Project Verdo-6G
Video-Enabled Real-Time Drone Operations in 6G under the EU’s Eureka Celtic-Next Cluster
The First Collaborative HMT/C4 Solution for Deployed Squads
A next-generation collaborative command-and-control (C4) portable platform enabling human operators, autonomous systems, and AI-driven assistants to work together seamlessly in the field. The goal: unbeatable situational awareness, decision superiority, and squad resilience under contested, bandwidth-limited conditions.
INTEGRATED CAPABILITIES
The Deployable Solution Integrates Critical Capabilities
One rugged case, easily transportable and autonomous.
Based in Slovenia, with over two decades of experience in mission-critical solutions, MIL Sistemika is a trusted partner to large defense organizations. From battlefield command platforms to sophisticated robotics and UAV operations, MIL Sistemika provides the backbone that makes high-stakes operations both smarter and safer.
MIL Sistemika’s Thunder Battle Management System is a next-generation, GIS-based command and control and fire-control solution engineered to deliver a real-time digital common operational picture (COP) to frontline forces. Developed in close partnership with field soldiers and systems engineers, Thunder combines a high-performance GIS engine with a modular, scalable architecture to ensure that all critical tactical information is instantly available. It includes Multi-Domain Support: Controls UAVs, UGVs, and AUVs from a single console.
MIL Sistemika & Eyeson enable drone operations with pervasive HMT. Eyeson's technology enables real-time fusion, sharing multiple visual sources into a single, low-bandwidth, resilient, AI-managed, and interactive stream. MIL Sistemika integrates Eyeson with redundant communications, UAVs, the MIL Sistemika's Thunder BMS and a powerful edge computing platform into a deployable case. Every squad can establish fast dominance – anywhere.
What is HMT about?
Human Machine Teaming is a very dynamic interplay that is often captured through the three-tier model of HMT: Human-in-the-Loop (HITL), Human-on-the-Loop (HOnTL), and Human-off-the-Loop (HOffTL). To truly implement efficient HMT, its deployment must be pervasive, using deployable platforms that enable the support of a great variety of scenarios.