Modern enterprises and defense networks face relentless pressure from two converging forces: 1) advanced cyberattacks and 2) the emerging quantum threat. Traditional WANs, built on static routing, VPN tunnels, and manual configuration, lack the agility, visibility, and resiliency required to safeguard distributed operations.

Software-Defined Wide-Area Networks (SD-WANs) were created to address that challenge. Through software control that dynamically directs traffic across MPLS, broadband, or satellite links, SD-WANs improve uptime, and safeguard vital communications. SD-WANs provide centralized management, encrypted connections, and application-aware routing, which are essential components of a zero-trust framework in the post-perimeter era.

SD-WANs play a vital role in securing and managing modern distributed enterprises, allowing organizations to connect multiple sites across public and private networks with enhanced agility, visibility, and control. Traditional WANs depend on static routing and fragile VPN tunnels, while SD-WANs apply intelligent software to dynamically direct traffic according to performance, security, and application are being used to achieve the segmentation needed to sustain operations during active threats.

Even so, quantum decryption remains a powerful and unavoidable challenge. Within the next decade, quantum computers will possess the ability to break RSA and ECC encryption, which form the foundation of VPNs, routers, and data links currently in use, placing enterprise, defense, and industrial data at risk through Harvest Now, Decrypt Later (HNDL) attacks. The evolution of SD-WANs must therefore surpass software intelligence and incorporate quantum resilience from the outset.

Taken together, the above statistics highlight the urgent need for SD-WANs to advance beyond basic connectivity by incorporating AI-driven control, zero-trust enforcement, and quantum-safe encryption to stay effective in a rapidly intensifying threat landscape. Recognizing the challenge, Lumen Technologies chose to test Isidore Quantum as a low-cost SD-WAN option for a clear reason: traditional SD-WAN solutions often carry prohibitive costs, particularly when deployed across multiple sites or configured with advanced security capabilities. Standard SD-WAN subscriptions and hardware from providers such as Palo Alto Networks and HP can range from hundreds to thousands of dollars per site, including hardware, licensing, and ongoing support. When quantum-resilient encryption is added, the total cost of a “quantum-safe SD-WAN” from legacy vendors can easily double or triple due to specialized hardware requirements, higher computing demands, and premium licensing fees.

That premium creates a significant obstacle to widespread deployment, particularly for distributed branch offices, small enterprise locations, and middle-market organizations. In contrast, Isidore Quantum has demonstrated the ability to deliver full SD-WAN functionality, zero-trust security, and CNSA-compliant PQC within a compact, low-SWaP, drop-in device, enabling secure and quantum-ready networking and segmentation at a fraction of the typical per-site cost. The affordability of this approach makes broad SD-WAN adoption achievable. For Lumen and its clients, the result is scalable, secure, and resilient connectivity without the high capital and operational expenses that limit traditional SD-WAN implementations

Isidore Quantum represents the next generation of secure networking. Developed and field-tested in collaboration with the National Security Agency (NSA), it integrates AI-driven SD-WAN control, zero-trust security, and CNSA 2.0 compliant Post-Quantum Cryptography (PQC) within a compact, plug-and-play platform suitable for enterprise, industrial, and defense deployments.

By combining dynamic routing, autonomous key management, and quantum-safe encryption in one solution, Isidore Quantum provides secure, optimized connectivity without expensive infrastructure modifications. The design removes the dependence on traditional VPN tunnels, lowers latency, and maintains network continuity even in denied or degraded environments. As cyber threats intensify and quantum disruption approaches, Isidore Quantum stands as the first drop-in SD-WAN solution that is mission-ready today and quantum-resilient for the future, uniting performance, security, and forward-looking protection.

Engineered to streamline network management while enhancing protection, Isidore Quantum provides zero-trust segmentation, autonomous key rotation, and AI-driven anomaly detection without requiring extensive IT resources. A low-SWaP design and software-defined flexibility enable smooth integration with existing infrastructures, supporting hybrid, point-to-point, and mesh topologies with minimal modification.

Organizations benefit from the scalability, reliability, and cost efficiency of advanced SD-WAN architecture while meeting emerging quantum-security requirements. By uniting PQC, AI autonomy, and zero-trust principles in a single drop-in solution, Isidore Quantum elevates SD-WAN from a basic connectivity system to a proactive, self-healing cybersecurity platform built for the quantum age.

Isidore Quantum can function as a secure edge node, site gateway, or mobile access router while avoiding the licensing and orchestration complexity common to traditional SD-WAN vendors:

As cyber warfare converges with quantum computing, networks must advance beyond basic connectivity. Isidore Quantum demonstrates that an SD-WAN can achieve security, autonomy, and future readiness, delivering the performance and resilience required by enterprises, defense, and critical infrastructure both now and in the years ahead.

Specifications listed are subject to change without prior notice.

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Supported Interfaces and Protocols: Physical Interfaces (form factor dependent): RJ45 (Ethernet), USB, Serial, Optical, CANBUS, optional RF/SATCOM modem interfaces via SMA/Ethernet, waterproof available.

Network Protocols: ATM, IPv4/IPv6, SCTP, UDP, PQC-based tunnels. (protocol agnostic)

External Link Technologies (via attached modems): WIFI, SATCOM, RF radios

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Supported Interfaces and Protocols:

Physical Interfaces (form factor dependent): RJ45 (Ethernet), USB, Serial, Optical, CANBUS, optional RF/SATCOM modem interfaces via SMA/Ethernet, waterproof available.

Network Protocols: ATM, IPv4/IPv6, SCTP, UDP, PQC-based tunnels. (protocol agnostic)

External Link Technologies (via attached modems): WIFI, SATCOM, RF radios

USB-C

Versatile deployment across diverse environments, platforms, and mission requirements

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