SYSGO to showcase next-gen automotive embedded solutions at CES 2026
SYSGO has announced its participation at CES 2026 in Las Vegas (LVCC West Hall, French Pavillion, Booth 4131). At the show, SYSGO will highlight its automotive-grade solutions, bring its deep expertise in real-time systems and virtualisation, and present a live demonstrator that underlines the company’s commitment to innovation in the software-defined vehicle.
“Modern vehicles are no longer just mechanical systems — they are complex distributed computers on wheels,” said Jose Almeida, Automotive Business Line Director at SYSGO. “At CES 2026, we are excited to demonstrate how SYSGO’s proven, certifiable platforms help developers deliver innovations faster, more safely, and more securely — whether for advanced driver assistance systems, domain controllers, or future software-defined vehicles.”
At CES 2026, SYSGO welcomes developers, OEMs, Tier-1 suppliers, and software architects to visit our booth in Business France’s CES Automotive Pavilion (LVCC West Hall) for a first-hand look at how we are shaping the future of safe and secure automotive software platforms.
Discover a fully operational Host-based Intrusion Detection Security System (H-IDS) that highlights how SYSGO’s expertise and knowledge help secure modern, connected vehicles.
The demonstrator is:
● Fully compliant with the AUTOSAR IDS specification, enabling seamless integration into contemporary automotive E/E architectures
● Qualified to QM, supporting robust development processes and high-quality production deployment
● Built on an extensive analysis of AUTO-ISAC threat intelligence and the MITRE ATT&CK framework, ensuring comprehensive coverage of real-world attack vectors
● Compatible with a wide range of HLOS run-time environments, including Linux and Android Automotive, enabling flexible consolidation of mixed-criticality workloads
● Based on a high-level scenario inspired by real-world automotive cyberattacks, illustrating how modern ECUs can be targeted by intrusion attempts
● Running on a simplified but realistic in-vehicle architecture model, allowing visitors to clearly understand how the IDS monitors system behavior, detects anomalies, and protects critical domains
● Integrated with a well-known SIEM tool (Graylog) for real-time visualisation of alerts and security events, demonstrating how incident data can be aggregated and analysed for rapid response
