Blog

Field notes & technical deep-dives.

What we're building, what we learn on factory floors, and how we think about physical AI in India.

Latest posts
In the pipeline

What we're writing next.

The editorial plan across four tracks — technical, customer-facing, company, and industry.

// Technical

Inside our MoT/MoE edge VLA

Mixture-of-tasks/experts: how task policies slot in as experts, why the vision backbone stays frozen, and how we keep policies verifiable.

Sim self-play beats human demonstrations (for our tasks)

Our RL setup end-to-end: Success Guided Sampling, why egocentric data can't teach hardware-specific motion, and what the tiny sim2real step actually does.

Self-enumerating hardware: how a module announces itself

Plug in, and the brain reads torque, travel and specs over CAN. The hardware/software contract that kills PLC reverse-engineering.

Voice-in, paths-out: our VLM→LLM→task-graph pipeline

Semi-deterministic completion — why most of a task should stay inspectable, and where we deliberately let RL take over.

Dynamic replanning under contact: unstructured welding

Sensing the actual workpiece, thermal drift, fixtures that moved — what "unstructured 3D cutting & welding" means in practice.

Designing Swift by subtraction

Five iterations, 3+2 axes, reverse-SCARA — the design logic behind every deleted feature.

Edge compute on a robot in an Indian factory

Thermal, dust, power quality, latency budgets, and why we refuse cloud dependency.

// Customer stories & case studies

Anatomy of a live demo that closed a sale

How we run a demo on the customer's own material — and why it's our entire sales process.

The customer who hired 130% staff

A day inside a factory running 120–130% of required labour — and what changed when the robot took the night shift.

How SMEs decide to buy a robot

Trust, references, payback fear, and the family dynamics behind the purchase — what we've learned watching buyers decide.

What an operator teaches the robot

Correction by voice: the tacit knowledge that no dataset captures and how we harvest it on-site.

Machine makers as our channel

Why press-brake makers refer us — referral commissions, service economics, and a 15-year manual backlog.

The true cost of a robot cell

What a robot actually costs to own — robot, integration, downtime, changes — and how to read a vendor quote.

// The company story

Nights and weekends in a Singapore apartment

The early prototypes, the first factory visit, and the decision to move to India full-time in June 2024.

Why we chose Ahmedabad, not Bangalore

Clusters beat campuses: the wedge logic of one task in one city.

Building a hardware company from India

Supply chains, tolerances, machine shops — what we've learned manufacturing here.

The tools we build our robots with

Our in-house design, sim and training stack — what we chose and why.

Our hiring thesis: IIT/NIT engineers who want their code on a floor

What we look for and why "ship to production" is the bar.

Building a robotics company in India, in public

What we're learning about focus, cadence, and saying no — written as we go.

Monthly deployment reviews

A recurring series: what shipped, what broke, what got cheaper.

// Industry & point-of-view

India has 470 robots per 10,000 workers missing

Robot density India vs China vs global average — and why the missing piece isn't the arm.

The labour wall

Demographics, retirement, and why the next generation won't run manual factories.

Why SIs can't serve SMEs — structurally

Unit economics of engineer-hours vs compounding software, and the market gap it creates.

Humanoid hype vs SME reality

What the humanoid boom did for us (actuators) and what it doesn't solve (deployment).

A playbook for physical AI in emerging markets

Ownership of hardware + sim + deployments as the capital-light path — and why it generalises beyond India.

Make in India needs robots that speak the floor's language

Policy, MSME incentives, and what a national robotics push should actually fund.

Stay close

Follow along or come see it live.

The best way to understand what we build is to watch it run on your own part.