Modern processors face significant cybersecurity challenges, including Transient Execution Attacks (such as Spectre and Meltdown), Silicon Tampering and Hardware Trojan Horses. Transient Execution Attacks exploit speculative execution vulnerabilities to leak sensitive data, while silicon tampering and Hardware Trojan Horses involves the insertion of hardware trojans during the distributed design flow or integration of third-party IPs. These trojans can compromise system integrity and critical tasks, posing severe risks to secure operations. All IONION processors are equipped with the following advanced cybersecurity features to mitigate these threats effectively:
Thanks to our verified proprietary technology, our processors are fully immune against Transient Execution Attacks such as Spectre and Meltdown
Built-in mechanisms detect and respond to Silicon Tampering and Hardware Trojans Horses, ensuring system integrity and preventing breaches of critical tasks.
Ensures that only trusted software is executed during the boot process, preventing malicious code from running.
Our processors use state-of-the-art encryption algorithms to protect sensitive data from unauthorized access.
Our processors deliver exceptional performance, enabling high-speed data processing and efficient multitasking. Leveraging cutting-edge architecture and proprietary technologies, IONION processors are designed to handle the most demanding applications with ease. IONION Processors are equipped with the following features to ensure high performance:
Our unique proprietary technology accelerates the execution of concurrent tasks, providing unmached performance for multitasking environments.
Designed to maximize processing speed and efficiency for demanding applications.
Supports simultaneous execution of multiple tasks without compromising performance.
Capable of handling large volumes of data quickly and reliably.
IONION processors feature unique network-on-chip communication infrastructures
Our memory model is specifically designed to reduce latency and improve data access speeds, ensuring seamless performance.
All IONION processors are engineered to address the reliability challenges of safety-critical embedded systems, particularly in space. Our reliability features include:
This ensures that data remains uncorrupted throughout its journey within the processor, from input to output.
Error-correction code and error detection and correction mechanisms are crucial for identifying and fixing single and multi-bit errors that can occur due to various factors, including radiation in space.
This proactive technique involves periodically reading, checking with ECC/EDAC, and correcting errors in memories to prevent the accumulation of faults. The ability to configure scrubbing allows for optimization based on mission requirements and environmental conditions.
The ability to enable, disable, or adjust the parameters of fault tolerance features through software allows for flexibility and optimization during different mission phases or in response to changing environmental conditions.