Name: RAVEN Secure Interface Device (SID)
Brand: RAVEN

Question 1

What is the RAVEN Secure Interface Device (SID)?

Accepted Answer

RAVEN SID is a CSfC-aligned secure interface and retransmission device that enforces dual-IPSEC-layer separation using dedicated hardware. It uses a separate compute board as an outer firewall/encryption component to physically isolate outer-tunnel processing from inner-tunnel cryptography. This architecture is designed to protect classified and mission-critical data while extending secure connectivity to modern transport networks like WiFi, cellular, and satellite systems.

Question 2

How does RAVEN SID compare to Archon ID Tech laptop-based solutions?

Accepted Answer

Traditional secure laptop solutions such as those provided by Archon ID Tech typically embed secure tunneling functions directly inside the laptop platform. RAVEN SID takes a different approach by externalizing the secure interface into a dedicated device that delivers dual-IPSEC-layer hardware separation, a physically isolated outer firewall/encryption board, and a retransmission-first architecture. This provides a flexible way to serve multiple endpoints, vehicles, or unmanned systems from a single secure interface. RAVEN SID is also designed with a cost structure that can be configured to be substantially lower—often targeting roughly half the device price and half the recurring subscription cost of typical Archon ID Tech laptop solutions—while expanding capabilities to the tactical OT edge.

Question 3

Does RAVEN SID extend to the tactical OT edge?

Accepted Answer

Yes. Through RAVEN OT, the RAVEN architecture extends from office and command-post environments to the tactical OT edge. This includes drones, UAS, robotics platforms, vehicles, unmanned ground or maritime systems, and other mission hardware. RAVEN SID and RAVEN OT together support two-way communications for telemetry, video, command and control, and sensor data, enabling secure end-to-end connectivity from edge platforms back to enterprise or cloud environments.

Question 4

Is RAVEN SID limited to one-way data flows like a traditional cross-domain solution (CDS)?

Accepted Answer

No. RAVEN SID is designed to support two-way, policy-governed data flows for mission applications. While it can be integrated into architectures that include cross-domain solutions, the device itself is not restricted to one-way traffic patterns. Instead, it provides a secure, dual-IPSEC-layer interface with strong hardware separation and cryptographic controls that can support both inbound and outbound traffic under mission-defined policies.

Question 5

What cryptography does RAVEN SID support, and how is it future-proofed?

Accepted Answer

RAVEN SID is crypto agile and aligned with NSA Commercial National Security Algorithm (CNSA) Suite guidance. The device supports strong contemporary algorithms and has been engineered with a roadmap to adopt quantum-resistant cryptographic primitives as they become standardized. Key management, key storage, and cryptographic operations are isolated in hardware to safeguard long-lived data against both current and emerging threats, including post-quantum attacks.

Question 6

How does RAVEN SID support modern transport networks like WiFi, cellular, and satellite links?

Accepted Answer

RAVEN SID is built to operate as a flexible secure interface that can terminate IPSEC tunnels and retransmit them across a variety of underlying transports. It can be integrated with WiFi networks, private and public cellular infrastructure, fixed and mobile Ethernet networks, and SATCOM links including services like Starlink. The device enforces encryption and separation at the tunnel level, ensuring that outer-tunnel exposure to untrusted networks does not compromise inner-tunnel cryptography.

Question 7

Can RAVEN SID be used with existing laptops and mission computers?

Accepted Answer

Yes. RAVEN SID is designed to augment, not replace, existing laptops, tablets, and mission computers. It provides a dedicated secure interface that these endpoints can connect through, allowing organizations to separate their security boundary from their user devices. This makes it easier to refresh laptops and mission computers on a commodity hardware cycle while keeping the security architecture, cryptography, and CSfC-aligned controls centralized in the RAVEN SID platform.

Question 8

What is the pricing philosophy of RAVEN SID compared to Archon ID Tech laptops?

Accepted Answer

RAVEN SID is engineered not only to increase capability but also to reduce total cost of ownership for secure communications programs. By externalizing security into a single secure interface device that can serve multiple endpoints or platforms, customers can buy fewer specialized secure laptops and more commodity endpoints. The RAVEN team targets configurations where RAVEN SID-based solutions can approach roughly half the upfront device cost and roughly half the annual subscription or service cost associated with typical Archon ID Tech laptop deployments, depending on exact program requirements and licensing structures.

| Secure Gateway

RAVEN Secure Gateway

| Secure Gateway

RAVEN Secure Gateway

RAVEN | Secure Gateway

RAVEN Secure Gateway

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

RAVEN Secure Gateway

Benefits:

Adheres to NSA post-quantum encryption standards
Meets NSA registration requirements for up to TS SCI
Enables the NIST Zero Trust architecture
Risk Management Framework compliance

Explore RAVEN Secure

Explore RAVEN Secure

Explore RAVEN Secure

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Contact

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

RAVEN Secure Gateway

Benefits:

Adheres to NSA post-quantum encryption standardsMeets NSA registration requirements for up to TS SCIEnables the NIST Zero Trust architectureRisk Management Framework compliance

Explore RAVEN Secure

Explore RAVEN Secure

Explore RAVEN Secure

Adheres to NSA post-quantum encryption standards
Meets NSA registration requirements for up to TS SCI
Enables the NIST Zero Trust architecture
Risk Management Framework compliance