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Engineered
for what
moves.

Robots that teach, serve, inspect, harvest, and build. Engineered from first prototype to production line.

// environments

From the classroom to the factory floor.

It can be a STEM kit on a desk, a robot clearing tables, an arm on a production line, or a machine working a field. Different environments, different stakes, different budgets, and different business models; each one its own engineering problem.

// education

Consumer & STEM.

// service

Service & Delivery.

// uavs

Drones & Aerial.

// mobile platforms

AMRs & AGVs.

// arms

Industrial Arms.

// cobots

Cobots.

// humanoids

Humanoids & Quadrupeds.

// outdoor

Agricultural Machines.

// one size fits all (poorly)

We engineer each robot around the problem it has to solve. From tens of dollars to tens of thousands, no two are alike.

// system architecture

Strategic platform selection sets the stage for success.

// compute

Real-time control, vision, and autonomy all run on the architecture underneath.

// runtimes

// mcus

Nordic Semiconductor STMicroelectronics Texas Instruments Renesas Electronics Infineon Technologies Microchip Technology Espressif

// socs

NXP Qualcomm NVIDIA AMD Rockchip MediaTek

// connectivity

Protocols define the bandwidth, latency, and power envelope the system can sustain.

// wired

I2C I2S CAN USB I3C SPI SPE PCIe

// wireless

LoRa Wi-Fi mmWave

// cellular & satellite

Cat 4 5G NR Starlink

// our edge

Every product lands on the right chipset.

Every solution we build draws from years of hands-on work with the devices the key players ship — catalogs we know cold, quirks we know deeper still. You're getting conviction earned through experience, not a literature search.

// product requirements

We solve for the requirements other teams won't touch.

// robustness

Built to take a beating.

// capability

Powerful where it counts.

// safety

Safe around people.

// localization

Knows exactly where it is.

// time to market

Speed is what real expertise looks like. We arrive with answers, not ramp-up time.

// Track record

We've been doing this for years.

From preschoolers to elder care.

MIPI Alliance

// 01 · STANDARDS

We help write the spec.

Binho is a MIPI Alliance Contributor Member, actively shaping I3C — a foundational protocol for cutting-edge embedded systems.

200+

// 02 · TOOLS

We build the tools.

200+ semiconductor companies use Binho tools to develop, validate, and ship the silicon that robotics runs on.

100+

// 03 · PRODUCTS

We ship products.

100+ products for brands large and small, including our own — with our cross-discipline engineering team.

10M+

// 04 · SCALE

We design for scale.

10M+ units shipped. From rapid local prototypes to NPI at the top Asian CMs. Built for Silicon Valley speed and execution.

// trusted by engineering teams at

+ hundreds more

Let's build it.

We're the hardware partner ambitious AI product teams trust.