Security
The Foundation of Trusted Systems
Sophisticated attacks are discovered daily, targeting various systems from industrial to military, IoT, financial, and personal devices. Advancements in hardware and software drive a need to consolidate systems for cost-efficiency while meeting diverse Security needs. Competent system engineering is crucial for Security-critical projects, especially for certifications like Common Criteria or military admissions.
Secure RTOS Technology
We have the right methods in place to provide highest system protection in terms of Security: MILS (Multiple Independent Levels of Security) architecture, Common Criteria certification, secure boot, root of trust & chain of trust and secure update.
Embedded Linux Security
The embedded Linux ELinOS Security paradigm is simple but effective: Keep it small. Whenever plenty of services are running and libraries are involved there is much surface to attack. If you spare resources, you also reduce the amount of vectors, thus lowering the chance to be attacked by malware, viruses, worms and other cyber threats. This is why Debian-based embedded Linux ELinOS comes with its unique approach to choose target features, configurating both, kernel and user space at once.
Secure Gateway Communication
The electronic systems inside modern vehicles take control over critical systems, such as the steering and braking gear. This significantly improves Safety during the operation, but at the same exposes the risk of unauthorised access. As a consequence, the Safety of a vehicle must be accompanied by Security measures. Solution: Gateways utilising a robust routing system implementing a firewall and an intrusion detection system.
Secure Automotive Connectivity Platform (SACoP)
Common Criteria (CC)
SYSGO’s PikeOS Security Certification Kit helps customers prepare their certification in projects that are aiming for an Common Criteria Evaluation Assurance Level (EAL) from the Federal Office for Information Security (BSI) or the Airbus SAR SAL up to the highest levels.
CC EAL 5+ for Automotive Security ISO 21434
A Security Architecture for Protecting Safety-Critical Railway
Security by Design in Industry 4.0
Avionics Application: Security for Safety
Security Built-in by Design
Designed with Security at its core, ensuring robust protection against evolving threats from the ground up
Multi-Level Security Architecture
Implements MILS (Multiple Independent Levels of Security) to enable strict isolation between different Security domains
Comprehensive Security Certification Support
Leverages extensive experience with certification bodies and evaluation facilities to efficiently guide projects through robust Security certifications, including Common Criteria for PikeOS
High-Assurance Security
Delivers proven Security mechanisms with rigorous validation to guarantee reliable system functionality
Proactive Threat Adaptation
Continuously evolves to counter attack mutations through regular updates and Security enhancements
Certified Security Assurance
Independently certified to meet stringent Security standards, ensuring compliance and trust.
End-to-End Secure Life Cycle
Provides a secure boot and update process to maintain system integrity and prevent unauthorized modifications
Integrated Cryptographic Protection
Supports trusted Security modules such as TPM/HSM and advanced cryptography for enhanced data protection
