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OptiValueTek outlines responsible AI framework for defence and critical infrastructure

OptiValueTek has introduced a responsible artificial intelligence framework for defence technology and critical infrastructure protection, focusing on the safe, transparent and accountable deployment of AI in environments where errors could have serious consequences.

The framework is detailed in the company’s strategic whitepaper, Responsible AI at the Edge of Consequence. It sets out safeguards intended to ensure AI-enabled systems function within defined operational boundaries, with human oversight and independent safety mechanisms remaining central to critical decisions.

The initiative builds on OptiValueTek’s expansion into AI, digital twins and defence technology, including its previously announced Integrated Counter-UAV Defence System (ICUDS) initiative and SENTINEL-DOME platform for critical infrastructure protection.

The proposed framework follows a six-layer architecture covering mission requirements, data integrity, AI inference, decision authority, controlled execution and continuous assurance. It also recommends rigorous testing before deployment to assess how systems respond to unreliable sensor inputs, cyber threats, false alarms and connectivity failures.

In defence, the framework identifies equipment readiness, logistics management and security-event analysis as potential applications for AI. For critical infrastructure, it highlights possible uses across energy facilities, industrial sites, ports, airports and essential utilities. The company emphasises that AI systems must operate alongside established safety mechanisms rather than override them.

Ashish Kumar, Managing Director, OptiValue Tek Consulting, said responsible AI adoption must focus not only on technological capabilities but also on reliability and accountability. He stressed that high-consequence systems require verifiable decisions, clearly defined operating limits and human oversight to ensure innovation does not undermine safety or operational resilience.

The whitepaper also outlines a phased implementation process, beginning with risk assessments and offline testing before progressing to independent technical reviews and controlled pilot deployments. It draws on established guidance, including the National Institute of Standards and Technology’s AI Risk Management Framework, to support the development and assessment of responsible AI practices.

Through the framework, OptiValueTek is positioning transparency, assurance and human accountability as essential requirements for integrating AI into defence and critical infrastructure systems, where failures can affect public safety and the continuity of essential services.

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