Proof of work

Not what we say we do.
What we've actually built.

Three engagements. Different industries, different problems. One consistent outcome — AI that actually gets used and shows up in the numbers.

01 · Marketing & advertising

From raw ad data to ready-to-send copy — fully automated.

A fast-scaling marketing team was spending days each week manually pulling numbers from Google Ads and Meta, formatting reports, briefing copywriters, and chasing approvals. Every step was a handoff. Every handoff created delay. The team was good — they were just spending their time on the wrong things.

We built an end-to-end AI ecosystem that connects directly to both ad platforms, generates live analytics dashboards, formats marketing reports automatically, and feeds brand-aware copy directly to the creative team. Zero manual exports. Zero formatting. Zero waiting.

Report turnaround: days → hours Copy output 4× faster 12× ROI on campaigns
What we built
Live analytics dashboard pulling from Google Ads and Meta via MCP connectors — campaign, agency, and creative-level views
Conversational analytics layer — the team queries insights in plain language, no analyst required
Automated MR generation — performance insights formatted into a structured marketing report, ready to act on
Two AI copywriting skills — owned media and paid media — both pulling from the MR and the brand knowledge base to produce final copy ready for design handoff
The automated pipeline
📊
Google Ads
MCP connector
📘
Meta Ads
MCP connector
📈
Live analytics dashboard
Campaign · Agency · Creative · WoW / MoM
💬
Conversational analytics
Query insights in plain language
📄
Marketing report generation
Structured MR template, auto-formatted
✏️ Owned media
MR + brand voice → copy
📣 Paid media
MR → paid-optimised copy
Final copy — ready for design handoff
02 · Non-profit / social sector

100% system adoption. Real-time data. No technical team.

A national education nonprofit was running programmes across 45 cities with no formal data infrastructure. Impact reporting took weeks. Donor reports were built manually from scattered spreadsheets. Field teams had no consistent way to track learner progress — and leadership was making critical decisions based on gut instinct, not evidence.

We designed and built a low-code, AI-enabled data collection and reporting system — built specifically for volunteers and non-technical staff. No engineering team. No training budget. Just a system that people actually used.

100% system adoption — Year 1 80%+ data compliance across 45 cities Reporting: weeks → real-time ₹8Cr+ in donor relationships managed
What we built
AI-enabled low-code data collection tools — 85% compliance achieved across 45 cities in Year 1
MEL framework and Theory of Change — tracking learner outcomes across age and learning level
Real-time dashboards replacing weeks of manual reporting — embedded directly into governance forums
Scalable donor reporting framework — beneficiary-level tagging, report generation in days instead of months
Change management programme — 100% team adoption without a single forced mandate
The transformation journey
🏙️
45 cities · 4,000+ students
No data infrastructure
🔍
Technology readiness assessment
Mapping what's possible, in what order
🛠️
Co-designed data system
Built with the team, not for them
📊
Live MEL dashboards
Real-time across all 45 cities
📋 Donor reports
Days not months
📚 Learner tracking
By age and level
100% adoption · System fully owned internally
03 · Technology / engineering

686 tickets. Autonomous AI. No developer in the loop.

Engineering teams at a fast-growing SaaS company were losing significant developer hours to the bug triage and fix cycle — identifying issues, understanding the codebase, writing fixes, raising pull requests, waiting for review. High volume, highly repetitive, and expensive in both time and focus.

We built an autonomous AI agent that reads a bug report, understands the relevant codebase, writes the fix, and raises a production-ready pull request — without human intervention at each step. Built using Claude and MCP, deployed in production.

686+ tickets handled autonomously Bug-to-PR without human intervention Deployed in production
What we built
Autonomous bug-to-PR AI agent — reads the ticket, understands the codebase context, writes the fix end to end
Multi-agent orchestration using Claude and MCP — multiple specialised agents handling different stages of the fix cycle
Production-grade deployment — 686+ JIRA tickets processed, 60+ LLM system prompts authored for reliability at scale
Core engineering contribution to the company's flagship agentic product — now a central part of the product offering
The autonomous agent pipeline
🐛
Bug report filed
JIRA ticket created
🔍
Agent reads the ticket
Understands scope and priority
🧠
Codebase context analysis
Relevant files and dependencies mapped
⚙️
Fix written autonomously
Multi-agent orchestration via Claude + MCP
🧪
Fix validated
Tests checked, edge cases reviewed
Production-ready PR raised — no human in the loop
Across all three engagements

The numbers that actually matter.

12×
ROI on AI-integrated marketing campaigns — measured on real budgets
100%
System adoption in Year 1 — no forced mandates, no training budget
686+
Engineering tickets handled autonomously — deployed in production
45
Cities running on real-time data — previously weeks of manual reporting
Your turn

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