Autonomous Overmatch
Through Superior Firepower
Introducing SLAYER: The STANAG-Compatible, AI-Assisted Firearm System for Seamless UAV and Naval Platform Integration.
Closing the Lethality Gap in Unmanned Systems
Current autonomous platforms are critical for ISR, but lack standardized, cost-effective precision strike capabilities, creating operational risks and integration challenges.
Lack of Interoperability
Proprietary, non-standard systems lead to high integration costs and slow deployment on existing NATO assets.
High Acquisition Costs
Custom, one-off solutions are expensive to procure and maintain, straining budgets and limiting scalability.
Operator & Mission Risk
Current systems often require manual intervention, exposing operators to danger and increasing mission failure probability.
A Force Multiplier: Interoperable, Cost-Effective, Combat-Proven
The SLAYER system is engineered from the ground up to solve the core challenges of autonomous warfare, providing a decisive, budget-conscious advantage.
Seamless Integration
Modular, STANAG-compatible design ensures rapid deployment on existing NATO assets, minimizing integration costs and timelines. SLAYER is built for interoperability.
AI-Driven Precision
Onboard AI-assisted fire control delivers unparalleled accuracy, increasing mission effectiveness and reducing collateral damage while keeping the human operator in control.
Capital-Efficient Production
Designed for scalable manufacturing, SLAYER provides a clear and cost-effective pathway from prototype to mass production, ensuring value and availability.
Operational Scenario: Counter-Drone Superiority
The XM6A1 system is engineered for complex, high-stakes environments. This combat scenario demonstrates its tactical application on the modern battlefield.
Threat Environment
Enemy reconnaissance and loitering drones threaten contested airspace over friendly supply routes, requiring a rapid, precise response.
Engagement & Neutralization
A Delta-class UAV with the XM6A1 is deployed pre-dawn. Using AI-tracking and multi-sensor data, it successfully neutralizes multiple hostile drone threats.
Tactical Outcome
The supply route is secured with minimal risk. The UAV remains on station to confirm the absence of further threats before a safe tactical exit, demonstrating mission effectiveness.
Validated by Frontline Operators and NATO Partners
Our technology isn't theoretical. It's combat-proven and aligned with key NATO procurement pathways.
Ukrainian Defence Forces
Co-Developed
Finnish MoD
Evaluation Interest
Nordic OEMs
Joint Drone Testing Planned
NATO Registered
NCAGE: A0A3G
A De-Risked Path from Pilot to Procurement
Our strategic roadmap is designed for transparency and predictability, aligning R&D milestones with clear procurement entry points.
2026
TRL 7 Pilots & Manufacturing License
Achieve TRL 7 validation through co-funded pilots with UAV/naval partners and secure manufacturing license.
2027
Procurement Entry & Tenders
Enter official procurement channels via MoD demonstrations and respond to initial tenders based on successful pilot evaluations.
2028-2029
Integration, Licensing & Multi-Year Contracts
Secure multi-year procurement contracts and explore licensing opportunities for full platform integration.
Unmatched Expertise in Technology, Tactics, and Regulation
Our leadership team combines frontline combat experience with deeptech commercialization and regulatory mastery.
Yevgen Scherbakov
CTO/Co-Founder
SOF sniper, European Shooting Champion, and robotic systems inventor with 15+ years in the defense industry.
Dmytro Tomchuk
CFO/Co-Founder
Entrepreneur and defense operations leader with deep tactical knowledge and multi-domain expertise.
Anna Starynska
CEO
Deeptech entrepreneur with expertise in cross-border fundraising and dual-use commercialization in NATO-aligned markets.