Classified Access Over Public Infrastructure—Anywhere, Anytime

Classified Access Over Public Infrastructure—Anywhere, Anytime

Classified Access Over Public Infrastructure

Built by the team that deployed the Army’s first enterprise class CSfC managed network—ViSR
Built by the team that deployed the Army’s first enterprise class CSfC managed network—ViSR
Built by the team that deployed the Army’s first enterprise class CSfC managed network—ViSR

Patent Pending: 63/894,455, 63/865,224

Our Mission

RAVEN Secure Networks provides a CSfC-based solution (Commercial Solutions for Classified, an NSA program) that enables secure access to classified information over untrusted public and commercial networks. It uses layered encryption and COTS technologies to deliver scalable, mission-adaptive, post-quantum resilient connectivity, especially from edge devices, such as laptops, to classified enclaves. This overcomes traditional limitations of high cost, rigidity, and infrastructure dependency, allowing real-time data and decision-making in contested or remote environments for defense, government, and critical infrastructure users.

worker on laboratorium
worker on laboratorium
worker on laboratorium
  • RAVEN introduces the Secure Interface Device (SID)—the next evolution in CSfC
  • RAVEN Secure Interface Device (SID) integrates seamlessly with all RAVEN edge devices using its self-contained, layered encryption and retransmit computing capabilities. The device delivers mission-adaptive access to classified information over any government or public telecommunications networks—including cell hotspots, WiFi, cellular, and Starlink.

  • Unmatched Hardware-Enforced Physical Isolation

    RAVEN SID delivers the gold standard in CSfC security with true hardware-level physical separation of the outer and inner IPsec encryption components.

  • Unmatched Hardware-Enforced Physical Isolation

    RAVEN SID delivers the gold standard in CSfC security with true hardware-level physical separation of the outer and inner IPsec encryption components.

  • Unmatched Hardware-Enforced Physical Isolation

    RAVEN SID delivers the gold standard in CSfC security with true hardware-level physical separation of the outer and inner IPsec encryption components.

  • Next-Generation Architecture

    Leaving Legacy CSfC Behind–RAVEN SID represents a major leap forward, eliminating the need for limited-function retransmission devices entirely. Delivers dramatically stronger security, greater flexibility, and broader operational value than conventional CSfC endpoints.

  • Next-Generation Architecture

    Leaving Legacy CSfC Behind–RAVEN SID represents a major leap forward, eliminating the need for limited-function retransmission devices entirely. Delivers dramatically stronger security, greater flexibility, and broader operational value than conventional CSfC endpoints.

  • Next-Generation Architecture

    Leaving Legacy CSfC Behind–RAVEN SID represents a major leap forward, eliminating the need for limited-function retransmission devices entirely. Delivers dramatically stronger security, greater flexibility, and broader operational value than conventional CSfC endpoints.

  • Simplified User Experience

    Although Raven SID consists of physically distinct components, the device presents a unified, seamless compute experience to users, adding no complexity to their workflow.

  • Simplified User Experience

    Although Raven SID consists of physically distinct components, the device presents a unified, seamless compute experience to users, adding no complexity to their workflow.

  • Simplified User Experience

    Although Raven SID consists of physically distinct components, the device presents a unified, seamless compute experience to users, adding no complexity to their workflow.

Explore RAVEN Secure

Contact

info@ravensn.com

Address

1651 Old Meadow Road, Ste 105 McLean, VA 22102

Contact

info@ravensn.com

Address

1651 Old Meadow Road, Ste 105 McLean, VA 22102

Contact

info@ravensn.com

Address

1651 Old Meadow Road, Ste 105 McLean, VA 22102