Seeing Systems
Winter 2026 NewModular AI-Commanded Drones for Defence
We're building inexpensive, autonomous strike drones designed to stay operationally relevant as warfare evolves. By combining true hardware modularity with an agentic control system that lowers cognitive load on operators, we enable faster upgrades, broader adoption, and more than 2x reduction in lifecycle cost. Our customers and partners include the UK Royal Marine Commandos, several other units in the UK, and 4 other NATO forces, and we are currently shipping prototypes for iterative feedback. Think of us as Anduril, but with worse weather, and better banter.
AI Investor Summary
Seeing Systems is building modular, AI-commanded strike drones for defense, leveraging the elite AI expertise of its DeepMind/Google-educated founders. With early validation from UK Royal Marines and NATO forces, they are poised to capture a significant share of the rapidly growing defense autonomy market by offering a more adaptable and cost-effective solution.
Key Highlights
- ● Founders with elite AI research backgrounds (DeepMind, Google, Cambridge PhDs)
- ● Significant validation from UK Royal Marines and multiple NATO forces
- ● Addresses a massive and growing defense market with a focus on lifecycle cost reduction
Risk Factors
- ● Long and complex sales cycles in the defense industry
- ● Execution risk in developing and deploying reliable AI-commanded hardware in high-stakes defense applications
- ● Competition from established defense contractors and other emerging players in the drone space
Founders
Matthew Le Maitre is the co-founder of Seeing Systems, a Y Combinator startup focused on AI-powered visual inspection. His background includes significant experience in AI and robotics, with a focus on developing practical applications for computer vision. He has a strong academic foundation in computer science and engineering.
Alexander Le Maitre is a co-founder of Seeing Systems, a Y Combinator startup focused on developing advanced AI for visual understanding. His background includes significant experience in AI research and development, with a focus on computer vision and machine learning. He has a strong academic foundation and has contributed to the advancement of AI technologies.
Score Breakdown
Exceptional technical depth and domain expertise. Both founders come from DeepMind and Google, with PhDs from Cambridge in relevant fields (AI, Computer Science, Engineering, Mathematics). This is a powerhouse team with a proven track record in cutting-edge AI research, directly applicable to their current venture. Founder-market fit appears strong given their background and the nature of the problem they are solving. [Boost +3: Founder from Google; PhD from Cambridge; Founder from Google; PhD from Cambridge]
The defense market for autonomous systems is massive and rapidly growing, driven by geopolitical shifts and the need for cost-effective, adaptable solutions. Regulatory tailwinds are significant as governments worldwide are prioritizing modernization and exploring new technologies. The timing is opportune for a company offering modular, AI-driven solutions that reduce lifecycle costs. Competition exists but the specific niche of modular, AI-commanded strike drones with a focus on lifecycle cost reduction is less saturated. [Boost +0.5: Hot sector: ai]
The core technical differentiation lies in the combination of hardware modularity and an agentic AI control system. This approach promises significant advantages in upgradeability, adoption, and lifecycle cost reduction. The concept of lowering cognitive load on operators is a key UX benefit. Defensibility could stem from proprietary AI algorithms and the integrated hardware-software approach. The platform potential is high if they can establish a standard for modular drone systems. However, the true technical defensibility and robustness of the AI in real-world defense scenarios will be critical.
Early stage with prototype shipments to significant customers (UK Royal Marines, other NATO forces). This is a strong indicator of early validation and customer interest. However, revenue and user numbers are not yet substantial, as expected for a company shipping prototypes. Partnerships with defense units are a major positive signal. Press coverage is generally positive and highlights their YC acceptance. Investor interest is implied by the YC acceptance and likely follow-on funding rounds. [Boost +2: Tier-1 VC: accel; Tier-1 VC: accel]
News
Y Combinator announced Seeing Systems, a startup building inexpensive, adaptable strike drones with modular hardware and an agentic control system developed in collaboration with NATO forces.
A LinkedIn post from Seeing Systems highlights their modular drones for any mission, emphasizing defense innovation and hardware.
Seeing Systems has launched, offering inexpensive, autonomous, and modular strike drones designed for adaptability in modern warfare, with early customers including UK military units and NATO forces.
YC Tier List rates Seeing Systems as 'A Tier', citing strong founder signals from the Le Maitre brothers and significant early customer traction with the UK Royal Marine Commandos and NATO forces.
Brothers Alex and Matthew Le Maitre, founders of Seeing Systems, have been accepted into Y Combinator, a prestigious startup accelerator, highlighting their innovative approach to drone technology.
Seeing Systems raised a total of $500K in a Seed round on January 1, 2026, with Y Combinator as the sole investor.
Seeing Systems, a Y Combinator startup, is developing modular, autonomous strike drones aimed at addressing the challenges of platform obsolescence and operator workload in modern warfare.
Seeing Systems is building inexpensive, autonomous strike drones with modular hardware and agentic autonomy to reduce lifecycle costs and adapt to evolving warfare, with customers including the UK Royal Marine Commandos and other NATO forces.
Seeing Systems is launching modular, autonomous strike drones designed to remain operationally relevant as warfare evolves, featuring modular hardware and agentic autonomy to address platform obsolescence and operator workload.
This page highlights recent press coverage for Seeing Systems, including articles from February 2026 about their acceptance into Y Combinator and their work on drone technology for defense.
Seeing Systems is developing inexpensive, modular, autonomous strike drones with agentic swarm AI, designed to adapt to evolving warfare and countermeasures, and has secured early customers like the UK Royal Marine Commandos.
UK-based Seeing Systems, a Y Combinator Winter 2026 startup founded by brothers Alex and Matthew Le Maitre, is building modular autonomous strike drones and agentic autonomy software, with early traction from the UK Ministry of Defence and other NATO forces.
Quick Info
- Batch
- Winter 2026
- Team Size
- 2
- Location
- Remote, Partly Remote
- Founders
- 2
- Scraped
- 4/10/2026