AegisLink™
Powered by Frugal Engineering & E.ON / Infosys / IITM
A snap-on, rapidly deployable hardware collar engineered in India using frugal innovation. AegisLink bridges damaged high-voltage grid corridors and establishes autonomous mesh communications during extreme crisis events across Europe.
A defining infrastructure crisis that paralyzed southwest Berlin when bundled high-voltage and medium-voltage cables on an openly accessible cable bridge were deliberately set on fire.
European grids feature redundant loops designed for technical component failure, not physical sabotage. When critical lines converged on a single unmonitored bridge, simultaneous destruction caused widespread blackouts, cutting off heat, communications, and emergency response.
Had AegisLink been deployed, field teams could snap the modular bypass units around damaged terminal segments within minutes. Even with traditional telecommunications destroyed, AegisLink’s independent solar-backed mesh nodes would have routed diagnostic telemetry around the blast zone, restoring local power routing and operator visibility instantly.
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Simulate operator triage during sabotage or extreme weather
Combining India's world-renowned frugal engineering capabilities with high-grade European cyber-compliance and rugged physical design.
High-impact sustainable polymer casing with quick-clamp mechanisms. Requires zero specialized tools or heavy machinery for field technicians to mount onto transformers or cables.
Equipped with battery-backed LoRaWAN and BLE mesh nodes. When core utility fiber or telecom is severed during an attack, units form an autonomous local network to relay telemetry.
Fully aligned with EU Cyber Resilience Act (CRA) and NIS2 directive requirements. Encrypted telemetry protocols ensure zero exposure to malicious spoofing or unauthorized entry points.
Strict adherence to E.ON, Infosys, and IIT Madras judging metrics for cross-border scalability and real-world impact.
Test how AegisLink behaves during a simulated physical sabotage or grid disruption event. Trigger a fault and watch the hardware collar isolate the issue and activate backup mesh routing.