Engineering the Future of Trusted Computing
Mallivex develops next-generation semiconductor IP, secure processors, cryptographic accelerators, Root of Trust solutions, and post-quantum security technologies for the AI era.
Trusted Computing for the AI Era
Building hardware-rooted security for the next generation of intelligent computing platforms.
Security IP Cores
Silicon-proven security building blocks and cryptographic accelerators for next-generation SoCs.
Explore Security IP →Post-Quantum Crypto Cores
Quantum-resistant cryptographic technologies designed to protect tomorrow's computing platforms.
Explore PQC Solutions →Platform Root of Trust
Hardware-rooted foundations for secure boot, device identity, key management and platform integrity.
Explore Root of Trust →Trusted Execution Environment
Isolated execution environments that protect sensitive applications, workloads and data.
Explore TEE →Silicon-Level Security for Trusted Computing
Mallivex combines hardware security, advanced cryptography and trusted computing technologies to build secure foundations for next-generation semiconductor platforms.
Hardware Security
Hardware-rooted security mechanisms designed to establish trust from silicon to system software.
- Secure Boot
- Hardware Device Identity
- Key Management
- Security Monitoring
Cryptography
High-performance cryptographic engines optimized for secure and efficient silicon implementations.
- Symmetric Cryptography
- Hash Functions
- Public-Key Cryptography
- Cryptographic Accelerators
Trusted Computing
Technologies that establish, measure and maintain trust throughout the computing platform.
- Platform Root of Trust
- Trusted Execution Environment
- Secure Firmware
- Platform Integrity
Post-Quantum Security
Next-generation cryptographic technologies designed to protect systems against emerging quantum threats.
- ML-KEM
- ML-DSA
- HQC
- PQC Hardware Accelerators
Trusted by design. Engineered from the silicon up.
Security Solutions for Next-Generation Computing
From high-performance computing and AI infrastructure to embedded and edge platforms, Mallivex brings hardware-rooted security to the systems that power tomorrow.
High-Performance Computing
Hardware-rooted security for HPC platforms, accelerators and high-performance workloads.
Learn More →AI & Machine Learning
Protecting AI accelerators, models and sensitive workloads with silicon-level security.
Learn More →Data Centers
Platform security and hardware trust for modern servers, infrastructure and cloud systems.
Learn More →Embedded & Edge
Efficient security architectures for resource-constrained embedded and edge platforms.
Learn More →Automotive
Trusted hardware foundations for secure automotive computing and connected vehicles.
Learn More →Edge & IoT
Secure device identity, trusted execution and cryptographic protection for connected systems.
Learn More →Engineering Trust at the Foundation of Computing
Mallivex is focused on developing advanced semiconductor technologies that establish trust at the foundation of next-generation computing systems.
Our work brings together hardware security, cryptography, trusted computing and emerging post-quantum technologies to create secure foundations for modern computing platforms.
From silicon-level security primitives to complete platform security solutions, Mallivex is building technologies designed for a future where security, performance and trust must work together.
Discover Mallivex →Security by Design
Security is engineered into the foundation, not added as an afterthought.
Silicon First
We build trust from the hardware up, creating foundations that software can rely on.
Future Ready
Our technologies are designed to address emerging security challenges and future computing needs.
Let's Build Trusted Computing Together
Have a semiconductor, security or trusted computing requirement? Talk to our team about how Mallivex can help build the security foundation for your next generation platform.
Start a Conversation
Whether you are developing a new SoC, building a secure computing platform, or exploring post-quantum security, we'd be happy to hear from you.
India