Safety solutions built for the latest technology
Overview
Putting safety first across the design process
Functional safety is essential in today’s automotive and industrial systems, where devices often operate in unpredictable environments and perform critical, high-risk tasks. Robust, reliable, and fail-safe operation is not optional—it’s mission-critical.
To meet these stringent demands, semiconductor designs must adhere to ISO 26262 and other industry safety standards that ensure the system can detect, manage, and recover from potential faults. There can be no weak link in this safety chain.
Arteris delivers the foundation for safe, reliable automotive and industrial SoC architectures that help prevent catastrophic failures, protect users, equipment, and reputations, and support ASIL-D and TCL1-compliant development processes.
Functional Safety Features: Arteris IP and processes support customers in achieving ASIL B through ASIL D certifications, ensuring the highest level of safety integrity for automotive and industrial SoCs.
- TCL1-compliant SoC integration tools: Arteris tools meet comprehensive TCL1 process compliance under the ISO 26262 standard, as verified through an independent TÜV SÜD evaluation.
- End-to-end safety architecture: From redundancy and isolation to error detection and containment, Arteris enables system-level fault tolerance and a faster path to certification.
With Arteris, design teams can integrate safety across the entire development lifecycle—reducing risk, improving traceability, and accelerating certification without compromising on performance or flexibility.
Advantages
Design with confidence and safety first
ASIL D certifiable architecture
Support for the highest Automotive Safety Integrity Level (ASIL D) ensures compliance with the most rigorous safety requirements for automotive and industrial applications.
Functional safety features and TCL1 compliance
Built-in alignment with functional safety features to support ISO 26262 certification, and TCL1 tool qualification simplifies audit preparation and strengthens your compliance documentation.
Risk reduction and verification
Comprehensive safety paths, redundancy management, and fault-monitoring capabilities help identify and mitigate risks early in the design process.
Accelerated certification
With TÜV SÜD–evaluated processes and proven safety IP, Arteris helps customers streamline certification and get to market faster with confidence.
Arteris FlexGen: Smart NoC IP revolutionizing semiconductor design
FlexGen is designed with built-in AI/ML-driven automation to generate optimized NoC designs for complex SoCs, delivering expert-level results.
- 10x productivity boost
- Expert-level results
- Up to 30% wire length reduction
Learn how you can speed time to market, optimize power plus performance, and improve overall design economics with FlexGen in our in-depth white paper.
Products
Products for safety in designs
Certifications
Certifications
As Arteris customers are our number one priority, we are committed to the steadfast delivery of exceptional products that address today’s challenges and drive the success of tomorrow’s greatest innovations.
Customers
Trusted by innovative companies everywhere


Resources
Resources
- Arm & Arteris AI and ISO 26262 Presentation
- Automating the Generation of Scalable and Reusable FMEDA in Complex Systems-on-Chip (SoCs)
- Building Better IP with RTL Architect NoC IP Physical Exploration
- FMEDA Automation for Scalability and Reuse in Complex Systems on Chips (SoCs)
- Is the Missing Safety Ingredient in Automotive AI Traceability?
- Lessons Learned Integrating AI/ML Accelerators into Complex ISO 26262 Compliant Systems-on-Chip
- Safety Considerations for Network-on-Chip (NoC) Development
- AMS System-Level Verification and Validation using UVM in SystemC and SystemC-AMS: Automotive Use Cases
- Fundamentals of Semiconductor ISO 26262 Certification: People, Process and Product
- Mobileye Case Study: Using Arteris for ADAS
- Scalability – A Looming Problem in Safety Analysis
- Using Machine Learning for Characterizations of NoC Components
- Using Virtual Prototypes to Improve the Traceability of Critical Embedded Systems Flow
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