Emmel Sweden AB
Emmel provides a vehicle-agnostic autonomy stack that converts proven ground vehicle platforms into supervised autonomous systems for security, defense, and critical infrastructure. The platform performs detection, decision-making, and control onboard at the edge, ensuring continuous operation even when connectivity is lost. It is designed for European sovereignty, with modular deployment across compact UGVs, six-wheel platforms, and UTV-class carriers.
- Artificial Intelligence
- Autonomous Vehicles
- Defense Tech
- Hardware
- Robotics
- Software Only
Funding
Funding not disclosed
across 1 round
Founders
Product
Problem
Security, defense, and critical infrastructure operators rely on manned patrols and static surveillance, which are resource-intensive, limited in coverage, and expose personnel to risk. Existing autonomous systems are often platform-specific, dependent on cloud connectivity, and lack the modularity needed for rapid deployment across diverse operational environments.
Solution
Emmel provides a vehicle-agnostic autonomy architecture that turns proven ground vehicle platforms into supervised autonomous systems. The stack supports a consistent patrol-detect-alert-verify-resume workflow across compact UGVs, six-wheel ground platforms, and UTV-class carriers. All sensing, classification, and actuation run onboard at the edge, enabling real-time decision-making without cloud or operator dependence. If connectivity drops, the platform remains operational, preserves data, and resumes command once restored. The system is software-defined and modular, allowing deployment across industrial sites and defense perimeters with the same core stack. Built with European sovereignty as a foundational design principle, it is ready for immediate fielding in defense and security applications.
Target Audience
Primary customers are defense organizations, security agencies, and critical infrastructure operators seeking deployable autonomous ground capabilities for persistent surveillance and perimeter protection.
Features
- Vehicle-agnostic autonomy stack compatible with compact UGVs, six-wheel platforms, and UTV-class carriers
- Onboard edge AI for real-time detection, classification, decision-making, and actuation without cloud dependency
- Event-driven operator engagement model supporting patrol, detect, alert, verify, and resume workflows
- Mission continuity with data preservation during connectivity loss and automatic command resumption
- Modular, software-defined architecture enabling dual-use deployment across industrial and defense environments
- European sovereignty by design, ensuring architectural control and compliance with regional requirements