Robotics · AI · Systems

I build machines that sense, think and move — and the software that makes them legible.

Sixteen, class 11, Gurugram. I work on local LLMs, robot hardware, retrieval systems and the tooling in between. I would rather ship a working artifact than describe one, so most of what is below runs.

9 projects 3 live sites 57 parts catalogued github.com/Nilabh-code

Work

Ordered by how much of it I would defend. Live links where something is deployed; repo links where it is code only.

Robot Atlas

2026 · HTML · Node

live

A field guide to robotics hardware: 57 parts across seven subsystems with real specs, prices and the failure mode nobody documents, plus 18 platforms taken apart the same way and an eight-step build roadmap for getting started.

I kept re-deriving the same torque budgets and losing the same gotchas. Now it is written down.

ReBench

2026 · TypeScript

building

Open, reproducible AI benchmarks run by the community rather than one lab. The point is that anyone can rerun the measurement and check the number.

Benchmark claims are unfalsifiable if nobody can reproduce them.

rag-simplified

2026 · Python · FastAPI · MCP

building

An educational RAG product you can actually run: retrieval engine, a FastAPI interface, and an MCP server, built so the internals are visible instead of hidden behind a framework.

RAG is explained badly everywhere. Build one and the explanation is the code.

HackRAG

2026 · Python · BM25 · Rerank

local

A retrieval system over 122,000 chunks from 22 offensive-security sources, with hybrid BM25 plus dense retrieval and a reranker on top. Built to answer questions from primary material instead of blog spam.

The best security writing is buried in wikis nobody indexes properly.

private

roszebo

2026 · TypeScript · MuJoCo-WASM · WebGL

building

A natural-language robot builder. Describe a robot, get a compiled RobotSpec out to URDF, ROS 2 or MJCF, then simulate it in the browser with real physics and client-side sensor rendering.

The gap between "I want a robot" and a simulatable model should be one sentence.

VM-Fleet

2026 · Python

building

Managing a fleet of ephemeral VMs for parallel work — provisioning, isolation, teardown — so long-running jobs stop queueing behind each other.

One machine is a serial bottleneck I got tired of.

deep-diver

2026 · Python

building

Recursive research tooling: build a question, expand it into sub-questions, retrieve per branch, and synthesise with citations that survive the expansion.

Attribution collapses when you summarise a summary.

calcforge

2026 · HTML · Node

live

A hub of Indian personal-finance calculators generated from a single spec file — one build script, distinct formulas per tool, zero framework.

The ones that exist are either wrong or unusable on a phone.

PD-band

2026 · HTML · TypeScript

archived

A band website built end to end, from layout to content structure.

A friend needed one. Good exercise in shipping something someone else uses.

What I work with

Not a wish list — these are the things I have shipped with and would pick again.

Python

Most of what I write. ML, tooling, backends, anything that has to think.

C++ / CUDA

When the loop has a deadline or the tensor has to leave the CPU.

TypeScript

Web apps, interfaces, and anything that has to run in a browser.

ESP32 / STM32

Firmware for motors, sensors and the real-time half of a robot.

ROS 2 / MuJoCo

Simulation and the robot software stack around it.

3D printing / CAD

Bambu Lab A1. If a part does not exist, print it.

Currently

Where the hours are going this month.

Robot Atlas

Turning a personal reference into something other people can start from — an eight-step build roadmap, 57 catalogued parts, 18 platforms pulled apart. The hard part is not the specs, it is saying honestly where each one fails.

Sim-to-real on a budget

Training locomotion policies in MuJoCo and trying to transfer them to hardware built from cheap serial servos. The gap between a policy that walks in simulation and one that survives a real floor is turning out to be entirely mechanical.

Elsewhere

I write and record about local models, Raspberry Pi, 3D printing and robot builds.