BOT / GCC Model — Salaried Engineers, Not Freelancers

Build-Operate-Transfer (BOT) Services in in India

Xenotix Labs builds your offshore development center in India, operates it under our founder-led management, then transfers full ownership to you. Salaried engineers including NIT & IIT alumni. Transparent Build / Operate / Transfer pricing in INR.

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Team Backed by NITians & IITians

Our engineering team includes alumni from India's premier institutions — building production-grade apps with the rigor and depth these programs instill.

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National Institute of Technology

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Indian Institute of Technology

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110+ Products

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Inside our office — real team, real work

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📍Office in Noida, Sector 62
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Every business needs

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Company Registration, Startup India DPIIT, Seed Funding documents

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Startup India DPIIT · Pvt Ltd / LLP · Seed Funding

Alcedo edtech app
Health app
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Apps handling millions of users.

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Creator Reels · Social Media · Paid Ads · Content

How the Build-Operate-Transfer (BOT) model works with Xenotix Labs — and why founders choose it over a cold-start captive

Build-Operate-Transfer is the highest-commitment way to go offshore, and for the right company it is the smartest. Instead of hiring a scattered set of freelancers or renting a body-shop bench, you get Xenotix Labs to Build a real development center in India for you — recruited, staffed with salaried engineers, provisioned on AWS Mumbai, and configured with the security, delivery, and reporting processes you would eventually want to own. The center is yours in intent from day one; we simply carry the setup risk and the operational load through the early, hardest phase. When the center is mature and productive, we Transfer it to you in full. You inherit a running team, not a hiring problem.

The Build phase is where most offshore captive attempts quietly fail, and it is exactly the phase we absorb. Standing up an offshore development center from scratch means building a hiring pipeline in a competitive Indian talent market, screening for real engineering depth rather than resume keywords, negotiating salaries, setting up payroll and HR, provisioning cloud infrastructure and security, and establishing a delivery culture that ships. Xenotix has done this repeatedly to build a team that has shipped 110+ apps for 50+ brands reaching over 10M users. We recruit salaried engineers — including alumni of NIT Kurukshetra and IIT Bombay — onto your center, and we can move from signed engagement to first sprint kickoff in about 48 hours because the recruiting, NDA, and onboarding machinery already exists.

The Operate phase is where you get the value of a captive center without the overhead of running one. We manage the team day to day — payroll, HR, retention, engineering leadership, sprint delivery, and reporting — while your product ships on our IST-aligned schedule with generous overlap for US, UK, UAE, and Australia stakeholders. You are billed a transparent per-FTE monthly Operate fee, and code ownership is yours throughout, not just at the end. Crucially, the engineers running your center during Operate are the same salaried people who will transfer to you later. There is no swap to a junior team, and no institutional knowledge walking out the door at handover — the people who built your product are the people you inherit.

The Transfer phase is the part competitors are strangely quiet about, so we put it in writing. Over a defined transition window, typically one to three months, we migrate the employment of the salaried engineers to your legal entity or preferred structure, hand over the complete codebase and repositories, transfer ownership of AWS and third-party accounts, and run documented knowledge-transfer sessions so your leadership can run the center unaided. You receive 100% of the IP and a self-sufficient team, with no continuing lock-in. Our BOT pricing is deliberately transparent — a one-time Build fee, a per-FTE monthly Operate fee, and a one-time Transfer fee, each published as an INR range on this page. Most mid-size agencies hide these numbers behind a sales call; we would rather you plan the total cost of ownership with real figures in front of you.

It helps to be clear about what a captive center — a Global Capability Center, or GCC — actually is, because BOT only makes sense once you understand the alternative. A GCC is an offshore engineering organisation that you own and run yourself: your entity, your payroll, your team, your IP, your delivery culture. Multinationals have run GCCs in India for decades precisely because an owned center compounds — retained knowledge, lower long-run cost per engineer, and a talent base you control rather than rent. The catch is the cold start. Building a GCC from zero means twelve to eighteen months of recruiting into a market you do not know, absorbing early attrition before your employer brand exists, and learning offshore delivery management the expensive way. BOT is the bridge across that valley: Xenotix builds and operates the GCC through the risky ramp, and you take ownership only once it is already a functioning, productive center. You get the long-run economics of a captive without personally underwriting the cold-start failure rate.

So when does BOT beat the alternatives? Staff augmentation is the right tool when you need to plug two or three engineers into your existing team for a defined stretch — it is fast, flexible, and low-commitment, but you are renting capacity and you own nothing structural at the end. A pure offshore agency is right when you want an outcome shipped and have no intention of running an India center yourself. BOT is for the company in between: you have decided that offshore is strategic and long-term, you want to eventually own the team and IP outright, but you are unwilling — sensibly — to absorb the first-year setup and hiring risk yourself. That is the core of what BOT transfers to Xenotix: the recruiting risk, the ramp risk, the retention-in-the-early-days risk, and the delivery-maturity risk. We carry those through Build and Operate, and hand you the upside — a mature, owned, transparently-priced center — at Transfer. If your horizon is short or your headcount need is small, staff augmentation or a fixed-scope build will serve you better, and we will say so.

Two things make our BOT engagements different from the large-vendor version of this model. First, honesty about the team: our engineering staff includes NIT Kurukshetra and IIT Bombay alumni working alongside strong engineers from other backgrounds, and we staff your center from that same salaried pool — but we do not fabricate named individual CVs or promise a specific person by name in a proposal. What we stand behind is verifiable output: 110+ apps for 50+ brands, over 10M end users, 70+ Flutter apps in production, and a 4.7★ rating across 76+ reviews. Second, founder-led delivery: the leadership that scopes and runs your center sits close to the code, not three account-management layers away, which is why kickoff is measured in hours and why the same people are accountable from Build through Transfer. You are not buying a slide deck of a delivery model — you are buying the delivery model that already ships our portfolio.

X

Written by Xenotix Labs Engineering

Founding Engineering Team

Xenotix Labs has shipped 110+ production startup products across D2C, fintech, edtech, sports, healthcare, and legal-tech. Our Flutter and React Native engineers are the same people who lead architecture decisions on every mobile engagement.

Sub-services

What we ship inside build-operate-transfer (bot) in india

Real engagements, real case studies — not a feature list. Each sub-service is one we have shipped to production.

Phase 1 — Build: Offshore Development Center Stand-Up

The Build phase stands up a dedicated development center in India for you from scratch — sourcing and screening salaried engineers, provisioning AWS Mumbai infrastructure, and configuring source control, CI/CD, security, tooling, and delivery workflows under your specification and brand. Everything is architected from day one to be transferable to you later, so there is no rebuild at handover.

Use cases: Product companies that want a long-term offshore engineering base, funded startups scaling past freelancer chaos, enterprises establishing an India delivery footprint without opening a legal entity first, teams that want a captive with an exit-to-ownership path baked in from the start

Shipped on: Team behind 110+ apps for 50+ brands (10M+ users) — the same recruiting and setup machinery that ships Cricket Winner, Veda Milk, Mappu, ClaimsMitra, and Alcedo staffs BOT centers with salaried NIT/IIT-grade engineers, moving from signed engagement to first sprint in ~48 hours

Phase 2 — Operate: Managed Delivery & Dedicated Pod

During the Operate phase your center runs as a dedicated pod — typically full-stack, mobile, backend, and DevOps engineers coordinated by a lead — shipping your roadmap on daily standups with same-day code review. We handle payroll, HR, retention, engineering leadership, sprint delivery, and reporting on an IST-aligned schedule. Billed per FTE per month, all-in, and you can scale the pod up or down FTE-by-FTE before handover.

Use cases: Continuous product development during the Operate phase, roadmap execution while ownership transfer is being planned, scaling a center up or down before handover, companies that want captive-quality output without personally running HR and delivery offshore

Shipped on: Stack spanning Flutter, React Native, Node.js, Next.js, Python, Java, .NET, and Go on AWS Mumbai — 70+ Flutter apps in production and a 4.7★ (76+ reviews) delivery record; the same salaried pod ships work like Cricket Winner (cricket-winner-app), Veda Milk (veda-milk-delivery-app), Mappu (mappu-grocery-ecommerce-app), ClaimsMitra (claimsmitra-insurance-inspection-app), CorporateGate (corporategate-ai-resume-builder), and Alcedo (alcedo-edtech-platform); code ownership and IP are yours throughout Operate, not only at transfer

Phase 3 — Transfer: Ownership, IP & Team Handover

The Transfer phase is executed as a structured, documented process over a defined transition window — employment migration of the salaried team to your entity, full codebase and repository handover, AWS and third-party account transfer, and knowledge-transfer sessions with your leadership. The outcome is 100% IP ownership and a self-sufficient team that runs without us, with no continuing lock-in.

Use cases: Companies ready to internalise their offshore center, businesses that have set up an Indian legal entity and want the running team moved into it, founders who committed to BOT specifically to end at full ownership, organisations consolidating a vendor relationship into an owned captive

Shipped on: 100% IP transfer and NDA-first practice are standard on every Xenotix engagement; the salaried engineers who operate your center are the ones transferred, preserving institutional knowledge rather than resetting it at handover

GCC / Captive Center Establishment

A Global Capability Center without the cold-start pain. We handle the first, hardest phase of a captive — hiring pipeline, employer brand, culture, delivery maturity, HR and payroll — and operate it under founder-led IST-aligned management until you are ready to take ownership of a center that is already productive. You inherit a captive-quality organisation, not a staffing experiment.

Use cases: Companies wanting a captive GCC in India but unwilling to absorb the 12–18 month ramp risk, mid-size businesses that cannot justify a dedicated in-house HR/recruiting function offshore, enterprises consolidating scattered vendors into one owned center, teams that need a mature transferable delivery org from day one of ownership

Shipped on: Founder-led, startup-first delivery model with salaried engineers (incl. NIT Kurukshetra and IIT Bombay alumni); Bangalore office opening July 2026 alongside Modinagar/Noida HQ expands GCC-hosting and staffing capacity

Engineering Recruitment & Retention

The talent engine underneath every BOT center. We source, technically screen, and hire salaried engineers into your center — not a rotating freelancer bench — then retain them through competitive compensation, HR, and a delivery culture that keeps good people. Because the same salaried engineers carry from Build through Transfer, recruitment quality directly determines the quality of the team you eventually own.

Use cases: Standing up a new center's headcount from zero, replacing freelancer churn with permanent staff, scaling an Operate-phase pod ahead of a product milestone, ensuring the team present at Transfer is the team that built the product

Shipped on: Salaried-employee model (no freelancers, no bench-swap) with talent including NIT/IIT alumni; the recruiting machinery already runs the team behind 110+ shipped apps, which is why kickoff is measured in hours rather than months

Infrastructure, Security & Compliance Setup

We provision and configure the technical and security foundation your center runs on — AWS Mumbai (ap-south-1) accounts, environments, CI/CD pipelines, source control with branch protection, secrets management, code review gates, and NDA-first working practices from the first sprint. Everything is documented and reproducible so it transfers to your ownership cleanly, with no clicked-together console state only one engineer understands.

Use cases: Setting up a compliant, secure delivery environment before writing code, meeting client or investor requirements for source control and access hygiene, ensuring infrastructure is inheritable rather than locked to the vendor, preparing an account structure that transfers without a migration project

Shipped on: AWS Mumbai default region for low latency and clean account transfer; NDAs signed before scoping, secure practices, code reviews, and branch protection from sprint one on every engagement

Documented Knowledge Transfer

Knowledge transfer is treated as a deliverable, not a goodbye email. Across the Operate phase and formally during Transfer, we produce architecture documentation, runbooks, environment and deployment guides, and live handover sessions with your leadership and any incoming staff. Because the salaried engineers who built the system are the ones transferred, the documentation is reinforced by the actual people who wrote the code moving onto your payroll.

Use cases: Preparing your team to run the center unaided post-transfer, onboarding client-side leadership into the codebase and infrastructure, de-risking the handover so ownership passes without a stall, satisfying due-diligence requirements around maintainability and bus-factor

Shipped on: Documented knowledge-transfer sessions are part of the standard Transfer phase; systems are built on mainstream, transferable stacks (Flutter, Next.js, Node.js, AWS) specifically so your future hires can pick them up without a rewrite

Post-Transfer Ongoing Support (Optional)

After the center is fully yours, an optional post-transfer support arrangement keeps a safety net in place — advisory access to the founding team, escalation support, or a short overlap period where we remain reachable while your leadership settles into running the center. It is entirely optional and time-boxed: BOT ends with no lock-in, and any ongoing support is a choice you make, not a dependency we design in.

Use cases: A soft-landing period immediately after transfer while your team ramps ownership, occasional advisory on architecture decisions the founding team is best placed to answer, escalation cover during your first production incidents as owner, staged independence rather than a hard cut-over

Shipped on: No continuing lock-in is a core BOT commitment — post-transfer support exists as an optional, time-boxed add-on rather than a permanent tether; the center, team, code, and IP are 100% yours the moment Transfer completes

Tech stack reasoning

Why we build BOT centers on Flutter, Next.js, Node.js and AWS Mumbai — and why that matters at transfer

A BOT center is only as valuable as the codebase and stack you inherit at transfer, so we deliberately build on mainstream, well-supported technologies rather than niche choices that would be hard for you to hire around later. Flutter and React Native are our mobile defaults because a single codebase serving iOS and Android keeps your future headcount and burn sustainable — we have shipped 70+ Flutter apps in production, and when you own the center you will find Flutter talent readily hireable in the Indian market. Next.js is our web default for its SEO, server-rendering, and velocity characteristics. Node.js, Python, Java, .NET, and Go cover the backend depending on your product's data shape and your team's existing skills.

AWS Mumbai (ap-south-1) is our default infrastructure region for BOT engagements because it keeps latency low for India-based engineers and end users, and because AWS ownership transfers cleanly — at handover we migrate the account to you rather than leaving you stranded on infrastructure only we understand. Everything is built to be inherited: infrastructure documented, DevOps and CI/CD pipelines reproducible, and no clicked-together console state that only one engineer can rebuild. The whole point of BOT is that you end up owning something you can run, so we architect for handover from the first sprint, not as an afterthought when the transfer date arrives.

The stack choice is also a hiring-market decision, because after transfer your center's cost and resilience depend on how easily you can replace or grow the team from the Indian talent pool. Flutter, React Native, Next.js, and Node.js are among the most widely-adopted skills in that market, which means the center you inherit is not hostage to a handful of specialists you cannot backfill. We avoid boutique frameworks and proprietary abstractions precisely so that your future engineering managers can post a job and fill it, rather than inheriting a codebase written in a stack nobody local knows. Transferability is not only about handing over source code — it is about handing over a codebase your organisation can actually staff and maintain for years without us.

On the AI/ML side, we integrate the capabilities your product needs — model APIs, retrieval, chatbots, and custom ML when prompt engineering hits its ceiling — and we do it with the same transferability discipline. The salaried engineers who build these systems during the Build and Operate phases are the ones who transfer to your entity, so the deep knowledge of your AI stack does not evaporate at handover. Because the team includes NIT Kurukshetra and IIT Bombay alumni working alongside strong engineers from other backgrounds, the center you inherit has genuine engineering depth, not just staffing headcount. That depth is the real asset a BOT engagement leaves you with.

Pricing & timeline

How much does build-operate-transfer (bot) services in india cost?

Published tiers, not opaque quotes. Every range below is one we have shipped engagements at.

Starter BOT Center

Build ₹5L–₹8L one-time; Operate ₹1.2L–₹2.5L/FTE/mo; Transfer ₹4L–₹6L

Build $6,000–$9,600; Operate $1,400–$3,000/FTE/mo; Transfer $5,000–$7,200

TimelineBuild ~4–6 weeks; Operate ongoing; Transfer ~1 month
Team2–4 engineers (mobile/backend), part-time lead & designer
ScopeSmall dedicated center: roughly 2–4 salaried engineers plus a part-time lead. Build a focused product team, operate it, then transfer. Ideal for a single product or MVP roadmap you intend to own. This tier proves the BOT path — you get a real salaried team and a clean transfer without committing to full GCC scale before you have validated the model.
Best forFunded startups moving off freelancers to a real offshore team they will eventually own, single-product roadmaps, founders validating the BOT path before scaling to a larger center

Growth BOT Center

Build ₹9L–₹15L one-time; Operate ₹1.2L–₹2.5L/FTE/mo; Transfer ₹6L–₹9L

Build $10,800–$18,000; Operate $1,400–$3,000/FTE/mo; Transfer $7,200–$10,800

TimelineBuild ~6–10 weeks; Operate ongoing; Transfer ~1–2 months
Team5–10 engineers + DevOps + QA + designer + delivery lead
ScopeMulti-discipline center: roughly 5–10 salaried engineers across mobile, backend, and frontend, plus DevOps, QA, a designer, and a dedicated delivery lead. Full Build-Operate-Transfer for a scaling product org running a real roadmap. This is the most common BOT shape — enough team to run multiple workstreams and a multi-app suite, structured from the start so the whole pod transfers into your entity intact.
Best forScale-ups building an India delivery center, companies running a multi-app product suite offshore, businesses that want a captive-quality team without cold-start risk and a defined path to owning it

Enterprise BOT / GCC

Build ₹15L–₹20L+ one-time; Operate ₹1.2L–₹2.5L/FTE/mo; Transfer ₹9L–₹12L+

Build $18,000–$24,000+; Operate $1,400–$3,000/FTE/mo; Transfer $10,800–$14,000+

TimelineBuild ~8–12 weeks; Operate ongoing; Transfer ~2–3 months
Team10+ engineers across pods, DevOps/SRE, QA, design, eng leadership
ScopeFull Global Capability Center: 10+ salaried engineers across multiple pods, DevOps and SRE, QA, a design system, and dedicated engineering leadership. Enterprise-grade Build, managed Operate, and a structured multi-stage Transfer into your legal entity. This tier delivers an owned captive organisation — process maturity, documentation, and leadership depth — so that day one of ownership looks like a running company, not a hiring project.
Best forEnterprises establishing a captive GCC in India, companies consolidating scattered vendors into one owned center, organisations that need a mature, transferable delivery org from day one of ownership

Pricing varies with scope, integrations, and compliance needs. Every engagement starts with a fixed-scope written estimate after a 2-week paid discovery — never an open hourly meter.

Real case studies

Production case studies — not deck pages

Each build-operate-transfer (bot) in india engagement below is live, in production, and serving real users today.

Cricket Winner — real-time sports platform (BOT-shape team continuity)

Problem

Build and continuously operate a high-traffic cricket platform with sub-second live score sync, editorial workflows, and contest engines — the kind of long-lived product that only survives with a stable, owned engineering team rather than a rotating vendor bench. A platform like this fails the moment its institutional knowledge churns out, which is exactly the failure mode BOT is designed to prevent.

Stack

Flutter, Next.js, Node.js, real-time WebSockets, event streaming, AWS Mumbai

Outcome

Live and continuously operated by the same salaried engineering team for years — the exact continuity a BOT engagement is designed to give you, where the team that builds the product is the team you can eventually own. The mainstream stack means the platform stays staffable and maintainable long after any handover, not locked to a single specialist.

Read case study

Veda Milk — D2C dairy subscription suite (dedicated-pod delivery)

Problem

Ship a three-app subscription platform (customer, delivery, admin) with recurring billing, route optimisation, and nightly order generation — a multi-app scope that maps directly to the kind of dedicated pod a Growth BOT center operates. Coordinating three interdependent apps plus billing and logistics is precisely the workload that justifies an owned pod over scattered freelancers.

Stack

Flutter, Next.js, Node.js, PostgreSQL, RabbitMQ, AWS Mumbai

Outcome

Live in production, built and operated end-to-end by a focused salaried pod — the same pod shape and salaried-engineer model we stand up and later transfer in a BOT engagement. The suite demonstrates how a single dedicated team carries a multi-app product without the coordination tax of a rotating bench.

Read case study

ClaimsMitra — insurance inspection platform (transferable enterprise build)

Problem

Deliver a large insurance survey and inspection platform with a heavy REST API surface, real-time status tracking, deadline automation, and a surveyor mobile app — an enterprise-grade build that must remain maintainable and inheritable by the client's own team. An enterprise platform that cannot be handed over cleanly is a liability, so it had to be architected for ownership transfer from the outset.

Stack

Flutter, Node.js, real-time WebSockets, RabbitMQ, AWS Mumbai

Outcome

Shipped as a documented, maintainable platform on mainstream, transferable technology — architected the way we architect BOT centers so ownership can pass cleanly without a rewrite. It is a working proof that Xenotix builds enterprise systems to be inherited, which is the core promise of the Transfer phase.

Read case study

Engagement Options

Flexible Hiring Models

Choose the engagement that fits your project size, budget, and timeline.

🏗️

Phase 1 — Build

₹5L – ₹20L one-time setup

$6,000 – $24,000 setup

We recruit salaried engineers, stand up your India development center, and ramp it to delivery. One-time Build fee scales with team size and specialisation.

  • Recruitment of salaried engineers (incl. NIT/IIT-grade talent)
  • Center setup: infra, tooling, AWS Mumbai, security
  • Delivery process, standups & reporting configured
  • 48-hr onboarding to first sprint kickoff
Get Started
⚙️

Phase 2 — Operate

₹1.2L – ₹2.5L / FTE / month

$1,400 – $3,000 / FTE / month

We run the center day to day — payroll, HR, retention, and engineering leadership — billed per full-time engineer per month while your product ships.

  • Per-FTE monthly Operate fee (all-in)
  • HR, payroll, retention & IST-aligned management
  • Daily standups, sprint delivery & reporting
  • NDA-protected, code ownership already yours
Get Started
🔑

Phase 3 — Transfer

₹4L – ₹12L one-time transfer

$5,000 – $14,000 transfer

At handover we transfer the team, codebase, and infrastructure to your entity, with a defined transition period and full knowledge transfer. No lock-in after.

  • Employment migration of the salaried team to you
  • Full codebase, repo & AWS account handover
  • Documented knowledge transfer sessions
  • 1–3 month transition, then 100% yours
Get Started

Skills & Technologies

Every developer is pre-vetted across these core technologies.

Offshore Development Center (ODC) SetupGCC / Captive Center EstablishmentFlutter & React Native MobileNode.js / Python / Java / .NET / Go BackendNext.js Web PlatformsAWS (Mumbai) Infrastructure & DevOpsAI / ML IntegrationEngineering Team Recruitment & RetentionDelivery Management & Agile SprintsKnowledge Transfer & DocumentationIP & Ownership TransitionSecurity, NDA & Compliance Practices

Our Expertise

We Build For Every Industry

From startups to enterprises, we craft digital solutions tailored to your sector.

EdTech

EdTech

Learning platforms & course apps

Healthcare

Healthcare

Fitness & wellness solutions

Supply Chain

Supply Chain

Logistics & inventory systems

Food & Delivery

Food & Delivery

Restaurant & delivery apps

Beauty & Wellness

Beauty & Wellness

E-commerce & booking platforms

Productivity

Productivity

Task & project management

Why founders pick Xenotix

Why Xenotix Labs for build-operate-transfer (bot) in india

Salaried engineers, not freelancers

Every engineer on your BOT center is a full-time Xenotix Labs employee — no rotating bench, no freelancer risk. The same salaried people carry through Build, Operate, and Transfer, so the institutional knowledge you inherit at handover is real and intact.

Team includes NIT & IIT alumni

Our engineering team includes alumni of NIT Kurukshetra and IIT Bombay working alongside strong engineers from other backgrounds. Your center is staffed from this same salaried talent pool, giving you genuine engineering depth to own — not just headcount.

Transparent BOT pricing in INR

We publish the full cost structure openly: a one-time Build/setup fee, a per-FTE monthly Operate fee, and a one-time Transfer fee, each as an INR range with USD conversions. Most mid-size agencies hide BOT pricing behind a sales call. We do not.

Founder-led, startup-first delivery

Xenotix is a founder-led, startup-first software company — the leadership that scopes your center is close to the delivery, not three account layers away. That is why we can move from signed engagement to first sprint in about 48 hours.

100% IP and ownership transfer, no lock-in

The Transfer phase is contractual and documented: employment migration, full codebase and AWS handover, and knowledge transfer over a 1–3 month window. You end up owning 100% of the IP and a self-sufficient team, with no continuing lock-in.

Proven, transferable engineering track record

The same team behind 110+ apps for 50+ brands (10M+ users, 4.7★/76+ reviews, 70+ Flutter apps) builds and runs your center. Portfolio spans Cricket Winner, Veda Milk, Mappu, ClaimsMitra, CorporateGate, and Alcedo — on mainstream stacks you can hire around after transfer.

We carry the cold-start risk, you keep the upside

The riskiest part of a captive center is the first 12–18 months of hiring, retention, and delivery-maturity ramp. We absorb that risk across the Build and Operate phases and transfer you a center that is already productive — you inherit the compounding upside of an owned GCC without underwriting its cold-start failure rate.

IST-aligned, NDA-first, secure by default

Delivery runs on an IST schedule with generous overlap for US, UK, UAE, and Australia stakeholders. NDAs are signed before any scoping, and secure practices — code review, branch protection, secrets management on AWS Mumbai — are in place from the first sprint, so the center you eventually own is secure and compliant by construction, not retrofit.

Design Process in Figma

Designed in

Figma

How We Work

Our Process

01

Discovery & Strategy

We understand your business goals, target audience, and technical requirements to create a solid foundation.

02

Design & Prototyping

Our designers craft pixel-perfect interfaces in Figma, ensuring every interaction feels intuitive and premium.

03

Development & Testing

Clean, scalable code with rigorous testing to ensure your product performs flawlessly across all devices.

04

Launch & Support

We handle deployment, monitoring, and provide ongoing support to keep your product running smoothly.

See Xenotix Labs in Action

Know Us Better. Watch Our Story.

From our portfolio to our process — hear it straight from the team in Hindi and English. Real people, real work, no fluff.

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The team behind the work

Xenotix Labs office entrance
Developers coding together
Our open workspace
Team design review

Want to see what we've built? Check out our work.

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Real Data

How Much User Traffic We Are Handling Right Now?

On our clients' apps and sites — real numbers, real dashboards, zero fluff.

Google Search Console — 2M clicks, 108M impressions, 30% CTR
Cloudflare Analytics — 24.65M unique visitors in 30 days
Cloudflare HTTP Traffic — 437K requests, 113.91K visits/day
Global traffic from 154 countries — India, US, Singapore, China
🔍

0M+

Total Clicks

Google Search Console · 3 months

👁️

0M+

Total Impressions

Google Search Console · 3 months

👥

0.00M

Unique Visitors

Cloudflare Analytics · 30 days

📊

0.00K

Daily Visits

Cloudflare · 24 hours

0K+

Requests Served

Cloudflare · 24 hours

🌍

0

Countries Reached

Global traffic distribution

Google Search Console verifiedCloudflare Analytics30% average CTR154 countries served99.9% uptime

Hear directly from clients

What Directors Say

About Our Team.

Video reviews, WhatsApp screenshots, and written testimonials — straight from founders who built with us.

Read Client Reviews
Xenotix Labs team — 121+ startups launched, client reviews

Common Questions

Frequently Asked Questions

What is the Build-Operate-Transfer (BOT) model?

BOT is a three-phase offshore engagement. Build: Xenotix Labs recruits salaried engineers and sets up a dedicated development center in India for you. Operate: we run it day to day — delivery, HR, payroll, retention, and engineering leadership — while your product ships on our IST-aligned schedule. Transfer: we hand over the entire center, team, codebase, and infrastructure to your own legal entity. It lets you end up with a mature, productive captive center without absorbing the cold-start risk of building one from scratch yourself.

How much does a Build-Operate-Transfer engagement cost in India?

Xenotix uses transparent, published BOT pricing in three parts. A one-time Build/setup fee, typically ₹5L–₹20L ($6,000–$24,000) depending on team size and specialisation. A monthly Operate fee billed per full-time engineer, roughly ₹1.2L–₹2.5L per FTE per month ($1,400–$3,000). And a one-time Transfer fee at handover, about ₹4L–₹12L ($5,000–$14,000), covering employment migration, documentation, and knowledge transfer. A small Starter center might run ₹5L Build plus a few FTEs on Operate; an Enterprise GCC scales up from there. We publish ranges so you can plan total cost of ownership — competitors usually hide these numbers.

Are your developers freelancers or full-time employees?

Full-time salaried employees of Xenotix Labs — never freelancers and never a rotating bench. This matters especially for BOT: because the engineers who build and operate your center are permanent staff, they are the same people who transfer to you at handover, so institutional knowledge stays with your product instead of evaporating.

Are your developers IIT/NIT alumni?

Our engineering team includes alumni of NIT Kurukshetra and IIT Bombay, alongside strong engineers from other backgrounds, and we staff BOT centers from this same salaried talent pool. We are honest about this — we do not invent named individual profiles. What we can point to is the calibre of the team's output: 110+ apps for 50+ brands, over 10M end users, 70+ Flutter apps in production, and a 4.7★ rating across 76+ reviews.

How does the transfer of ownership actually work?

Over a defined transition window, typically one to three months, we execute the Transfer phase as a structured process. We migrate the employment of the salaried engineers to your legal entity or preferred structure, hand over the complete codebase and all repositories, transfer ownership of AWS Mumbai and third-party accounts, and run documented knowledge-transfer sessions so your leadership can run the center unaided. The result is 100% IP ownership and a self-sufficient team. After transfer there is no ongoing lock-in — the center is entirely yours.

What is a captive center or GCC, and how is BOT different from just hiring an agency?

A captive center or Global Capability Center (GCC) is an offshore development team that a company owns and operates itself, rather than renting from an agency. The problem is that building one from scratch means absorbing 12–18 months of hiring, culture, and delivery-maturity risk. BOT bridges the gap: Xenotix builds and operates the center for you through that risky early phase, then transfers ownership. Unlike a pure agency engagement, BOT ends with you owning the team and IP — you are not renting capacity indefinitely, you are acquiring a running center.

How quickly can the Build phase start, and where will the center be located?

Because our recruiting, NDA, and onboarding machinery already exists, we can move from a signed engagement to first sprint kickoff in about 48 hours, with the full center ramped over the following weeks depending on team size. Our HQ is in Modinagar/Noida, and we are opening a Bangalore office in July 2026, which expands our capacity to host and staff BOT and GCC centers. All work is IST-aligned with generous overlap for US, UK, UAE, and Australia stakeholders.

Who owns the code and IP during the Operate phase, before transfer happens?

You do. Code ownership and IP are yours throughout the engagement, not just at the Transfer phase — the Transfer phase formalises ownership of the team and infrastructure, but the intellectual property in the product is yours from the start under NDA-first, 100%-IP terms. This means that even if you paused before completing a formal transfer, the code you paid to build is already yours.

How do I decide between BOT, offshore, and staff augmentation?

Use staff augmentation to plug a few engineers into your existing team for a defined stretch — flexible, but you own nothing structural at the end. Use a pure offshore agency when you just want an outcome shipped. Choose BOT when offshore is strategic and long-term, you want to eventually own the team and IP outright, but you sensibly do not want to absorb the first-year hiring and ramp risk yourself. BOT is the middle path that ends in ownership.

What does the Transfer phase actually involve?

Four workstreams over a one-to-three-month window. Employment migration — the salaried engineers move to your entity. Code handover — you receive the complete codebase and all repositories. Infrastructure transfer — AWS Mumbai and third-party accounts move to your ownership. And documented knowledge transfer — architecture docs, runbooks, and live sessions so your leadership can run the center unaided. The outcome is 100% IP and a self-sufficient team, with no lock-in.

How long does a typical BOT engagement take?

It depends on scale. Build runs roughly 4–6 weeks for a Starter center, 6–10 weeks for Growth, and 8–12 weeks for an Enterprise GCC. Operate is ongoing for as long as you want us running the center — often many months while your product ships. Transfer takes about 1 month for a small team and 2–3 months for a larger GCC. There is no forced timeline: you move to Transfer when the center is mature and you are ready.

Who owns the team and IP after transfer?

You do — 100%, with no continuing lock-in. After Transfer completes, the salaried engineers are employed by your entity, the codebase and repositories are yours, the AWS Mumbai and third-party accounts are under your ownership, and the product IP is entirely yours (it was, in fact, yours throughout under NDA-first terms). Xenotix retains nothing structural. Any post-transfer support is an optional, time-boxed add-on you choose.

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