AmiViz has been appointed as the value-added distributor for QuantumGate across the Middle East and Africa, strengthening regional access to quantum-resistant cybersecurity solutions as enterprises prepare for emerging cryptographic risks.
The partnership comes amid growing concerns over the impact of quantum computing on traditional encryption methods. As quantum capabilities advance, widely used public-key cryptography is expected to become vulnerable, prompting organizations to accelerate the shift toward post-quantum security frameworks. Industry experts warn of “harvest now, decrypt later” threats, where adversaries collect encrypted data today for future decryption.
Through this collaboration, AmiViz will distribute QuantumGate’s portfolio, including QSphere, a suite of quantum-resilient solutions covering secure communications, encryption, and data protection. Additional offerings include Salina, a passwordless identity and access management platform built on phishing-resistant cryptography, alongside tools such as Crypto Discovery Tool for cryptographic asset visibility and Secure VMI for mobile data protection.
“The move to quantum-resistant cryptography is no longer theoretical organizations must act now to protect long-lived data.”
– Ilyas Mohammed
According to Ilyas Mohammed, the partnership enables enterprises to deploy practical solutions that address both current cyber threats and future quantum risks.
Janne Hirvimies highlighted that the collaboration is timely as organizations move from awareness to implementation of quantum-safe strategies, particularly in regions facing heightened cyber activity and geopolitical pressures.
AmiViz will leverage its regional partner ecosystem and customer engagement platforms to accelerate adoption, supporting enterprises and critical infrastructure operators in strengthening cyber resilience while preparing for the transition to quantum-safe cryptography.
The partnership underscores a broader industry shift toward future-proof security architectures that can withstand both present-day attacks and the long-term implications of quantum computing.
