Axiado’s hardware-anchored, AI-driven trusted control/compute unit (TCU)is a revolutionary solution designed to provide comprehensive platform security for data centers, 5G basestations, and networking switches. These single-chip “smart control and management” units integrate various essential functions into a unified System-on-Chip (SoC), including the baseboard management controller (BMC), Root of Trust (RoT), trusted platform module (TPM), and LAN on motherboard (LOM).

The Axiado TCUs are a “last line of defense” within the compute platform, leveraging AI-driven hardware security processors. Their compact and power-efficient design combines silicon, AI, data collection, and software, offering a unique SoC solution explicitly focused on security.

AI-Based Threat Protection

The Axiado TCUs introduce a new category of forensic-enabled cybersecurity processors, providing real-time and proactive AI-based threat detection. Multiple cores of AI engines inside the TCUs are specifically trained for each functional model, including sensor/telematics data analysis and reported ransomware attacks. This enables continuous monitoring, detection, prediction, and interception of attacks in real-time. The TCUs offer runtime protection, automation, and advanced mitigation capabilities using AI algorithms. Additionally, the TCUs feature distributed hardware security managers with anti-tamper and anti-counterfeit measures, control/management plane SmartNIC network interfaces, and safeguards against side-channel attacks.

By integrating AI-driven real-time threat mitigation, hardware fingerprints, platform monitoring, and optimization through AI and machine learning, Axiado’s TCUs contribute to creating a safer and more secure digital infrastructure.

Furthermore, Axiado offers TCUs in a Smart-SCM security module that adheres to the Open Compute Project (OCP) datacenter-ready secure control module (DC-SCM) standard. This ensures compatibility and seamless integration within OCP-compliant environments, providing an additional layer of trust and security for critical systems.

Overall, Axiado’s TCUs represent a significant advancement in hardware-based platform security, leveraging AI-driven technologies to protect against evolving cyber threats and fortify the resilience of data centers, 5G networks, and networking switches.

How it Works

Utilizing its advanced security features and AI-driven algorithms, the TCU performs precise attack detection, swiftly identifying ongoing cyber threats and ransomware activities. Upon detection, immediate action is taken by the TCU to counteract the attack, effectively halting its progress and preventing further spread within the system.

Furthermore, the TCU plays a critical role in system isolation when attacks successfully breach the system’s defenses. By isolating the affected components from the network, the TCU effectively contains the attack, preventing it from propagating to other connected devices or systems.

In the event of an attack, the TCU initiates the recovery process. Leveraging its administrative access, the TCU removes the malicious actor and restores the system to its last known secure state. This capability ensures that the system can swiftly recover from attacks, minimizing downtime and mitigating potential damage.

Operating as the ultimate safeguard, the TCU remains resilient even if other network functions have been compromised. It resides in the lowest layer of the hardware stack, serving as the “last line of defense” to protect the system from cyber threats.

By combining its hardware-based security functionalities, advanced threat detection, attack mitigation, system isolation, and recovery capabilities, the Axiado TCU offers a comprehensive solution to protect systems from cyberattacks. Its presence enhances the overall resilience and security of the system, safeguarding it against even the most sophisticated and persistent threats.

A Forensic Approach to Cybersecurity

Axiado’s TCUs, are designed to go beyond traditional security functions by incorporating forensic capabilities into their architecture. These processors integrate advanced AI engines internally, enabling them to detect ransomware attacks’ unique fingerprints and monitor user behavior and session activities. By closely analyzing the behavior of users and sessions, the TCUs can identify potential anomalies or suspicious activities.

In the event of detecting a close forensic match with known attacks, the TCU immediately takes preventive actions to mitigate the threat. This proactive approach helps prevent the attack from causing further damage or spreading within the system. Additionally, if the TCU detects an anomaly based on the learned user profile, it initiates multi-factor authentication (MFA) as an extra layer of security.

Furthermore, the TCU leverages its AI engines to collect forensic data during an attack. This collected data, along with any other relevant information, is securely pushed to the cloud, where Axiado’s data lake comes into play. By utilizing the power of the data lake, the forensic data can be further analyzed and correlated to trace back the activities of the bad actors behind the attack. This enables organizations to identify the source of the attack, gather evidence, and take appropriate legal or defensive actions.

The combination of forensic-enabled capabilities and AI-driven technologies within Axiado’s TCUs ensures a comprehensive approach to cybersecurity. These processors not only provide real-time threat detection and preventive actions but also facilitate post-attack analysis and evidence collection. By continuously learning from the collected data and leveraging AI algorithms, the TCUs improve their ability to identify and respond to emerging threats, enhancing the overall security posture of the system.

A Forward-Thinking Approach to Cybersecurity

Axiado’s TCUs and AI-driven hardware security processors represent a groundbreaking approach to cybersecurity. As the first of their kind, these solutions have been developed from the ground up, offering a unique “smart control and management” architecture with hardware-anchored security features.

It’s important to note that Axiado’s TCUs and AI-driven processors are not intended to replace existing Zero-Trust models but rather to augment them. They provide an additional layer of protection and enhance the overall security posture of organizations by leveraging AI capabilities and hardware-based security functionalities.

By integrating real-time threat detection, proactive mitigation, and forensic-enabled capabilities, Axiado’s TCUs offer a comprehensive security solution that complements existing security frameworks. These processors act as a powerful defense mechanism, ensuring the integrity and resilience of critical infrastructure, data centers, and networks.