Cybersecurity is evolving fast with AI and quantum threats; traditional encryption lags behind. Sitehop’s FPGA-powered, quantum-ready solutions deliver unmatched sub-microsecond latency, securing data instantly and proactively—so your network stays protected before threats even appear.

Worlds lowest latency
x10,000 less than software alternatives

PQC & crypto agility
Transition your network and stay ahead of Quantum threats

Ultra-high throughput
200Gbps in 1U 8000 simultaneous IPsec connections

Move to net-zero
Solution that consumes 10x less power than software alternatives
NEW SAFE Series
Next-generation encryption
for data in motion
Modern networks demand high-speed, low-latency encryption—but legacy solutions slow performance, increase power consumption, and lack post-quantum resilience. The SAFE Series is an encryption and decryption system that delivers a global, multi-tenant, network solution for securing critical network data in motion – which eliminates these trade-offs, delivering industry-leading protection without compromising speed or scalability.
At a glance
- Ultra-fast, low-latency encryption
Secure data without slowing operations. - Crypto-agile, quantum-ready security
Adapt seamlessly to new encryption standards. - Multitenant management
Scale encryption across complex, high-performance networks. - Seamless integration
Works with SD-WAN, Zero Trust, and cloud networks. - Energy-efficient encryption
Uses up to 10x less power than software-based alternatives.
Built to protect the world
we work and live in.
- Telecom Networks
Encryption built for fibre, 5G, and cloud security. - Critical Infrastructure
Always-on encryption secures power, transport, emergency systems. - Financial Services
Securing fast, global transactions with low-latency encryption. - Data Centres
Scalable encryption protects cloud, hybrid, and HPC workloads. - Enterprise Technology
Ultra-low latency encryption boosts security and performance efficiency. - Government
Safeguarding state systems from criminal and foreign threats.