- SID
Classified Data Over Public Infrastructure - Anywhere, Anytime
- SID
Classified Data Over Public Infrastructure - Anywhere, Anytime
- SID
Classified Data Over Public Infrastructure - Anywhere, Anytime
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
RAVEN Secure Interface Device (SID)
RAVEN Secure Interface Device (SID) integrates seamlessly with mobile and operational technologies—including UAS and robotics—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.
Built on NSA’s Commercial Solutions for Classified (CSfC) program requirements, RAVEN SID provides:
Dual-IPSEC-Layer, Hardware-Enforced Separation
Physical Isolation: RAVEN SID enforces strict, hardware-based separation between the outer and inner tunnel encryption components to meet evolving CSfC requirements. The device complies with NSA Capability Packages (CPs) and technical annexes, which mandate dedicated hardware to safeguard cryptographic keys and ensure robust separation between encryption tunnels. This architecture aligns with future-focused CSfC standards for secure, classified communications.Dedicated Outer Firewall/Encryption Component: The device architecture uses a dedicated compute board as an outer firewall/encryption module. RAVEN SID ensures the inner encryption component operates independently and remains physically separated, preventing shared vulnerabilities by maintaining independent failure domains between the outer and inner encryption components.
Dual-IPSEC-Layer, Hardware-Enforced Separation
Physical Isolation: RAVEN SID enforces strict, hardware-based separation between the outer and inner tunnel encryption components to meet evolving CSfC requirements. The device complies with NSA Capability Packages (CPs) and technical annexes, which mandate dedicated hardware to safeguard cryptographic keys and ensure robust separation between encryption tunnels. This architecture aligns with future-focused CSfC standards for secure, classified communications.Dedicated Outer Firewall/Encryption Component: The device architecture uses a dedicated compute board as an outer firewall/encryption module. RAVEN SID ensures the inner encryption component operates independently and remains physically separated, preventing shared vulnerabilities by maintaining independent failure domains between the outer and inner encryption components.
Dual-IPSEC-Layer, Hardware-Enforced Separation
Physical Isolation: RAVEN SID enforces strict, hardware-based separation between the outer and inner tunnel encryption components to meet evolving CSfC requirements. The device complies with NSA Capability Packages (CPs) and technical annexes, which mandate dedicated hardware to safeguard cryptographic keys and ensure robust separation between encryption tunnels. This architecture aligns with future-focused CSfC standards for secure, classified communications.Dedicated Outer Firewall/Encryption Component: The device architecture uses a dedicated compute board as an outer firewall/encryption module. RAVEN SID ensures the inner encryption component operates independently and remains physically separated, preventing shared vulnerabilities by maintaining independent failure domains between the outer and inner encryption components.
Enhanced Capabilities Compared to Traditional CSfC Retransmission Device Architecture
Retransmission Devices (RDs): RAVEN SID strengthens hardware isolation and leverages a dedicated outer-VPN CSfC architecture. Unlike traditional CSfC endpoints, which host both outer and inner tunnels on the same compute board as the laptop and only provide virtual separation of encryption components, RAVEN SID physically and architecturally isolates encryption components. This approach eliminates NSA’s requirement for limited-function retransmission devices. Additionally, RAVEN SID supports full network-appliance capabilities, including 802.1X authentication and seamless integration of the Symmetric Key Annex to safeguard long-lived classified data against post-quantum computing threats.Enhanced Capabilities Compared to Traditional CSfC Retransmission Device Architecture
Retransmission Devices (RDs): RAVEN SID strengthens hardware isolation and leverages a dedicated outer-VPN CSfC architecture. Unlike traditional CSfC endpoints, which host both outer and inner tunnels on the same compute board as the laptop and only provide virtual separation of encryption components, RAVEN SID physically and architecturally isolates encryption components. This approach eliminates NSA’s requirement for limited-function retransmission devices. Additionally, RAVEN SID supports full network-appliance capabilities, including 802.1X authentication and seamless integration of the Symmetric Key Annex to safeguard long-lived classified data against post-quantum computing threats.Enhanced Capabilities Compared to Traditional CSfC Retransmission Device Architecture
Retransmission Devices (RDs): RAVEN SID strengthens hardware isolation and leverages a dedicated outer-VPN CSfC architecture. Unlike traditional CSfC endpoints, which host both outer and inner tunnels on the same compute board as the laptop and only provide virtual separation of encryption components, RAVEN SID physically and architecturally isolates encryption components. This approach eliminates NSA’s requirement for limited-function retransmission devices. Additionally, RAVEN SID supports full network-appliance capabilities, including 802.1X authentication and seamless integration of the Symmetric Key Annex to safeguard long-lived classified data against post-quantum computing threats.Quantum-Resistant and CNSA-Compliant Cryptography
Crypto Agile: RAVEN SID supports NSA’s transition to the Commercial National Security Algorithm (CNSA) Suite and incorporates quantum-resistant algorithms. The device uses hardware isolation to meet advanced cryptographic standards, physically separating cryptographic processes and key management.
Quantum-Resistant and CNSA-Compliant Cryptography
Crypto Agile: RAVEN SID supports NSA’s transition to the Commercial National Security Algorithm (CNSA) Suite and incorporates quantum-resistant algorithms. The device uses hardware isolation to meet advanced cryptographic standards, physically separating cryptographic processes and key management.
Quantum-Resistant and CNSA-Compliant Cryptography
Crypto Agile: RAVEN SID supports NSA’s transition to the Commercial National Security Algorithm (CNSA) Suite and incorporates quantum-resistant algorithms. The device uses hardware isolation to meet advanced cryptographic standards, physically separating cryptographic processes and key management.
Simplified User Experience
Raven Device Manager centrally manages all Raven SIDs, allowing administrators to control and monitor every device across the deployment from a single interface. Administrators remotely rekey certificates, wipe devices, aggregate logs, revoke certificates, and perform over-the-air updates. 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
Raven Device Manager centrally manages all Raven SIDs, allowing administrators to control and monitor every device across the deployment from a single interface. Administrators remotely rekey certificates, wipe devices, aggregate logs, revoke certificates, and perform over-the-air updates. 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
Raven Device Manager centrally manages all Raven SIDs, allowing administrators to control and monitor every device across the deployment from a single interface. Administrators remotely rekey certificates, wipe devices, aggregate logs, revoke certificates, and perform over-the-air updates. 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
Explore RAVEN Secure