Secure Real-Time Computing from the Cloud to the Edge
The company’s proprietary technology reduces the use of power sources and lowers latency, while vastly increasing the computing performance for today’s massive datasets whether at the edge or the cloud. This includes, most notably, accelerating Fully Homomorphic Encryption (FHE) for real-time computing on encrypted data sets, which is vital for data privacy and cloud security.
Cornami delivers real-time computing on encrypted data sets. Cornami’s break-through software-defined FracTLcore® Fabric computing architecture can scale performance without penalties to deliver real-time computing for several critical and complex applications.

Fully Homomorphic Encryption
Quantum-Secure Privacy-Preserving Computing on Encrypted Data Sets Never expose the underlying plaintext confidential data. Critical for highly regulated industries and a game-changer for cloud computing security.






Game-Changing Innovation
Unlock Unmatched Performance & Efficiency
Cornami’s cutting-edge architecture is purpose-built for the demands of modern computing—delivering performance and efficiency legacy computing platforms simply cannot.
CornamI’s FracTLcore™ Compute Fabric maximizes performance per watt while adapting to evolving workloads. Designed for the future, Cornami’s streaming architecture processes vast data sets with unmatched efficiency, redefining what’s possible in high-performance, scalable computing.

Low Latency
Core density allows for entire application to be executed on chip

Highest Performance Per Watt
No bottlenecks: delivering highest utilization of silicon

Scalable for Realtime Computing
Unprecedented linear scalability delivers real-time computing environments

Highest Performance Per Watt
Massively parallel pipelining with no cache subsystems delivers high performance with extremely low power

Purpose Built
Massively parallel architecture addressing the shift in processing needs for today’s vast data sets

Reconfigurable
Unique dynamic reconfigurable systolic arrays allows for optimization of the hardware to the algorithm

Future Proof
Cores are individually programmable to address hyper-growth evolving markets and new feature sets

Unique
Over 70 patents issued, and counting

Streaming Architecture
The most efficient way to process massive data sets

Data Privacy
Real-time Fully Homomorphic Encryption for quantum-proof data privacy