Electra AI and Naoris Quantum Protocol have announced a strategic partnership to develop a post-quantum cybersecurity framework for AI-powered monitoring of local energy infrastructure. The project will combine Electra AI's AI Brain for Batteries platform with Naoris's decentralized trust layer to protect telemetry, firmware, and data that artificial intelligence relies on for critical decision-making.

A key focus is verifying data at the source – not just encrypting communication channels. In distributed infrastructure – energy storage systems, renewable energy sites, data centers, electric vehicles, and robotics – AI processes parameters like temperature, voltage, charge cycles, and battery degradation levels. If this data is compromised, algorithms may issue faulty commands, risking equipment failure or system outages.

Naoris will add post-quantum cryptography, a Decentralized Proof of Security mechanism, and decentralized device integrity verification. This enables energy systems to continuously confirm the reliability of connected devices and data provenance—especially critical for remote assets lacking physical oversight.

The companies note that battery systems often operate for 10–15 years or more. During that timeframe, current cryptographic algorithms could become vulnerable to sufficiently powerful quantum computers. A primary risk is the "harvest now, decrypt later" attack, where adversaries store encrypted data today for future decryption. This threatens not only data confidentiality but also operational integrity: firmware updates, control commands, event logs, and maintenance records.

At this stage, the initiative focuses on building shared infrastructure for secure AI monitoring rather than launching a finished product. Target applications include grid-scale energy storage, renewable energy, data centers, electric transport, robotics, and space systems. Earlier, Keeper Security CEO Darren Guccione also warned that the convergence of AI and quantum technologies could undermine existing security standards.