In today’s world of connected devices, autonomous vehicles, and mission-critical applications, ensuring safety and security is no longer optional—it’s essential. From automotive electronics governed by ISO 26262 to IoT devices vulnerable to cyber threats, every product demands robust SoC designs that are compliant with global safety and security standards.

          At Avecas, we provide Safety & Security Compliant Design Services to help our clients build reliable, resilient, and future-ready SoCs that protect users, data, and systems.

Our Safety & Security Design Expertise

1. Functional Safety (FuSa) Compliance

We specialize in implementing functional safety standards (ISO 26262, IEC 61508, DO-254) to ensure chips used in automotive, aerospace, and industrial automation meet stringent reliability requirements.

• Safety goal definition and decomposition

• ASIL (Automotive Safety Integrity Level) assessment

• Redundancy and error correction design

• Safety verification & fault injection

2. Security-Aware SoC Design

Cybersecurity is at the heart of modern SoCs. Our engineers integrate hardware security features directly into chip architecture, including:

• Secure boot & root of trust

• On-chip cryptographic accelerators

• Hardware firewalls & access control

• Tamper detection and response

3. Low-Power + Safe + Secure

We ensure that safety and security measures don’t compromise power efficiency or performance. Our design methodologies balance energy efficiency, resilience, and compliance.

4. Standards-Driven Verification

Avecas follows compliance-driven verification flows that ensure your SoCs pass safety audits, security penetration testing, and certification processes with confidence.

• UPF/CPF-based low-power + safety checks

• Fault injection campaigns

• Security penetration simulations