Nandu

Your engineers already use AI.It isn't compounding.

Each developer got faster. The team's overall pace barely moved, because every session starts from zero and what one person figures out never reaches the rest. We change how your team works with agents day to day, and we leave behind the stack that keeps the change in place.

The gap

AI made individual developers faster. Teams are a different story.

The tools are good. What's missing is everything around them: shared memory, and a practice the whole team follows.

Every session starts from zero

The agent has never heard of last week's architecture decision or the convention your team agreed on in March. Someone explains it again, every single time.

Lessons die with the context window

A developer spends an afternoon working out why the migration kept failing. The session closes and that knowledge is gone. Next month a colleague pays for the same afternoon again.

Quality depends on who is driving

Two engineers, same model, same codebase. One gets solid work, the other gets plausible mush. Without a shared practice the difference stays personal.

Agents drift on anything large

Agent output looks locally correct while the system slowly loses its shape. On a codebase with many contributors this happens quietly, and by the time it shows it is expensive.

What changes

What we change is how the team works

Installing tools is the easy part. The practice around them is what makes the gains add up.

01

Plan before code

Specs carry the state. A context window resets, a colleague takes over, and the plan still says what is true and what comes next. That is what lets many agents and several people share one codebase.

02

Evidence before done

Tests come first, an independent reviewer agent checks the work, and nothing counts as finished on the agent's own say-so. Self-reported success is the most expensive failure mode in agentic development.

03

Effort follows risk

A risky one-line change gets more scrutiny than a big mechanical refactor. Most teams have this backwards, because size is easy to see and risk is not.

04

Knowledge accumulates

Decisions and conventions live in a layer every session loads at the start. The tenth attempt at a problem begins where the ninth ended.

The headstart

Infrastructure you don't have to build yourself

This is the stack we run our own company on. We license it and set it up with you.

Nandu Development Framework

The methodology, as installable software

Knowledge Infrastructure

Shared long-term memory for the team and its agents

Capability Distribution

Write a capability once, every engineer gets it

Workbench

One board for every improvement in flight

Flock

Work automation that drives sessions for you

Dreamer

Every session reviewed, every lesson kept

Receipts

We sell the way we work

A small team shipping at the pace of several, on its own agent stack. The company itself is the demo. Engagements transfer the practice.

5 products
run in parallel by a small team

The analytics platform, its web app, the development framework, the orchestration fleet, and the knowledge infrastructure. One practice holds them together.

2 months
to rebuild our product from scratch

Version 2 of our analytics product went from empty repository to production in two months, built this way.

Daily
in our own production

The orchestration fleet starts, verifies, and closes agent sessions on our codebases every day. What we hand you has survived daily use here first.

How does your team build today?

Thirty minutes, no slides. We will tell you honestly where agents pay off in your setup and where they don't.