IAR Embedded Secure IP
Late-Stage Security Is Included In IAR's Platform
IAR Embedded Secure IP enhances security for existing products with minimal effort, even in late-stage development. It protects firmware from threats, counterfeiting, and unauthorized access while ensuring zero-trust manufacturing and compliance with evolving regulations.
Key Benefits
IAR Embedded Secure IP adds security to existing products with minimal effort, ensuring protection, compliance, and zero-trust manufacturing with IAR Secure Deploy without disrupting development.
Hassle-Free Late-Stage Security Integration
Add essential security features to existing products without major redesigns, ensuring robust protection while maintaining production schedules and reducing the need for costly hardware or software changes
Comprehensive IP and Data Protection
Secure firmware, applications, and proprietary assets with strong encryption, ensuring only authorized access. Protect against reverse engineering, counterfeiting, and unauthorized modifications, while enabling trust through X.509 certificates
Flexible and Efficient Security
Implement only the necessary security features using modular security libraries, optimizing resource usage for memory-constrained devices. Maintain high-performance functionality while strengthening device security and lifecycle protection
Regulatory and Compliance Readiness
Ensure compliance with evolving global security regulations, including the Cyber Resilience Act (CRA) and NIST. Reduce risks associated with cybersecurity vulnerabilities while future-proofing products for long-term market viability
Features
IAR Embedded Secure IP designed for embedded systems, it provides authentication, data protection, anti-cloning, and secure provisioning, integrating efficiently even on resource-limited MCUs.
Strong Unique Device Identity
Assign each device a cryptographic identity using industry-standard Public Key Infrastructure (PKI). This ensures secure authentication, device attestation, and protection against unauthorized modifications or identity spoofing
Secure Data Injection and Generation
Safeguard sensitive firmware, cryptographic keys, and device configurations throughout the manufacturing and update process. This prevents tampering, ensures data integrity, and supports secure provisioning in untrusted environments
Data Obfuscation & Protection
Prevent reverse engineering and unauthorized access with encrypted firmware and application-layer security. This ensures that proprietary algorithms, intellectual property, and sensitive data remain protected throughout the device’s lifecycle
Device Anti-Cloning Mechanisms
Establish a strong link between software and hardware, making each device uniquely identifiable. This prevents counterfeit production, protects revenue streams, and ensures that only authorized devices can run genuine firmware
Optimized For Resource-Limited MCUs
Implement robust security without overwhelming constrained hardware. With minimal performance overhead, even memory-limited microcontrollers can support authentication, encryption, and protection mechanisms efficiently
Production Record Tracking
Enable verifiable logs for provisioning, firmware deployment, and updates, ensuring traceability, compliance, and anomaly detection. Seamlessly integrates with IAR Secure Deploy for secure manufacturing