Layer 01 · Intelligence

Agentic AI systems
that do the work.

Autonomous agents that plan, call your tools, remember context, and improve from feedback — wired into the systems your business already runs on. Not a chatbot wrapper. An operator that ships work end-to-end.

Engagement
6–14 weeks
discovery → pilot → prod
Surface
Slack · Web · API · Voice
deploy where users live
Stack
Claude · LangGraph · pgvector
model-agnostic core
LIVE · agent.runtime

Where agents earn their seat at the table

Three problems we see across every engagement — and the agentic shape of the answer.

01

Static workflows can't keep up

Real work isn't a flowchart. Edge cases dominate. Agents reason at runtime instead of routing every decision through a human.

02

Models alone aren't enough

An LLM in a chat box is a demo. Agents bring tools, memory, eval, guardrails — the production scaffolding that turns intelligence into shipped outcomes.

03

Trust is engineered, not promised

Every action is traced, every output is evaluated, every escalation is policy-defined. You see what the agent did and why.

What we ship, organised by the person who feels the problem

persona

CTO / VP Engineering

Pain
We've prototyped agents in isolation but can't get past 'it works in the demo.'
What we ship
A reference architecture, deployed in your VPC, with eval/audit/observability your team can extend.
persona

Risk & Compliance

Pain
Auditors want to know what the AI did, why, and whether a human signed off.
What we ship
Append-only trace ledger, policy-as-code guardrails, and a human-in-the-loop console that maps to your control framework.
persona

VP Product

Pain
Customers want self-serve outcomes. Our team wants leverage, not chatbots.
What we ship
An agent surface (Slack, web, API) that completes real journeys — with eval baselines, A/B framework, and rollback baked in.
persona

Operations Lead

Pain
Half my team is doing the same 12-step process across tools, every day.
What we ship
An ops agent that executes the playbook, escalates the genuine exceptions, and writes back to your systems of record.

Six capabilities, composed into one agent.

No one piece is interesting on its own. Together they're the difference between a demo and a production system.

Orchestration

Stateful plan-act-reflect loops that survive long-running work.

  • LangGraph / custom DAGs
  • Resumable from any checkpoint
  • Multi-agent coordination patterns

Tool Routing

Capability registry where agents pick the right tool for the job — and only the right tool.

  • Typed tool schemas with validation
  • Per-tool permissions & rate limits
  • MCP & OpenAPI native

Memory & Retrieval

Episodic and semantic memory the agent can actually rely on across sessions.

  • Vector + structured stores
  • Per-tenant isolation
  • Forgetting policy by default

Eval Harness

Continuous quality measurement — not a one-time benchmark.

  • Golden sets + LLM-as-judge
  • CI gates on every change
  • Drift alerts in production

Guardrails

Policy as code. Refuse, redact, or escalate — same rule everywhere.

  • Input + output filters
  • PII redaction & masking
  • Hard human-in-loop boundaries

Trace & Audit

An append-only record of every plan, tool call, and decision.

  • Step-level diff & replay
  • Signed action ledger
  • SOC 2 / ISO 27001 ready

The shape of a production agent

Four lanes — ingress, orchestration, capability, audit. Every engagement starts here and gets shaped to your stack.

Lane 01 · Ingress

Chat, web, API, voice, or a scheduled trigger. The agent meets the user where they already are.

Lane 02 · Orchestration

Plan → Act → Reflect loop. Resumable, observable, model-agnostic. The brain of the agent.

Lane 03 · Capability

Tools, memory, model gateway. Versioned, permissioned, and instrumented down to the call site.

Lane 04 · Audit & Eval

Append-only trace ledger and continuous eval harness. Trust is something the system can prove.

From discovery to production in roughly 12 weeks

Four phases, fixed deliverables per phase, and a real exit ramp at the end of each — so you can stop, ship, or extend.

01
Wk 1–2

Discovery & frame

We map one high-leverage workflow end-to-end — the people, the systems, the failure modes — and write a one-pager that defines what 'good' looks like.

Deliverables
Process map
Eval rubric v0
Risk register
02
Wk 3–6 · ACTIVE EXAMPLE

Pilot agent

A working agent against a realistic eval set. Tools wired, guardrails on, trace ledger live. Internal users in the loop, not customers yet.

Deliverables
Agent v1 in your VPC
Golden eval set
Internal pilot console
03
Wk 7–10

Hardening

We shake the tree: red-team the prompts, stress the tools, tune the retrieval, instrument what's missing. Pass criteria become CI gates.

Deliverables
Red-team report
CI eval pipeline
Runbook & on-call rotation
04
Wk 11+

Production & handover

Phased rollout with a kill switch. Your team takes the wheel; we stay on retainer for capability expansion and drift response.

Deliverables
Prod deployment
Drift dashboard
Capability backlog

Model-agnostic on purpose

We pick the boring, durable piece by default — and the cutting edge where it actually moves your metric.

Models & Reasoning
Claude (primary)GPT-4oLlama 3.xOpen-weight self-hostBedrockVertex AI
Orchestration
LangGraphMCPInngestTemporalCustom DAG
Memory & Retrieval
Postgres + pgvectorPineconeWeaviateRedisOpenSearch
Eval & Observability
LangfuseBraintrustOpenTelemetryDatadogCustom rubrics
Guardrails & Safety
NeMo GuardrailsCustom policy DSLPII detectionOutput validators
Deploy
Your VPC (AWS · GCP · Azure)KubernetesCloudflare WorkersServerless

What changes after the agent ships

Aggregated across the agent engagements we've shipped over the last 18 months.

0%
Median deflection of tier-1 work
Across support, ops, and internal-tooling agents.
0.0x
Faster time-to-action
From request received to system-of-record updated.
0%
Eval pass rate at production cutover
Above the agreed quality bar; the rest go to a human.
<0h
From prod incident to drift fix
Eval harness + trace ledger make root-cause fast.
OF
OUTFITKART · COMMERCE

A merchandising agent that closes the loop on the catalogue.

Read full case →

The agent watches sales velocity, generates copy + image variants, and ships them to the storefront — with a human approving the top 5% only.

2.8×
lift in CTR on agent-managed PDPs
MR
MERIDIAN BANK · OPS

A reconciliation agent for the back office.

Read full case →

Reads SWIFT messages, matches against ledger, drafts the JE, and pages a human only on the genuinely weird ones — replacing a 12-step daily process.

91%
of break tickets auto-resolved

Questions we get on the discovery call

Yours, by default. We deploy into your VPC (AWS, GCP, or Azure) with your IAM and your observability stack. We never become a runtime dependency you can't replace.

The orchestration layer is model-agnostic. We default to Claude for reasoning and a smaller open-weight model for routing/cheap calls, then tune per workload after eval. You keep the option to swap.

Three layers: typed tool schemas with strict validation, an eval harness with CI gates on every change, and an append-only trace so every action can be replayed and reasoned about post-hoc.

PII detection and redaction at the prompt boundary, per-tenant memory isolation, and a no-train-on-our-data clause in every model contract. We design to your data residency requirements from day one.

That's the goal. Every engagement ends with a working CI/eval pipeline, a runbook, and a paired-coding handover. Most clients move to a smaller retainer for capability expansion only.

A pilot agent typically runs ₹35–80L over 6–10 weeks depending on tool surface area and compliance scope. Production hardening is scoped separately after the pilot lands.

Q2 2026 · two slots open for Agentic AI

Talk to a Agentic AI engineer.

Bring the messy bit. We come back with an architecture sketch and a discovery plan inside two business days — no sales theatre.

response within
48h