Full-cycle engineering practices
Select a practice to see its technical scope, recommended production stack and direct business value, or switch to the complete capability matrix.
Practice 01 — Full-stack applications & microservices
Digital Product & Custom Web Engineering
Enterprise web applications, customer portals, high-concurrency backend microservices and phased legacy modernisation without operational disruption.
Key deliverables
- Modern single-page and server-rendered web portals
- REST and GraphQL microservices with strict OpenAPI 3.1 contracts
- Legacy codebases refactored into modular, containerised services
- Multi-tenant SaaS architecture with isolated database schemas
Production stack
ReactNext.jsTypeScriptNode.jsPython (FastAPI / Django)GoJava (Spring Boot)PostgreSQLRedis
Direct business value
Faster time to market, fewer manual spreadsheet bottlenecks and clean, maintainable software your internal team can own.
05Agentic Development Lifecycle (ADLC)
AI agents accelerate the build. Engineers stay accountable.
Coding agents now write a large share of production code. We run them inside the same architecture-first, test-gated process as human engineers, never around it, so speed never comes at the cost of ownership, security or maintainability.
A continuous loop, not a one-way pipeline
- 01Stage 01
Intent & context engineering
Requirements, domain rules, schemas and coding conventions are codified into agent-readable specs: repository guides, architecture decision records and API contracts.
Artifact: Context pack & spec
- 02Stage 02
Agent-assisted design
Agents draft options, trade-offs and sequence flows. Our architects choose, challenge and record the decision before any implementation begins.
Artifact: Reviewed ADR & contracts
- 03Stage 03
Supervised agentic build
Agents implement in small, scoped pull requests under repository policies. Every change is reviewed by an engineer who understands the system.
Artifact: Reviewed pull requests
- 04Stage 04
Automated verification
Agent-generated tests run alongside deterministic CI gates: contract checks, end-to-end regression and evals for any AI-powered features.
Artifact: Test & eval report
- 05Stage 05
Governed release
Human sign-off, provenance for every commit and rollback-safe deployments. Agents prepare the release; people approve it.
Artifact: Release record & audit trail
- 06Back to 01
Observe & learn
Production telemetry flows back into the context pack. Agents triage incidents and propose fixes, and the loop starts again with better information.
Artifact: Telemetry-driven backlog
Non-negotiable guardrails
Agents work for the architecture, not the other way round
Humans own the architecture
Agents propose; engineers decide. Schema, security and acceptance criteria are never delegated to a model.
Same gates for every change
Agent-written code passes the identical review, test and CI gates as human-written code. No fast lane.
Full audit trail, your repository
Every agent action is attributable and committed to your Git history. You own the code, the context pack and the tooling.
Faster first increment
Working software in the first sprint, because scaffolding, tests and boilerplate no longer wait on a human calendar.
More tests per feature
Agents make thorough test coverage cheap, so regression suites grow with every change instead of lagging behind.
Predictable review load
Small, well-described pull requests keep senior reviewers focused on design and risk rather than typing.
Start with one bounded workstream and measure the difference.
06Forward Deployed Engineer (FDE)
A senior engineer embedded in your team, shipping in your environment
Most software initiatives fail in the gap between the vendor and the people who use the system. A forward deployed engineer closes that gap by working inside your repositories, your tooling, your rituals and your time zone until the outcome is live.
- Duration
- Two-week to six-month embeds
- Location
- Remote-first in your time zone, on-site by arrangement
- Ownership
- Your repositories, your tooling, your IP
How an embed works
- 01Week 1
Embed
Access, stand-ups and a system map. The engineer joins your channels and reads your code before proposing anything.
- 02Weeks 1–2
Map the real workflow
Shadowing the operators and users of the system to find where the actual friction is, not where the ticket says it is.
- 03Weekly
Ship in production
Small, frequent releases into your environment, using agentic delivery where it speeds things up and your conventions everywhere.
- 04Final fortnight
Hand over
Documentation, runbooks and paired sessions so your internal team owns and extends the work after the embed ends.
When to bring in a forward deployed engineer
- A platform or AI initiative is stuck between teams and nobody owns the last mile.
- Your internal team is strong but short on senior capacity for a critical quarter.
- A vendor delivered a system that never quite landed with the people who use it.
- A modernisation needs someone on the ground who can read the legacy code and the business.
- A pilot has to reach production, not another slide deck.
07Engineering velocity
From concept to production in weeks, not quarters
We remove boilerplate setup delays by combining rapid clickable prototyping with pre-engineered service modules.
“See it before you build it” prototyping
Interactive Figma prototypes and Storybook component libraries let stakeholders test user flows on screen before committing budget to backend code.
- Fixed-scope cost clarity
- No wasted rewrite cycles
- Seamless design-to-code handoff
Production MVP in six to eight weeks
Pre-vetted architectural foundations for authentication, role-based access, billing webhooks, audit logging and CI/CD pipelines accelerate backend delivery.
- Scoped milestones, not guesswork
- Web, iOS and Android ready
- Your Git repository from day one
Parallel modernisation and AI readiness
No risky big-bang rewrites. We incrementally strangle legacy monoliths, clean operational schemas and integrate private enterprise RAG search safely.
- Phased, rollback-safe releases
- pgvector and private LLM guardrails
- ERP, CRM and legacy wrappers
Special practice — stalled project recovery
Is your current vendor missing deadlines or shipping fragile code?
We rescue stalled builds. Instead of forcing a costly rewrite, our senior architects audit your existing repository within 48 hours, isolate the critical bottlenecks, stabilise the deployment pipeline and take over sprint delivery.
- Step 0148 hours
Forensic repository audit
Static analysis, schema lock inspection and dependency security triage.
- Step 02Days 3–5
Pipeline stabilisation
Containerising broken environments and wrapping core flows in end-to-end tests.
- Step 03Day 6 onward
Go-live takeover
Predictable two-week sprints to clear the remaining backlog and launch safely.
08Target industries & practical use cases
Pragmatic operational scenarios
Concrete engineering blueprints showing how our capabilities remove high-friction bottlenecks across key verticals.
Logistics & supply chain
Integrated dispatch console and offline driver app
A dispatch web console paired with an offline-capable driver app, connected to legacy inventory databases through secure REST APIs for real-time route tracking and automated proof of delivery.
ReactFlutterSQLite SyncNode.js
Zero lost delivery receipts
Healthcare & clinic operations
Encrypted patient intake and tele-consultation
A secure browser-based patient intake, scheduling and tele-consultation platform with strict role-based access control and encrypted relational databases to protect clinical data.
Next.jsFastAPIPostgreSQLWebRTC
End-to-end privacy governance
Financial services & NBFCs
Digital KYC onboarding and credit rule workflows
An automated onboarding and loan verification workflow that connects customer apps to national identity APIs, document OCR and automated credit scoring rules.
Java Spring BootKafkaKong APIReact
Audit-ready underwriting
B2B SaaS & ISVs
Single-tenant to multi-tenant cloud re-architecture
Legacy single-tenant applications re-architected into scalable multi-tenant platforms using containerised microservices, tenant-isolated schemas and automated CI/CD pipelines.
GoDockerKubernetesTerraform
Significant cloud FinOps savings
09Engineering governance
A six-stage disciplined delivery lifecycle
A transparent, predictable methodology designed to eliminate scope ambiguity and production surprises.
- Days 1–5Stage 01
Discovery & scope framing
Reviewing technical requirements, mapping relational data schemas and setting clear, testable acceptance criteria before code begins.
Artifact: Scope blueprint & ERD
- Days 6–10Stage 02
Solution architecture & design
Data models, system sequence flows, OpenAPI contracts, wireframes and clickable Figma prototypes.
Artifact: Clickable Figma & API spec
- Bi-weekly cadenceStage 03
Agile sprint delivery
Two-week sprints with strict clean-code standards, peer pull-request review and automated daily staging builds.
Artifact: Live staging releases
- Continuous CI gateStage 04
Multi-layer quality assurance
Automated Playwright regression suites, Postman API contract validation and k6 concurrency stress tests.
Artifact: Automated QA test report
- Zero downtimeStage 05
Secure production deployment
Blue/green releases using Terraform Infrastructure as Code, container orchestration and automated migrations.
Artifact: Production IaC & runbooks
- Long-term SLAStage 06
Platform evolution & support
Ongoing L2/L3 maintenance, DevSecOps patching, cloud cost optimisation and feature enhancements under clear SLAs.
Artifact: Real-time telemetry & SLA
10Founder & governance
Leadership & governance
Gavan Infotech is led by its founder, a practising senior architect who sets the firm's technical standards and personally owns architecture quality and delivery commitments on every engagement.
- Governance
- Hands-on architecture
- Security standard
- DevSecOps built in
Every engagement is structured around clean schemas, verifiable test gates and full client IP ownership from day one. Clients talk to the people who design and build their systems, not to an account layer.
11The partnership advantage
Why growing enterprises choose Gavan Infotech
Direct senior access
Talk to practising engineers, not layers of non-technical account managers.
Total IP transfer
All source code, Figma designs and Terraform scripts belong to you from day one.
Open-book visibility
Continuous real-time access to Git repositories, test dashboards and sprint boards.
Commercial flexibility
Engagement models
Three ways to work with us, matched to how your roadmap is funded and governed.
Dedicated engineering pods
Cross-functional teams of senior developers, a QA automation engineer and an architect, integrated into your long-term product roadmap.
Monthly pod retainer
Milestone-based fixed delivery
Well-defined projects with fixed scope, clear bi-weekly milestones, verifiable acceptance criteria and a defined commercial budget.
Guaranteed budget certainty
Time & materials sprints
Flexible sprint-by-sprint billing, ideal for exploratory discovery, legacy refactoring or rapidly evolving product requirements.
Bi-weekly sprint agility
Due diligence & governance
Enterprise procurement FAQs
You own 100% of all intellectual property, including source code, Figma design systems, OpenAPI specifications and Terraform scripts, from day one. We commit directly into your organisation's private GitHub or GitLab repositories.
We practise strict DevSecOps and data isolation. Your proprietary documents and operational databases are indexed in private vector stores, such as pgvector inside your own VPC, with role-based access control and no training leakage to public models.
After an initial 45-minute technical consultation and an architecture blueprint proposal, we configure repositories, provision CI/CD staging environments and start Sprint Zero within ten business days.
How to get started
Three simple steps to kick off delivery
- 01
Initial technical consultation
A confidential 45-minute discussion directly with our founder and lead architect to review your project and architecture.
- 02
Architecture blueprint & proposal
A clear proposal covering stack recommendations, sprint milestones and transparent commercial terms.
- 03
Sprint zero kickoff
We configure repositories, provision automated cloud environments and start development within ten business days.
Direct commercial desk
Let's build durable software together
Reach out directly for new product engineering, legacy modernisation, QA automation or a confidential project rescue assessment.
Commercial email
contact@gavaninfotech.comOfficial website
www.gavaninfotech.comHeadquarters
India
Serving domestic and international clients
Request an architecture blueprint & proposal
Every submission is reviewed directly by our founder and lead architect.