Company intelligence
Sitehop
Ultra-secure low-latency encryption for high-performance networks
About Sitehop
The Next Generation of High-Performance, Crypto-Agile Security. Security should empower, not slow you down. As networks evolve and cyber threats grow more sophisticated, traditional encryption introduces latency, inefficiency, and future security risks. The SAFE Series by Sitehop is designed to change that. Built on hardware-accelerated encryption, our solutions deliver sub-microsecond security—protecting data in motion without compromising performance. Unlike legacy, software-based encryption, Sitehop solutions leverage FPGA-powered technology, purpose-built to handle high-speed, high-volume network traffic. This hardware-first approach eliminates encryption bottlenecks, ensuring: • Ultra-Low Latency Encryption and High Throughput • Enhance SD-WAN/NGFW Performance • Seamless Transition to PQC • Supports the move to Net Zero So if you're need a high-speed network with Post Quantum Computing resistant encryption and IPsec compliant devices that can handle 200Gbps full duplex bandwidth at the world’s lowest 835nsec latency in a single 1U rack space – look no further than Sitehop… Engineered for speed. Built for the future.
Verified activity
Signals from Sitehop
3 published signals
Research & Knowledge
Sitehop published a blog post titled Before the Mission Advances, the Data Moves. A military operation doesn't begin when troops deploy, a ship leaves port, or an aircraft takes off. It begins the moment data starts moving, across networks that, in defence, are often decades old and built long before today's threat landscape existed.
Reported by Sitehop
Research & Knowledge
Sitehop published a blog exploring an approach to solving encryption as a bottleneck in payment data protection.
Reported by Sitehop
Presence & Recognition
Sitehop is exhibiting at the DC Deep Tech Startup Crawl, part of Deep Tech Week Washington, featuring technology across energy, aerospace, biotech, quantum, robotics, materials and defense.
Reported by Melissa Chambers