Fenris builds fully autonomous, rugged robotic platforms that transport payloads and perform heavy‑labor tasks in remote, hostile environments such as battlefields, deep mines, and off‑world surfaces.
Funding
Funding not disclosed
Founders
Product
Problem
Operating in remote, hostile, or inaccessible environments—such as contested battlefields, deep underground mines, or extraterrestrial surfaces—requires transporting payloads and performing labor-intensive tasks where human presence is unsafe, costly, or impossible. Traditional manual or semi‑automated equipment cannot reliably navigate extreme terrain, leading to reduced productivity, higher safety risks, and limited operational reach.
Solution
Fenris provides fully autonomous robotic platforms that transport payloads and execute heavy‑labor tasks in austere settings without direct human intervention. The robots combine rugged locomotion, advanced perception, and AI‑driven navigation to traverse uneven, obstacle‑filled terrain and operate under extreme temperature, radiation, or dust conditions. Fleet management is handled through a unified digital interface that allows operators to monitor, command, and coordinate multiple units in real time, optimizing task allocation and resource utilization. By automating material handling and labor, Fenris improves operational efficiency, enhances safety, and enables sustained activity in environments that are otherwise unreachable.
Target Audience
Primary customers are defense organizations requiring autonomous logistics on battlefields, mining companies operating deep or remote sites, and space agencies or commercial partners planning lunar, Martian, or other off‑world infrastructure projects.
Features
- Rugged, all‑terrain chassis with adaptive suspension for navigation on uneven ground, underground tunnels, and planetary regolith
- Integrated sensor suite (LiDAR, stereo vision, inertial measurement) for autonomous obstacle detection and path planning
- AI‑based workload management that dynamically assigns tasks across a fleet to maximize throughput and minimize idle time
- Secure cloud‑connected control dashboard for real‑time monitoring, remote command, and data analytics
- Modular payload interface supporting interchangeable tools for excavation, material transport, and infrastructure assembly
- Built‑in redundancy and fault‑tolerant systems to maintain operation in contested or harsh conditions