All AI infrastructure is deployed on national soil, under national law — ensuring complete sovereignty and zero external control.
Supercomputing capacity built for real-time intelligence, delivering unmatched processing power at national scale.
Energy-optimized, zero-trust architecture with audit-ready intelligence — designed to withstand tomorrow’s challenges.
AramVolt delivers sovereign AI supercomputing hubs — designed to secure, protect, and empower national infrastructures with real-time intelligence and exascale performance.
To build and operate Closed-AI supercomputing hubs that guarantee sovereignty, resilience, and trust for governments and critical industries.
To become the trusted backbone of sovereign nations — delivering intelligence that is cheaper, faster, greener, and safer.
AramVolt delivers real-time, sovereign intelligence across national infrastructures — combining Closed-AI supercomputing, the Bohm Protocol, and Agentico Infrastructure for unmatched security and resilience.
Continuous monitoring and classification of national-level threats with sovereign custody of all intelligence data.
AI operations run only on national soil, under national law — no dependency on foreign clouds or providers.
National-level Security Operations Centers providing continuous monitoring, response, and audit-ready reporting.
The Agentico Infrastructure integrates sensors, AI models, and data streams into one unified, sovereign grid.
AramVolt delivers Closed-AI supercomputing for border control, airspace monitoring, and real-time command & control — all on national soil and under national law.
Bohm Protocol + Agentico Infrastructure provide holistic situational awareness and zero-trust security across defence networks.
Power smart hospitals and emergency response with exascale AI — securely handling sensitive medical data and enabling rapid, coordinated action.
Closed-AI operations keep healthcare data in-country and under sovereign control, with continuous uptime.
Orchestrate airports, ports, railways, and national supply chains with sovereign, real-time intelligence for safe and efficient movement.
Agentico integrates sensors and systems into a unified, auditable grid for national mobility.
Safeguard oil & gas, power grids, and utilities with AI monitoring, anomaly detection, and sovereign control of operational data.
Closed-AI operations reduce risk and ensure continuity across national energy infrastructure.
Integrate CCTV, drones, and IoT systems with sovereign AI to detect risks in real time and protect citizens with auditable actions.
Agentico orchestrates urban data flows for safer, greener, and more resilient cities.
AramVolt powers national command centers with real-time intelligence, exascale AI performance, and sovereign custody of all critical data — ensuring uninterrupted security and resilience for governments and industries.
Trusted by governments and critical industries, AramVolt delivers sovereign AI supercomputing solutions that ensure resilience, sovereignty, and real-time intelligence at scale.
AramVolt enables nations and enterprises to protect their most critical assets with AI-driven monitoring, secure infrastructure control, and real-time decision intelligence.
AI-powered command centers that oversee defense, space, energy, and healthcare networks with real-time analytics and automated threat mitigation.
Secure management of national energy, finance, and telecom grids with predictive AI models that prevent failures and detect intrusions instantly.
Ensuring all data remains within national borders under sovereign law. AI training and operations are hosted in secure domestic supercomputing facilities.
Advanced encryption and trust layers ensure that sensitive defense and citizen data remain secure against cyber espionage and AI misuse.
AramVolt’s mission is to empower nations with sovereign AI supercomputing that strengthens autonomy, resilience, and strategic independence.
Explore thought leadership and updates on sovereign AI, Closed-AI Supercomputing, and the future of national intelligence infrastructure.