Scaling KrattWorks via autonomy modules
KrattWorks
The real leverage sits in the autonomy module, not the drone shell. If KrattWorks can turn GNSS-free navigation into a part that other manufacturers plug into their own aircraft, it stops growing one airframe at a time and starts growing through every partner platform that needs to fly through jamming. That shifts the business from project based hardware sales toward repeatable software and electronics revenue with much wider market reach.
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Building whole drones is slow to scale because each new contract pulls manufacturing, batteries, sensors, assembly, field support, and certification into the sale. A navigation module is lighter. It can be sold into many airframes, from small ISR quadcopters to target drones, while customers keep their own cameras, motors, and flight geometry.
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KrattWorks already centers its product on surviving GPS and radio loss, using onboard machine vision and backup communications rather than competing mainly on endurance or camera specs. That makes the navigation stack the most transferable part of the product, because electronic warfare is a shared problem across NATO drone fleets, not just for one KrattWorks model.
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The closest large scale analogue is Shield AI, which is pushing Hivemind as an autonomy layer for OEMs, governments, and multiple vehicle types. That model shows why componentized autonomy can outrun pure platform manufacturing. Once the software works across outside platforms, each additional deployment adds less hardware burden and more licensing upside.
The next step is a split business model, with KrattWorks continuing to sell complete systems where it needs to prove performance in the field, while using BadB and related R&D to seed a broader autonomy supplier role across Europe’s unmanned systems base. If that works, the company becomes more like mission software with hardware attached, which is usually the more scalable position.