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Selected work · India & USA

What we built, and what changed because of it

Every engagement below started with a business problem, not a technology preference. Client names are withheld under NDA; the constraints, decisions and measured outcomes are exactly as they happened.

Engagements
40+ shipped across 6 industries
Typical first release
8–14 weeks from kickoff
Team model
Senior engineers, no hand-off to juniors
Ownership
You own the code and the infrastructure

Projects, in the client's own terms

Each of these is a real build. We have kept the numbers the client measured, not the ones that flatter us — and linked the service page that covers how we approach that kind of work.

Logistics & supply chain · Custom platform

Connecting dispatch, drivers, delivery evidence and billing

18,000 monthly deliveries coordinated on spreadsheets and messaging apps. We built one shared delivery record — offline-capable driver capture, proof of delivery, customer tracking and billing readiness in a single system.

−59% dispatch adminInvoice prep 4.6 → 1.7 days96% complete records
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Healthcare · Custom platform

Cutting patient intake from 22 minutes to under 6

A multi-site clinic group was running intake on paper and three disconnected systems. We replaced it with a single HIPAA-aligned platform: digital forms, insurance verification and EHR sync in one flow.

−73% intake time4 sites live in 5 monthsHIPAA-aligned
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Fintech · AI integration

An underwriting assistant that reads the file first

Analysts spent most of their day extracting figures from PDFs. We built a document pipeline with LLM extraction, confidence scoring and a human review queue, wired into their existing decisioning system.

9× faster file prep98.4% extraction accuracyFull audit trail
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SaaS · Multi-tenant architecture

Re-platforming a single-tenant product for scale

Growth had outrun the original architecture — every new customer meant a new deployment. We moved them to a pooled multi-tenant model with per-tenant isolation, self-serve onboarding and usage-based billing.

Onboarding: 3 days → 8 min−61% infra costZero-downtime migration
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Logistics · API & ERP integration

One dispatch view across four carrier systems

Dispatchers were reconciling shipments by hand across carrier portals. We built an integration layer with queued sync, idempotent writes and a live exception board so problems surface before the customer calls.

4 carriers unified−80% manual reconciliationReal-time exceptions
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E-commerce · Cloud & performance

Holding Black Friday traffic without over-provisioning

The storefront buckled under campaign spikes and the cloud bill grew regardless. We re-architected caching, moved to autoscaling containers and rebuilt the checkout path around measured bottlenecks.

12× peak traffic held1.1s LCP−44% cloud spend
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Manufacturing · MVP

From shop-floor spreadsheet to shipped product in 9 weeks

A founder with deep domain knowledge and no engineering team. We scoped hard, built the smallest defensible first release, and put it in front of three pilot plants before adding a single extra feature.

9 weeks to pilot3 paying plantsRoadmap from real usage
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The pattern behind every one of these

Different industries, same discipline: understand the constraint before choosing the technology, ship something real early, and measure whether it moved the number that mattered.

1Diagnose

Find the constraint before choosing the technology

We start with the number that is hurting — intake time, reconciliation hours, cloud spend, churn — and trace it back to where the system actually breaks. Often the answer is smaller than the brief we were handed.

  • Two weeks of discovery with the people doing the work, not just the sponsors
  • A written problem statement you can disagree with before anyone writes code
2Scope

Define the smallest release that can prove or disprove the idea

Every feature in the first release has to earn its place by answering a question. Everything else moves to a second list that we revisit once real usage tells us which items still matter.

  • Fixed scope, fixed price, real timeline — surprises land before the build
  • Architecture decisions documented with their trade-offs, not just their conclusions
3Build

Ship in production increments, with senior engineers throughout

The same people who scoped the work write the code. You see running software every two weeks in an environment that mirrors production, so integration problems appear early rather than at handover.

  • Fortnightly demos on real infrastructure with real data shapes
  • Tests, CI and observability built in from the first increment
4Measure

Check the number moved, then decide what happens next

Thirty to ninety days after launch we go back to the metric we started with. If it moved, we plan the next increment against it. If it did not, we say so and work out why before spending more of your budget.

  • Post-launch review against the original problem statement
  • Full handover — code, infrastructure and documentation are yours

Have a problem that looks like one of these?

Bring it to a free discovery call. We will tell you what we would build, roughly what it costs, and honestly whether it is worth doing.

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