Axiado provides AI-driven hardware security solutions that protect digital infrastructure by embedding security into servers, 5G networks, and data centers. Its core offerings—the Secure Vault core and Secure AI preemptive threat detection engine—are built into Trusted Control Units (TCUs) and deliver real-time, proactive AI-based threat detection. The TCUs are Open Compute Project (OCP) compliant, enabling faster adoption across cloud datacenters, 5G base stations, switches, and power controllers. Unlike software-only defenses, Axiado combines hardware security modules with software to meet the needs of enterprises requiring high assurance. The goal is to make data security the default across the infrastructure chain and reduce the global economic impact of cybercrime.
Company Size
51-200
Company Stage
Series C
Total Funding
$205M
Headquarters
San Jose, California
Founded
2017
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Axiado, a San Jose semiconductor company, is working with Arm to bring its security and management chips to Arm's new AGI CPU server platform. The companies announced the collaboration on October 12, 2026. Axiado's Data Center Secure Control Module (DC-SCM) cards combine a baseboard management controller, hardware root of trust, and on-chip AI in a single chip. The integration uses standards such as OpenBMC and Redfish, which Axiado says will speed deployment. The Arm AGI CPU is Arm's first data center processor and the first production silicon in its 35-year history. It is built on Neoverse cores for agentic AI. Axiado will show a video demonstration at booth #A1 at the OCP Global Summit, held October 12-15, 2026, in San Jose.
Axiado, a San Jose semiconductor company, will demonstrate its Platform Intelligence Controller (PIC) at the Open Compute Project (OCP) Global Summit, held October 12-15 at the San Jose Convention Center, booth A1. The chip runs AI-driven management directly in silicon. Built on Axiado's Trusted Control/Compute Unit (TCU), the PIC manages power, cooling, and security in real time. Autonomous agents on production-class AI systems cut CPU power by 40%, GPU power by 20%, and air cooling power by 50%, with no performance impact. Based on these results, Axiado says the PIC can enable up to 30% more tokens per watt. Demonstrations cover detection of AI-driven attacks, power and cooling tuning across Arm and x86 platforms, and prediction of storage failures weeks ahead of downtime.
Axiado Corporation, an AI-driven hardware security company has announced an initial investment as a part of closing its $20 million Series B funding.
Axiado Corporation will demonstrate its autonomous AI infrastructure management system at AI Infra Summit 2026 in Santa Clara, California, from 15-17 September. The company's Platform Efficiency Controller uses AI agents embedded in silicon to optimise power and thermal management in real time. According to Axiado, the technology can reduce CPU power consumption by 40% and GPU power by 20%, whilst cutting air cooling power by 50%. This enables data centres to generate up to 30% more tokens per dollar. The system operates autonomously at hardware level, making decisions in milliseconds without requiring human intervention or centralised management software. Axiado founder and CEO Gopi Sirineni said the technology addresses power constraints by reclaiming wasted energy rather than requiring additional capacity.
Axiado wins Gold at 2026 Cybersecurity Excellence Awards for ai-driven infrastructure security. Axiado Corporation has been awarded the Gold honour in the AI Security Solution category at the 2026 Cybersecurity Excellence Awards, recognising its innovative silicon-based approach to securing modern data centre infrastructure. The award highlights Axiado's Trusted Control/Compute Unit (TCU), a system-on-chip designed to protect the infrastructure control plane of AI and cloud-based data centres. The recognition comes at a time when global investment in AI infrastructure is accelerating rapidly, increasing the need for more advanced and resilient security frameworks. As AI workloads continue to expand, data centres are becoming larger and more complex, with projections indicating significant growth in energy consumption and infrastructure scale over the coming years. In India, investments in hyperscale data centres are expected to exceed $10 billion by the end of the decade, driven by increasing adoption of artificial intelligence, cloud computing, and digital services. Axiado's solution addresses a critical gap in traditional security models, which often rely on legacy components not designed for modern AI environments. By embedding AI capabilities directly into silicon, the company enables security to operate at the hardware level, below the operating system and hypervisor layers. The Trusted Control/Compute Unit integrates multiple security and management functions into a single chip, including root-of-trust, platform attestation, system monitoring, and baseboard management capabilities. This architecture allows continuous analysis of system behaviour, including firmware integrity, user access patterns, workload activity, and hardware signals such as temperature and voltage. The platform is designed to detect anomalies early, including advanced threats such as side-channel attacks that attempt to compromise systems during boot processes or runtime operations. By operating at the hardware layer, it enhances visibility and control across the entire infrastructure stack. In addition to security, the system incorporates AI-driven efficiency features. These include dynamic thermal management and intelligent performance scaling, which optimise energy usage and cooling requirements based on workload conditions. Testing indicates that such capabilities can deliver substantial cost savings in large-scale deployments. The Cybersecurity Excellence Awards recognise organisations that demonstrate measurable innovation and leadership in cybersecurity. Axiado's recognition reflects a broader industry shift toward hardware-rooted security architectures as enterprises and cloud providers scale AI infrastructure globally. The company continues to work with leading technology partners to advance secure, efficient, and scalable solutions for next-generation data centres.