We build the coordination
layer for autonomous systems.

Tashi makes real-time agreement a programmable primitive, enabling independent machines to act together with shared reflexes across vendors and trust boundaries.

Our Story

Compute was commoditized. Storage distributed. But coordination remained unsolved.

Independent machines can reason locally, but across multivendor networks they cannot agree on what to do next. Tashi delivers the missing architectural layer, enabling autonomous systems to reach realtime agreement and act together across vendors and trust boundaries.

Our Dynamic Global Team

The global team building the coordination layer

The global teambuilding the coordination layer

Tashi is built by a distributed team of engineers and operators across Singapore, USA, India, Switzerland, Georgia, Philippines, and UAE with deep expertise in distributed systems, robotics, and global-scale infrastructure.

Amar Bedi

CEO

Jay McCarthy

CBO

Irfan Khan

CMO

Ákos Maróy

CTO

Grace Ann Thomas

Operation Manager

George Iosellani

Marketing Lead

Divy Kumar

Software Engineer

Diana Seo

Head of Growth

Soham Jadiya

Software Engineer

Yeou Sunn Liu

Principal Engineer

Dhanush Prabhakar

Software Engineer

Decelyn Dela Cruz

Admin Lead

4 Years

Building production-ready infrastructure

4 Years

Building production-ready infrastructure

4 Years

Building production-ready infrastructure

1M+ TPS

Throughput-optimized for machine economies.

1M+ TPS

Throughput-optimized for machine economies.

1M+ TPS

Throughput-optimized for machine economies.

65,000+

Community-run Lattice infrastructure

65,000+

Community-run Lattice infrastructure

$5M

Raised from leading investors

$5M

Raised from leading investors

100+

Teams building on Tashi today

100+

Teams building on Tashi today

100+

Teams building on Tashi today

As seen in

As seen in

Our Values

How we build

How we build

Five principles derived from four years of building infrastructure that machines and people depend on.

Built for decades

Design decisions must survive generations of system

01

Built for decades

Design decisions must survive generations of system

01

Built for decades

Design decisions must survive generations of system

01

Correctness over cleverness

If it can't be trusted, it doesn't ship.

02

Correctness over cleverness

If it can't be trusted, it doesn't ship.

02

Correctness over cleverness

If it can't be trusted, it doesn't ship.

02

Proof, not promises

We don't assert. We demonstrate.

03

Proof, not promises

We don't assert. We demonstrate.

03

Proof, not promises

We don't assert. We demonstrate.

03

Own the outcome

Responsibility doesn't stop at the interface.

04

Own the outcome

Responsibility doesn't stop at the interface.

04

Own the outcome

Responsibility doesn't stop at the interface.

04

Iterate relentlessly

Every release should be measurably better.

05

Iterate relentlessly

Every release should be measurably better.

05

Builders first

Make the thing with the end user in mind.

06

Builders first

Make the thing with the end user in mind.

06

Builders first

Make the thing with the end user in mind.

06

The Road Ahead

From the warehouse floor to the world.

From the warehouse floor to the world.

Coordination infrastructure is built in phases. Each phase unlocks the next.

Built Alongside
the Ecosystem

Built Alongside
the Ecosystem

Tashi is a co-founding member of the Intercognitive Foundation, contributing the orchestration layer that enables AI accessibility and physical-world interoperability.

The category is forming.
Build with us.

contact@tashi.network

The category
is forming.
Build with us.

contact@tashi.network

The category is forming.
Build with us.

contact@tashi.network

Stay connected to Tashi

Stay connected to Tashi

Get the latest updates on autonomous coordination, research, and product releases.

Get the latest updates on autonomous coordination, research, and product releases.

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Latest from our blog

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We build the coordination layer for autonomous systems.

Tashi makes real-time agreement a programmable primitive, enabling independent machines to act together with shared reflexes across vendors and trust boundaries.

We build the coordination layer for autonomous systems.

Tashi makes real-time agreement a programmable primitive, enabling independent machines to act together with shared reflexes across vendors and trust boundaries.