Telus has announced the launch of its Quantum-Safe VPN service, offering commercial Post-Quantum Cryptography (PQC) protection to Canadian businesses. The innovative service aims to address future cyber threats from quantum computing technology.
“We’re not waiting for quantum computers to become mainstream,” says Jodi Baxter, Vice President of 5G & Industry Solutions at Telus. “We’re enabling quantum-resistant security services today to support our customers in maintaining business continuity and long-term data protection.”
Recognizing that quantum computers may eventually be powerful enough to break current encryption methods, posing a significant future threat to data security, Telus is proactively delivering this solution. The new service uses advanced encryption technology integrated with the Telus Managed Next Generation Firewall service, empowering businesses to stay ahead of evolving cyber threats.
This new service provides a crucial solution for government agencies and businesses that need to defend against these future threats, says Telus.
“The quantum threat requires proactive action today, not reactive measures tomorrow,” adds Carey Frey, Chief Security Officer at Telus. “By implementing quantum-resistant security measures now, organizations can take steps to protect their sensitive data against today’s sophisticated attacks and tomorrow’s quantum-powered threats.”
Telus’ Quantum-Safe VPN service delivers enhanced customer security with enhanced customer data protection against future cyberattacks. It also provides long-term protection for intellectual property and sensitive data, supporting businesses secure growth. Simplified compliance helps customers prepare for new cybersecurity regulations and standards.
Leveraging Palo Alto Networks technology, Telus’ service uses advanced encryption methods recommended by leading security organizations and offers flexibility to adapt as new security standards emerge. This approach protects sensitive information from being captured today and potentially decoded by future quantum computers.