Kraken Robotics Signs MOU with Turkish Drone Firm

Key Takeaways

• Kraken partners with Turkey's SEFINE SISAM to integrate KATFISH sonar
• Automatic target recognition will speed mine detection and reduce operator workload
• Prior sea trial proved KATFISH can detect mines from a USV
• Collaboration taps Turkey’s growing unmanned maritime industry
• Deal follows Kraken’s pending acquisition of UK’s Covelya Group

Pulse Analysis

Synthetic‑aperture sonar (SAS) has become a cornerstone of modern mine‑countermeasure suites because it can generate centimetre‑scale images of the seafloor at operational speeds. Kraken’s KATFISH towed system leverages this capability, delivering high‑resolution acoustic mosaics that reveal buried objects and critical infrastructure. The upcoming automatic target‑recognition (ATR) module, slated for integration with SEFINE SISAM’s mission‑planning software, will automate the classification step that traditionally burdens sonar operators, reducing analysis time and accelerating decision cycles in contested littoral zones.

Turkey has poured significant public and private capital into its domestic unmanned‑systems sector, positioning firms like SEFINE and its research arm SISAM as key exporters of autonomous maritime platforms. By teaming with a Turkish partner, Kraken not only gains direct access to a market eager for advanced MCM solutions but also aligns with a national strategy that prioritises indigenous technology. The partnership complements Kraken’s broader growth agenda, which includes the pending acquisition of the UK‑based Covelya Group—a portfolio that adds sonar, survey and autonomous vehicle expertise across Europe and North America.

The collaboration reflects a wider industry shift toward fully integrated, AI‑enhanced underwater sensing. As navies confront increasingly sophisticated mine threats in congested waterways, the ability to fuse high‑resolution SAS data with real‑time ATR analytics becomes a decisive advantage. Vendors that can deliver end‑to‑end autonomous solutions—combining hardware, software and data‑processing—are likely to capture the next wave of defense contracts, while operators benefit from faster, more accurate seabed warfare capabilities.