10+ teams already on the waitlist

Errors in Embedded distract your team.
Stay focused on what matters to you

WisentWire is a platform for digitalizing hardware that allows teams to work from anywhere, automate more easily, and build confidence with every new line of code.

✓ CI/API ready ✓ HIL < 30min ✓ Save 216h / dev / yr

wisent_orchestrator

See, manage, test and scale
from one place.

Forget walking over to hit the reset button. Power cycle, flash firmware and monitor serial output from anywhere. It feels like magic.

> Unified Hardware Management
> No-Code Test Creation
> Full Data Continuity

Plug & Play solution.

Connect real sensors via SensorHub or simulate them perfectly. Need to know if your firmware handles a sudden voltage drop? Just inject the fault.

⚡ Plug & Play Real Sensors
⚡ Simulate edge cases (e.g. heat)
⚡ 100% reproducible scenarios

Time wasted before real work starts.

If you build embedded hardware, the friction isn't in the code.
It's in the environment.

Setup Building

Engineers spend weeks wiring hardware instead of focusing on product features.

Maintenance

Keeping environments synced with hardware consumes 20% of bandwidth.

Scaling Bottleneck

Manual shipping and queues for 'Golden Samples' kill scalability.

The hidden friction slowing you down

Scaling

Hardware doesn't scale like software

CI/CD

Hardware breaks CI/CD pipelines

Reproducibility

"It works on my bench" syndrome

Audit

No audit trail for physical tests

Logistics

Shipping delays kill momentum

Reliability

Manual tests are never reproducible

Risk

Risk of bricking the only prototype

0 h

saved in the first year of deployment.

Reclaim 400h from initial setup and 556h every following year.

Reclaim your time

WisentWire turns hardware
into a digital resource.

Core Unit

WisentWire

The heart of the setup and gateway to the digital world. It communicates with your hardware, programs it, and controls lab equipment seamlessly.

Extension 01

SensorHub

Allows precise monitoring of analog and digital signals from external sensors, bringing real-world data into your CI/CD.

Extension 02

SensorSim

Generates signals to simulate sensors perfectly. Inject faults, simulate edge cases, and test without physical dependencies.

See how we can improve your workflows.

Our platform is designed for the complex realities of embedded engineering. Explore these real-world scenarios based on actual hardware challenges we solve every day.

Scale Efficiency as You Grow

As your team grows, hardware availability becomes a bottleneck. WisentWire allows you to scale the number of devices and users seamlessly.

Implement synchronized access protocols that ensure every developer can perform their duties without equipment conflicts, whether you have 10 or 100 hardware units.

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IN USE: Sarah R.

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TESTING: CI/CD

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AVAILABLE

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IN USE: Mike T.

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AVAILABLE

SAT_MOD_01

IN USE: Sarah R.

SAT_MOD_02

TESTING: CI/CD

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AVAILABLE

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IN USE: Mike T.

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AVAILABLE

Tap Into a Global Talent Pool

Don't let your office address limit your expertise. Hiring top-tier embedded engineers is hard enough—broaden your search globally.

WisentWire enables Distributed R&D, allowing remote specialists to interact with physical prototypes as if they were sitting in your local lab.

🇺🇸

Alex M.Remote

🇵🇱

Piotr S.Remote

🇯🇵

Kenji T.Remote

Physical HQ

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👩‍💻

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On-site Team

The Smart Way to Test Hardware

Why start a "tools-project" before starting your real project? Skip the overhead of traditional testing setups.

Legacy Enterprise: Prohibitive costs and months of complex integration.

Open Source DIY: Unstable quality and high maintenance burden.

The WisentWire Advantage: Professional support and affordable scaling from day one.

Time to first test: Minutes, not months

Break the Firmware Bottleneck

Why should hardware engineers wait for firmware updates just to test a circuit?

With our No-Code test creation, electronics teams become independent. Validate sensors and interfaces using intuitive visual tools, without writing a single line of firmware.

Visual Scenario Editor

Action: Power On Rail A (3.3V)

Scan: I2C Address 0x24

+ Add Action: Simulate Noise

+ Add New Block