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Speedify for FIPS-Compliant Network Bonding: What Government Contractors Need to Know

Speedify and FIPS Compliance: What You Need to Understand Before Deploying

Satcom companies, government contractors, federal agencies, and businesses handling Controlled Unclassified Information face a hard requirement: any cryptographic module protecting data in transit must be validated under FIPS 140-2 or FIPS 140-3. For organizations that also need internet bonding – combining 4G/5G cellular, Ethernet, Wi-Fi, Starlink and satellite to maintain reliable internet connectivity – the question is which bonding solution fits inside a compliant architecture.

Speedify for Routers runs on Linux-based routers and servers. Paired with a Speedify Self-Hosted Server on infrastructure you control, Speedify gives IT teams a deployment path that fits inside existing FIPS-compliant architectures, not by replacing your cryptographic stack, but by working within it. This post covers how FIPS validation applies to bonding software, where Speedify fits, and how Speedify compares to other bonding solutions.

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What FIPS 140-2 and FIPS 140-3 Actually Require

FIPS 140-2 and its successor FIPS 140-3 define security requirements for cryptographic modules: the software or hardware components that perform encryption, key management, and related functions. NIST’s Cryptographic Module Validation Program (CMVP) issues the certificates. A product is FIPS-compliant when it uses a validated cryptographic module and operates in that module’s approved mode.

That distinction matters for bonding software. The CMVP validates the cryptographic module, not the full product. A bonding application that routes all cryptographic operations through a FIPS-validated module in approved mode can participate in a FIPS-compliant architecture. The bonding logic itself – packet splitting, reordering, failover – is not a cryptographic function and is not in scope for FIPS validation.

One date worth tracking: all FIPS 140-2 certificates move to the CMVP Historical List on September 21, 2026. Only FIPS 140-3 certificates will count as current for new deployments after that point. Procurement teams should verify certificate status directly against the NIST CMVP validated modules database before making a purchasing decision.

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How Speedify Network Bonding Fits Into a FIPS-Compliant Deployment

Speedify for Routers runs on Linux, supporting Ubuntu and OpenWrt-compatible hardware. On Linux, the underlying cryptographic operations can be handled by a FIPS-validated OpenSSL provider or a system-level FIPS-validated module, depending on how the OS is configured. Speedify’s Self-Hosted Server installs as a standard Linux package on any supported Linux instance: on-premises bare metal, air-gapped environments, or cloud VPCs inside infrastructure the organization manages.

For compliance teams, this means traffic flow and data residency are fully controllable. With a Speedify Self-Hosted Server deployed inside your network boundary, bonded traffic from Speedify for Routers clients does not transit Speedify’s infrastructure. Traffic flows from client devices to your server and stays within your environment, subject to your access controls, firewall rules, and logging policies.

When auditors ask where traffic goes, the answer with a self-hosted deployment is specific: it goes to a server at a location you define, on infrastructure you manage, inside your existing compliance framework. Key deployment characteristics for compliance-sensitive environments:

Which Businesses Should Consider the Speedify Network Bonding Architecture

Defense contractors operating under DFARS 252.204-7012 or CMMC Level 2/Level 3 requirements need FIPS-validated encryption to protect CUI. Bonded connectivity is common in these environments: field offices, remote contractors, mobile work sites, and deployments where a single Ethernet or 4G/5G cellular connection is insufficient or unreliable. Speedify for Routers on an OpenWrt device bonding 4G/5G cellular and Ethernet, connected through a Speedify Self-Hosted Server inside the contractor’s AWS GovCloud or on-premises environment, provides bonded connectivity that stays within the compliance perimeter.

Federal agencies and their contractors managing systems under FISMA or FedRAMP face the same question. The self-hosted deployment model puts the Speedify server component inside the agency’s or contractor’s own Authority to Operate (ATO) boundary.

Law enforcement agencies, state and local government entities, and businesses in regulated industries: financial services under PCI DSS, healthcare under HIPAA, handling data that requires FIPS-validated encryption in transit, can use the same deployment model.

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Speedify vs. Other Internet Bonding Solutions for FIPS Environments

Solution FIPS-Validated Module Hardware Agnostic Self-Hosted Server Option Air-Gap Compatible Client Platforms
Speedify for Routers + Self-Hosted Server Via OS-level FIPS module (Ubuntu Pro / FIPS-configured OpenWrt) Yes – runs on commodity Linux hardware, OpenWrt routers Yes – Linux package, bare metal or cloud VM Yes Windows, macOS, Linux, iOS, Android, OpenWrt
Peplink SpeedFusion + FusionHub Yes – Peplink FIPS Module (CMVP #4763, FIPS 140-2 Level 1, active until 9/21/2026) No – SpeedFusion bonding requires Peplink/Pepwave hardware on the client side Yes – FusionHub virtual appliance Partial Peplink/Pepwave hardware only for SpeedFusion bonding
Cisco Catalyst SD-WAN (Government) Yes – Cisco FIPS Object Module; multiple active CMVP certificates; FIPS 140-3 transition in progress Partial – software deployable, optimized for Cisco hardware Yes – on-premises controller Partial Cisco-managed endpoints primarily
Fortinet FortiGate SD-WAN Yes – FIPS 140-2 Level 1 and Level 2; transitioning to FIPS 140-3 No – tied to FortiGate hardware for full SD-WAN Yes – on-premises deployment available Partial FortiGate hardware / FortiClient

Verify all certificate statuses against the NIST CMVP database before procurement.

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Speedify Teams

Get faster uploads and downloads and a more reliable internet connection for all the people and devices in your business.

Speedify for Routers

Power your OpenWRT, GL.iNET, or Miri router with Speedify and combine Wi-Fi, Ethernet, 4G, 5G, Starlink and other satellite internet connections together.

Speedify Embedded Solutions and Integrations

Embed Speedify software into your app or hardware products and leverage the core channel bonding technology of Speedify in new and interesting ways.

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