Accelerating
Encrypted Computation
Chain Reaction builds processors that make fully homomorphic encryption practical for large-scale encrypted computation. Our architecture enables high-performance computation on encrypted data, preserving privacy by design.
Technology & Products
We design processors for high-performance encrypted computation. 3PU™ is a Fully Homomorphic Encryption (FHE) processor designed to enable practical, scalable encrypted computation for AI and cloud workloads.
Media
Chain Reaction Researchers Publish New Work on Distributed Polynomial Generation for FHE Accelerators
The paper addresses a core architectural challenge in Fully Homomorphic Encryption (FHE) hardware acceleration.
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The Next Chapter for AI ASICs: Building the Privacy Pillar of AI
AI ASICs power today’s AI boom; privacy preserving AI accelerator will do the same for privacy protection.
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Chain Reaction Featured in 2025 Semiconductor Report
Chain Reaction is featured in Semiconductor Report 2025, mapping Israel’s semiconductor ecosystem and global trends.
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Resource Hub
AI Privacy: Recent Cases Underscore Urgent Risks
As AI becomes embedded in everyday services, new incidents highlight how fragile privacy remains in the AI era. From chatbots leaking private conversations to browser...
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FHE Compilers: Bridging Theory and Real-World Applications
In our last blog post we reviewed how libraries serve as ready-made cryptographic building blocks. In this blog, we’ll review compilers (or transpilers) that help...
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FHE Schemes – The Road to Practical Adoption
In our Fully Homomorphic Encryption (FHE) journey so far, we’ve looked at the history of FHE and introduced its immense potential for cloud computing and...
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