SIGCORE
SIGCORE
Portable Power Ecosystems
Robotics & Autonomy
Connectivity & Coordination
Remote Awareness & Intelligence
Deploy Anywhere. Operate Everywhere.
SIGCORE is designed as a deployable infrastructure layer connecting modular energy, communications, autonomous systems, observation technologies and artificial intelligence.
Modular power systems for resilient field operations.
Support for remote connectivity and operational coordination.
Integration-ready architecture for robotic mobility and remote deployment.
Decision support and intelligent operations across the platform.
Compatible with sensing, thermal imaging and remote awareness technologies.
Emergency and tactical deployment when conventional infrastructure fails.
Portable LiFePO₄ energy systems for field use, with separable pure sine wave inverters. Prototypes in development and testing.
25.6 V LiFePO₄ battery module with a separable external 1,500 W pure sine wave inverter/charger, housed in a high-strength portable plastic case. Designed and assembled in Ukraine.
Compact 640 Wh LiFePO₄ power station with a 500 W pure sine wave inverter and 10 A charger, in a rugged tactical case.
Compact 24 V version targeting 1,024 Wh and up to 1,500 W. Engineering targets, not validated product data.
Removable battery cassette architecture (8S1P) built for uninterrupted energy supply across SIGCORE field units.
Compact power node for communication relays, sensors and electronic systems operating away from the grid.
One platform designed to support multiple critical scenarios where energy, mobility, communications and awareness are essential.
Emergency deployment after earthquakes, floods, hurricanes and infrastructure collapse.
Support for rescue teams operating in mountains, forests, remote areas and difficult terrain.
Operational continuity in isolated locations, maritime environments and expedition scenarios.
Energy architecture for robots, mobile platforms, drones and autonomous support systems.
Hydrogen Technologies. Status: Research & Development.
Compact PEM electrolyzer powered by battery or solar energy.
Portable interchangeable hydrogen cylinders. One storage standard compatible with all SIGCORE hydrogen products.
Portable electricity generation from hydrogen.
Future product.
Future portable cooking solution.
Future OEM module designed for long-endurance unmanned aerial vehicles.
Future compact station designed for:
The engineering disciplines behind every SIGCORE system.
Modular power architectures for continuous field operation.
Electrolysis, storage and fuel cell systems for portable hydrogen power.
LiFePO4 architectures with active BMS and hot-swap capability.
PEM fuel cell integration for silent, continuous electricity generation.
Solar charging built into portable and stationary power platforms.
Field-serviceable, industrial-grade equipment built for tactical deployment.
Control systems, inverters and power electronics engineered for harsh environments.
AI-driven load balancing and predictive energy management, in development.
SIGCORE systems are built for sectors where energy reliability is mission-critical.
SIGCORE develops deployable infrastructure platforms integrating energy, communications, autonomous systems, observation technologies and AI. A KARGOAGIL Technology Division, based in Kyiv, Ukraine.
Cooperation, development, integration and supply inquiries.