Tailored to the security needs
Is the future of AI an entity, a human copy or an entity that can digitally own things, enter into contracts, and be taxed and protected? Is this our mind when we design hardware, software, and their relationships with data? We can incorporate hardware such as HRoT, PUF, HSM, and TPM and software standards such as Biometrics, Hash, Signatures, Watermarks, and Identifiers to achieve designed outputs.
We enable IC and hardware designers, manufacturers, and end users to approach AI using a comprehensive and first-principle approach to solve foundational problems in the digital world. Trust But Verify.
As systems become more autonomous and data-rich, ensuring trust, provenance, and accountability must begin where everything starts: the chip.
The AuthentAI™ framework ensures your AI-enabled products are secure by design, not by afterthought.
Core Capabilities
Intrinsic Identity Generation
AuthentAI™ leverages Physically Unclonable Functions (PUFs) to create unique identifiers for each chip, preventing cloning and hardware-level tampering.
End-to-End Lifecycle Traceability
Track the entire lifecycle of AI hardware, from initial production through deployment, enabling unprecedented transparency and auditability in complex supply chains.
Embedded Output Verification
Secure AI-generated content through hardware-level watermarking, ensuring authenticity and reducing the risks of deepfakes or unauthorized manipulation.
On-Chip Data Protection
Safeguard sensitive data and biometric templates using secure elements and encrypted environments built directly into the chip architecture.
Scalable & Cost-Effective Security
Designed for flexibility, AuthentAI™ offers a scalable solution that seamlessly integrates into diverse manufacturing pipelines, across consumer electronics, automotive, healthcare, and defense industries.