AI models deployed beyond traditional data centers—on devices, endpoints, or embedded systems—are increasingly vulnerable to IP theft and reverse engineering. Once stolen or reverse-engineered, AI models lose their competitive value—exposing proprietary algorithms, sensitive data, and compliance obligations, while putting future revenue streams at risk. Fusion AI resolves this by integrating our proven white‑box and anti‑tamper frameworks directly into your AI models, ensuring they remain secure both at rest and in use.
Fusion AI integrates multiple PACE, Anti-Piracy technologies—White-Box Works, Fusion, and iLok—into a complete protection toolkit. This holistic approach secures AI models, algorithms, and IP across their lifecycle: at rest, in use, and in the market.










Weights are encrypted and stored securely.

Decryption logic and keys are securely anchored to the embedded runtime using White‑Box Works.

AI model, decryption logic, and runtime are compiled into one tamper-resistant package.

On-demand decryption happens transparently within a hardened container, resistant to reverse engineering.





Leave software protection to us - that's what we do. Your focus can be on developing great products.
Protection that understands your software, and self-optimizes so you can focus on features not tuning protection.
We put the control in your hands. Design your security model to work for your business.
Your software will behave the same before and after protection, and PACE’s automated processes remove any space for human error.
PACE empowers you to pass certification against the highest software security standards.
Block attackers without changing the experience you offer your customers.
Easy integration into any common build system so your software is protected wherever its built.
If using PACE licensing, upgrading your protection to Fusion is an easy step.
Our customers receive full documentation, quality support, and access to our engineering team.
Our protection stands strong for years, not hours or days.