Adtran and euNetworks today announced their collaboration on the launch of a new quantum-safe private connectivity service, Quantum Shield. euNetworks has developed Quantum Shield using Adtran’s optical transport technology to augment its broader architecture, which is designed to deliver secure, scalable data centre connectivity across euNetworks’ pan-European network.
The new offering is built for enterprises with stringent security, performance and customer-controlled encryption requirements. The deployment combines high-capacity dedicated infrastructure with real-time fibre monitoring and enhanced optical-layer visibility to safeguard critical traffic. By integrating advanced encryption with continuous monitoring across the optical layer, euNetworks can deliver the highest levels of protection for sensitive data moving across Europe.
This comes at a time when organisations across Europe are accelerating plans to secure data in transit in response to evolving cybersecurity regulations and post-quantum security guidance. The EU’s coordinated post-quantum cryptography roadmap* targets migration of high-risk and critical infrastructure environments by 2030, while regulations, including DORA and NIS2, are increasing expectations for encryption, crypto-agility and the protection of sensitive traffic traversing private and third-party infrastructure.
euNetworks will offer Quantum Shield to customers as an additional security layer for their Private Connect MOFN solution, which provides private, managed network infrastructure for organisations seeking enhanced security, scalability and control over their data. The addition of private quantum-safe connectivity provides the security of the organization’s dedicated fibre, plus quantum-resistant encryption at Layer 1, ensuring all traffic is automatically encrypted.
The new infrastructure is built on Adtran’s FSP 3000 optical transport platform, incorporating S-Flex™ technology to support high-capacity encrypted DCI services. euNetworks is harnessing post-quantum cryptography aligned with NIST standards to protect traffic traversing dedicated optical infrastructure. The cryptography is designed to meet current requirements while remaining aligned with emerging cybersecurity standards, supporting a crypto-agile approach as requirements evolve.
The encryption is coupled with Adtran’s ALM solution to provide continuous assurance by instantly detecting and precisely locating fibre-tapping events. Together, these capabilities deliver an integrated optical system that supports low latency, high throughput and enhanced security while giving customers full transparency and control over how their data is secured across the optical layer.
“Data centre connectivity sits at the heart of our customers’ operations, particularly in environments where security and resilience are non-negotiable,” said Marisa Trisolino, CEO of euNetworks. “We’re committed to providing customers with connectivity that meets increasingly stringent security requirements and chose to partner with Adtran because they bring deep expertise in optical networking and a practical understanding of how private infrastructure is built and operated at scale. Together, we’re providing connectivity that combines strong security, predictable performance and clear visibility into the underlying network, while customers retain control over how their data is encrypted. As customer expectations continue to evolve, having trusted partners and proven solutions is essential to supporting long-term digital growth across Europe.”
“Operators like euNetworks are setting a clear benchmark for how secure data centre connectivity should be delivered,” commented Christoph Glingener, CTO of Adtran. “This deployment shows how purpose-built optical platforms, developed through decades of expertise in secure DCI, can support private network models that prioritize security, transparency and operational control. By combining quantum-resilient encryption with real-time fibre monitoring, we’re helping euNetworks safeguard critical traffic without compromising performance or scalability. This kind of deployment reflects a broader shift in how critical connectivity is being built, giving enterprises confidence that their networks are ready not just for today’s demands, but for the security challenges ahead.”
