Federal compliance automation, from empty account to authorized to retired

What ACTA does for a federal program office

A federal program office rarely runs one environment. It runs a portfolio, often a dozen or more across a single department's components, each carrying its own vendors, contracts, authorization boundary, and assessor relationship. Evidence for all of it too often lives in screenshots, spreadsheets, and email threads nobody fully trusts by the time an assessor asks to see them. ACTA replaces that patchwork with six modules that carry a system from an empty cloud account through authorization, monitoring, and retirement, and every artifact those modules produce is generated deterministically from the environment as it actually runs, not from someone's notes.

Federal compliance automation, module by module

1. Provision: ACTA provisions a full cloud environment as code, using Terraform and CloudFormation, on AWS commercial, AWS GovCloud, Microsoft GCC High, Azure, Google Cloud, or bare metal. A small environment stands up in roughly 25 minutes, so a program office is not waiting weeks for infrastructure before compliance work can start.
2. Assess: Scanning runs on Grype and Trivy with cross-engine deduplication, and findings are enriched with EPSS exploit probability and CISA KEV flags, then ranked by a composite risk score, so a program office can triage what actually matters instead of a raw vulnerability count.
3. Document: From the live environment, ACTA generates the System Security Plan, Security Assessment Report, POA&M, Risk Assessment Report, control narratives, and evidence binder, in whatever format the next reader needs: eMASS-importable CSV, STIG CKL XML, SARIF, CycloneDX, SPDX, OpenVEX, or a branded PDF.
4. Train: Role-based training packs and quizzes are generated per framework, scored, and tracked as evidence, so training compliance sits inside the same package an assessor reviews instead of a separate spreadsheet someone maintains by hand.
5. Monitor: Continuous monitoring tracks credential health, evidence freshness, endpoint posture, and drift from previously passing controls. A stale posture refreshes to current in two clicks, the capability behind a continuous ATO rather than a once-a-year snapshot.
6. Retire: Deprovisioning produces proof, not just a deletion: deletion evidence, egress history, and the full causal journey behind the environment, packaged for handoff, so a program office retiring a system can show exactly what left and when.

Managing vendors, contracts, and cloud environments

A program office is not just running its own environment; it is evaluating every vendor that touches it. ACTA imports vendor-submitted SBOMs, Syft-powered CycloneDX documents with license extraction, matches them against known vulnerabilities, and scores completeness against OMB M-22-18, producing an APPROVE, CONDITIONAL, or REJECT recommendation an ISSM can act on directly instead of a spreadsheet to interpret.

Environments and contracts should share a lifecycle, not run on separate clocks. ACTA builds the environment as code at contract award and can tear it down at closeout with deletion evidence, egress history, and the full causal journey packaged for handoff, so a program office retiring a system has proof it left nothing behind rather than a hope that someone remembered to clean up after the contract ended.

None of this assumes a single cloud. ACTA provisions on AWS commercial, AWS GovCloud, Microsoft GCC High, Azure, Google Cloud, or bare metal, so a program running a hybrid footprint across a civilian cloud and a GovCloud enclave manages both through the same six modules instead of separate tooling and separate evidence trails for each environment.

How does a federal program office get an ATO?

Getting an authority to operate is fundamentally a risk decision, not a security audit. An authorizing official reviews a system's security plan, its assessment results, and its outstanding risks, then either accepts that risk on the government's behalf or does not. The path to that decision runs through the NIST Risk Management Framework: categorize the system, select and implement controls, assess whether they work, and package the result for the authorizing official's decision.

What changes program to program is how much of that work is manual. A program office assembling System Security Plans by hand, chasing screenshots for evidence, and hand-building the risk assessment report is measuring its timeline in quarters, not weeks. ACTA generates the SSP, SAR, POA&M, and RAR from the live environment deterministically, so the package an authorizing official reviews reflects the environment as it actually runs. Programs that keep that evidence current after authorization are increasingly pursuing a continuous ATO instead of waiting for the next scheduled reassessment; the full picture of what an authority to operate requires is covered on its own page.

Frameworks the federal government actually runs on

Every federal authorization traces back to the same foundation. FISMA sets the statutory requirement that agencies manage information security risk in the first place, the NIST Risk Management Framework supplies the process for doing it, and NIST SP 800-53 supplies the control catalog that RMF's Select step draws from. A program office that understands those three pieces understands most of what a federal assessor is going to ask for, regardless of which specific authorization is on the table.

Cloud-hosted systems add a layer on top of that foundation. FedRAMP standardizes how commercial cloud products get authorized for government use, so a single assessment can support multiple agencies rather than each one repeating the same review, and the DoD Cloud Computing SRG does the equivalent for cloud workloads inside the Department of Defense, defining the impact levels that determine what data a given cloud environment is allowed to hold.

Where a program office is buying from the defense industrial base rather than authorizing its own systems, CMMC governs the standard those contractors have to meet before controlled unclassified information can touch their systems, adding a certification layer contracting officers increasingly write directly into solicitations. The underlying protection requirement is NIST SP 800-171, which governs how a contractor safeguards CUI once it flows down from the agency, and CMMC Level 2 requirements are where most of those contractors actually get assessed against it.

Software vendors selling into these same agencies face a parallel set of requirements, just organized by market rather than by mission: see the industry pillar for how the same deterministic automation supports a vendor pursuing FedRAMP, HIPAA, or CMMC to close a federal, healthcare, or defense deal.

Frameworks the federal government actually runs on