AI Agents in India
Autonomous, tool-using systems that qualify leads, run research, process documents, and orchestrate multi-step work — with humans in the loop where it counts. Delivered to India teams on your calendar.
Autonomous, tool-using systems that qualify leads, run research, process documents, and orchestrate multi-step work — with humans in the loop where it counts. Indian businesses operate at scale where automation and robust platforms compound fast. We engineer high-volume systems built to be maintained and extended.
Software built for Western transaction volumes buckles under India's scale, and a card-first payment flow is already the wrong default when UPI is the primary rail. The DPDP Act adds a data-protection layer that vendors either ignore or discover mid-build, instead of scoping it before the first sprint. That is the environment ai agents has to be built into, not around.
- 01Blueprint the agent's job as a measurable loop — inputs, tools, decisions, escalation — before any code.
- 02Prototype against your real data and real edge cases, not a happy-path demo.
- 03Forge a typed, observable agent with tool-use, memory, and human approval gates.
- 04Harden with evals, guardrails, and audit logging; launch with monitoring and a feedback loop.
- Lead qualification & enrichment agents
- Research & outreach agents
- Document processing & extraction
- Multi-agent orchestration
- Tool-use & function-calling agents
- Agentic ops pipelines
- Memory & context management
- Human-in-the-loop approval gates
- UPI-native payment flows, not a card-first architecture retrofitted
- High-throughput architecture built for national-scale transaction volume
- DPDP Act-aware data handling, scoped at Blueprint
- IST-aligned delivery with real-time overlap
- Cost-efficient infrastructure architecture for margin-sensitive scale
What you can expect
Questions, answered straight
Yes. Aligned to IST working hours. Software and AI built for India's operational scale — high-volume automation and platforms that hold up under real load.