C4i Systems designs, engineers, and manufactures disruptive edge compute systems for clients that need connectivity and data processing in challenging environments across diverse sectors.
Military-grade durability combined with high-end data processing.
Uses a small fraction of the energy vs. peers and does not require traditional cooling.
High-density and lightweight processing power, maximising performance in constrained environments.
Modular design, which allows for quick and easy maintenance, reducing downtime and ensuring seamless operations in mission-critical use cases.
Unmatched flexibility, providing the possibility for multiple configurations alongside the ability to scale processing capacity.
C4i expands what’s possible for data processing at the edge.
Built to military-grade specifications, our technology delivers secure command and control capabilities, reliable data processing, and resilient communication systems adaptable for diverse defense and security use cases.
Engineered for durability and reliability, our systems provide real-time data processing and monitoring for remote exploration and extraction sites, ensuring continuous operation in extreme environments.
Our ruggedized computing platforms are ideal for mining operations, supporting automated workflows, safety monitoring, and asset tracking in challenging, high-demand locations.
C4i’s scalable solutions enhance telecom infrastructure, strengthening data processing capabilities and expanding connectivity, supporting 4G/5G networks, providing secure and energy efficient data center services, and delivering data management for IoT applications.
Optimized for distribution centers and transport networks, our systems enable real-time tracking, automated sorting, and inventory management, enhancing operational efficiency across the logistics chain.
Our platforms provide the resilience and flexibility needed for industrial IoT, enabling automation, predictive maintenance, and real-time analytics on the factory floor for enhanced production efficiency.