If you’ve been managing IT infrastructure for a federal agency for any length of time, you know the U.S. Department of Defense Information Network Approved Products List (DoDIN APL).
The APL has been the gold standard for procurement confidence: If a product was on the list, you had reasonable assurance it had been evaluated, tested, and cleared for use in DoD and federal environments. It simplified vendor conversations, accelerated procurement, and gave mission owners something concrete to point to when defending their technology choices.
Now, that era is winding down and the model is changing. The Defense Information Systems Agency (DISA) has announced a phased sunset of the DoDIN APL and is moving cybersecurity requirements toward the DISA Risk Management Executive (RME)’s Security Technical Implementation Guide (STIG) program for vendors. Interoperability requirements, meanwhile, are moving through Unified Capabilities Requirements – Core (UCR-CORE) and contractual provisions.
This isn’t a downgrade. It is a more rigorous and operationally meaningful approach.
While a product on the APL told you it had been evaluated, a STIG tells you how it must be deployed, hardened, and maintained to remain secure. That’s a more honest and more useful standard.
For government IT leaders evaluating data protection platforms, this transition changes the conversation. The question is no longer just, “Is this product on the APL?” The better questions are, “Does this product have a published STIG or STIG-aligned hardening guidance, does it meet those requirements in the intended deployment model, and can my team actually implement and maintain that posture without heroic effort?”
To help simplify that evaluation, we’ve created a checklist of key questions to ask when assessing an enterprise backup solution for federal environments. If you’re evaluating a solution right now, these are the questions you should be asking.
Before using this checklist in a procurement, authorization, or audit-facing discussion, validate the current DISA status for the product, version, and deployment model under evaluation.
The Government Backup Compliance Checklist
- Does the product have a published STIG or STIG-ready hardening guidance?
A product that has never been evaluated against DISA baseline requirements creates audit exposure. You shouldn’t be writing your own security controls from scratch for a commercial backup platform. Look for a published STIG or, at minimum, a vendor-provided hardening guide that maps directly to DISA requirements. - Can the product operate in Federal Information Processing Standards (FIPS) 140-2/140-3 validated mode?
Federal information systems handling sensitive data often require FIPS-validated cryptographic modules, depending on the system categorization and applicable control baseline. Your backup platform encrypts data in transit and at rest, so that encryption should use FIPS-validated cryptographic modules when the environment requires it. Make sure to verify this is a supported configuration, not just a marketing claim. - Does it enforce multifactor authentication (MFA) for administrative access and support common access cards (CAC)/personal identity verification (PIV) through an identity provider?
Single-factor administrative access to a backup platform is a critical control failure. A backup server has read access to every protected workload in your environment. MFA is non-negotiable, and in a government environment, integration with CAC/PIV through security assertion markup language (SAML) and an identity provider (IdP) is the expected implementation path. - Is backup data protected against deletion or modification by a compromised administrator account?
This is the ransomware resilience question, but it’s also a compliance question. DISA STIGs require data integrity controls. Immutable backup storage, whether via Linux hardened repository or S3 Object Lock, ensures that backup data cannot be tampered with even if privileged credentials are compromised. - Does the platform provide detailed audit logging of all administrative actions?
Government environments require audit trails. Who logged in, when they logged in, what they changed, and what they restored should be logged with operator identity and timestamp, and the logs should be exportable to a SIEM. If the backup platform can’t answer an IG auditor’s question about who touched what and when, that’s a finding risk. - Can it support air-gapped, offline-licensed deployments?
Not every government system has internet connectivity, and many shouldn’t. Your backup platform must be fully functional in air-gapped environments, including offline license activation and offline update mechanisms. If the vendor requires a phone-home for licensing or updates, that’s a hard blocker for classified and isolated networks. - Does encryption apply across the full backup lifecycle: backup, replication, and archive?
Data-in-motion protection isn’t just about the initial backup job. Backup copy jobs, replication to secondary sites, and tape archive all create new data movement paths. Each path should be encrypted in transit using approved protocols appropriate for the environment, and backup data at rest should use strong encryption, such as AES-256, where supported and required. - Can the platform be deployed and upgraded without onsite vendor assistance?
Operational independence matters. Government IT teams need to be able to expand capacity, apply patches, and upgrade software without a vendor technician on-site. Dependency on vendor-assisted upgrades creates schedule risk and potentially mission risk. - Does it support role-based access control granular enough for a government environment?
Different people need different levels of access. Backup operators shouldn’t have restore rights they don’t need. And, similarly, restore rights for sensitive workloads shouldn’t be visible to everyone with console access. Role-based access control (RBAC) that maps to your org chart is a compliance control, not just a convenience feature. - Has the vendor demonstrated a pattern of meeting government standards over time, not just for this release?
This last one is less technical but equally important: Look for evidence of sustained commitment. A vendor that views compliance as a one-time milestone is very different than a true vendor partner that consistently invests in meeting government requirements with each new release. Track record matters.
Why Veeam Backup and Replication v12’s DoDIN APL Certification Still Matters
I want to take a moment to acknowledge what the DoDIN APL certification represented when Veeam achieved it for version 12.1.
Getting on the APL wasn’t a checkbox exercise. It required demonstrated product security, third-party evaluation, and a formal review process that not every vendor was willing to invest in.
For government customers evaluating Veeam at the time, that certification was a trust signal that said we had shown up, submitted to the process, and met the standard that the government set.
That milestone still matters because it was not just a point-in-time achievement; it was evidence of Veeam’s willingness to invest in the standards government customers rely on.
Where Veeam Backup and Replication v13 Stands
If you run that checklist against Veeam Backup & Replication v13, the evaluation should focus on these areas:
Start with the current Veeam documentation and release information: For VBR v13, validate whether the release includes a DISA STIG or STIG-aligned hardening guidance for the specific deployment model.
From there, validate the core security and access controls: Confirm FIPS-mode operation, SAML 2.0 SSO integration, CAC/PIV federation through the agency identity provider, immutable storage options, and the ability to preserve administrative control separation in the target architecture.
Then validate the operational details that matter in restricted or disconnected environments: Validate audit logging depth, Syslog or SIEM export, offline licensing, offline update workflows, offline malware signature handling, lifecycle encryption coverage, self-service upgrade paths, and workload-level role separation in the agency’s intended operating model. These details matter most when the environment is disconnected, restricted, or subject to formal audit review.
And the track record still matters: Veeam Backup & Replication v12.1 achieved DoDIN APL certification. V13 should be evaluated against the STIG-centered standard the government is now moving toward. Same commitment, updated for the way agencies are being asked to operate.
The Bottom Line
The transition from APL to STIG doesn’t make compliance easier. It makes compliance more specific, more operational, and, ultimately, more meaningful. The checklist above is what that specificity looks like in practice. If your current backup platform can’t answer those ten questions cleanly, the transition is an opportunity to fix the gap before an auditor, incident, or mission outage exposes it.
If it can, and if you’re already running Veeam, v13 should be evaluated as the upgrade path that keeps your environment aligned with the newer standard rather than catching up after the fact.
Resources for Validating Veeam Backup and Replication v13
When you’re ready to validate VBR v13 against your agency’s requirements, use these resources as you walk through the checklist:
- Veeam Trust Center for Industry Standards and Certifications
Learn more about how Veeam supports data resilience for government agencies or explore more about the latest VDP v13 product release.
The post From APL to STIG: What Government IT Leaders Need to Know About Backup Compliance and How to Stay Ahead of the Curve appeared first on Veeam Software Official Blog.
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