For cloud service providers
FedRAMP Automation
Automate the work that consumes a FedRAMP program — KSI evidence, control validation, SSP, POA&M, OSCAL output, and continuous monitoring — so your authorization package stays true as your cloud changes every week.
Continuous MonitoringActive
KSI Compliance
Why FedRAMP is now an automation problem
FedRAMP 20x redesigned authorization around machine-readable evidence and continuous validation, with the goal of automating the large majority of security requirements. Traditional controls are translated into Key Security Indicators (KSIs) that can be verified by software, and packages are expressed in OSCAL so they can be validated and exchanged as data rather than read line by line.
The cadence is what makes manual work impossible. For machine-based information resources, validation must run at least every 7 days at Low and at least every 3 days at Moderate; non-machine-based validations must complete at least once every 3 months. No team re-gathers evidence across an entire boundary every 72 hours — only a pipeline does. That is why automation is an operating model, not an audit-week sprint.
FedRAMP 20x is built for measurable security outcomes.
Boundera keeps your KSI evidence, validation runs, findings, and package metadata current as your environment changes — so your 20x package reflects the system you are actually operating.
A continuously maintained package built for the FedRAMP 20x evidence model.
Cloud signals
Live boundary
KSI validation
Validated evidence
Run history
Persistent proof
20x package
Machine-readable
Trust Center
Customer-ready
The Boundera Engine
An intelligence layer over your cloud and systems.
Boundera connects to the systems you already run, understands their live state, maps each signal to a specific KSI or control, and publishes an OSCAL-native certification record to your Trust Center.
Grounded, not guessed
Every result links back to the signal that produced it — who, what, when, and where.
Continuous, not point-in-time
It re-runs on the 20x cadence, so the record stays true as your cloud changes each week.
Agentic fixes you approve
It proposes the change that closes a gap; a human approves before anything ships.
Rule-based where it counts
Pass and fail come from deterministic checks. AI drafts fixes and policies, never your compliance status. Your data never trains a model.
How FedRAMP 20x works in Boundera.
From scoped service boundary to continuously updated KSI package.
Define your 20x boundary
Connect your cloud, source control, identity, and issue tracking systems, then scope the cloud service offering.
Validate KSIs from live evidence
Run KSI checks against resources, repositories, identity settings, and uploaded evidence with pass, partial, fail, and no-evidence status.
Fix assertion-level gaps
Prioritize failing KSI assertions, see affected resources and signals, then create Jira tickets or PR-ready fixes.
Export the KSI package
Generate a machine-readable KSI package for review, then keep it current with continuous runs and regression tracking.
What you can automate
The highest-leverage parts of a FedRAMP program — the work that is repetitive, error-prone, and never finished.
KSI evidence collection
Pull live signals from cloud config, IAM, scanners, and CI/CD on a schedule, normalize them into who/what/when/where evidence objects, and map each to a specific Key Security Indicator with defensible pass/fail criteria.
How to automate KSI evidence →Control evaluation & SSP
Evaluate controls against the evidence in your boundary, draft control narratives in a strict template, and flag missing elements — instead of writing a 300-page System Security Plan by hand.
POA&M management
Ingest findings from scanners and assessments, deduplicate, track aging against remediation SLAs (Critical 30 days, High 90, Moderate 180), and link each item to before/after evidence.
OSCAL output
Emit valid, machine-readable OSCAL for SSP, SAP, SAR, and POA&M that passes schema and completeness checks — the data backbone of a FedRAMP 20x digital package.
OSCAL for FedRAMP, explained →Continuous monitoring (ConMon)
Detect drift inside the boundary, refresh affected evidence and narratives automatically, and generate “what changed” summaries for monthly reporting — because authorization is ongoing, not a one-time event.
FedRAMP reporting
Regenerate the full evidence package, KSI status, and monthly ConMon reports on demand from current data — no more rebuilding a quarterly PDF from stale screenshots.
Integrations
Works with the tools you already use
Boundera pulls evidence straight from the systems that run your boundary — clouds, identity, code, scanners, and ticketing — through their APIs.
Automate FedRAMP reporting
Once evidence is collected continuously and mapped to controls and KSIs, your reports stop being a manual rebuild. Regenerate the full evidence package, KSI status, and monthly ConMon report on demand from current data — each item carrying its source system, timestamp, expected state, observed state, and pass/fail result. That is the difference between a tool that emits a quarterly PDF and one that keeps your package defensible week to week.
Accelerate the path to ATO
Automating evidence and validation compresses the slowest phases of authorization: mapping signals to requirements, drafting defensible narratives, and proving current state to reviewers. Teams reach a submittable package faster and — because the same pipeline runs after authorization — spend far less keeping it current through continuous monitoring, the most expensive phase of FedRAMP.
Choosing FedRAMP automation tools
Evaluate tools by running them against your real boundary, not a feature matrix. Ask whether a tool connects to your systems through APIs, whether it shows which signal triggered each control or KSI mapping, whether it detects drift tied to your boundary, and whether its OSCAL actually validates. A failure of the validation process is itself treated as a vulnerability under 20x, so a tool that silently stops collecting is generating an open finding — strong automation treats a broken pipeline as a work item with an owner.
For a full evaluation rubric, see our guide to FedRAMP compliance tools in 2026.
See it running against your own stack.
Connect a sample environment. Watch KSIs evaluate. See a KSI package export live.
Book a walkthrough →FedRAMP automation FAQ
- What is FedRAMP automation?
- FedRAMP automation is the use of software to do the repetitive, error-prone work of authorization — collecting evidence, mapping it to controls or Key Security Indicators, keeping the SSP and POA&M current, and re-proving the same facts on a schedule. FedRAMP 20x is built around this idea: it aims to automate validation of the large majority of security requirements using machine-readable evidence instead of screenshots and narratives.
- What parts of FedRAMP can be automated?
- The highest-leverage areas are KSI evidence collection, control evaluation and SSP generation, POA&M management, OSCAL output, continuous monitoring, and reporting. A point-in-time PDF report is no longer sufficient under 20x, so the work that benefits most from automation is the evidence pipeline and the validations that must run continuously.
- How does FedRAMP 20x change automation requirements?
- FedRAMP 20x requires machine-readable, regenerable evidence and continuous validation. For machine-based information resources, validation must run at least every 7 days at Low and at least every 3 days at Moderate; non-machine-based validations must complete at least once every 3 months. No human team re-gathers evidence across a boundary every 72 hours — only a pipeline does, which is why automation becomes an operating model rather than an audit-week sprint.
- How do I choose a FedRAMP automation tool?
- Run it against your real boundary on your real cloud accounts, not a feature matrix. Ask whether it connects to your systems through APIs, whether it shows which signal triggered each control or KSI mapping, whether it detects drift tied to your boundary, and whether its OSCAL actually validates. Weight the capabilities by your path: a 20x provider should prioritize KSI automation and continuous evidence, while a Rev 5 program should prioritize SSP generation and control mapping.
- Can FedRAMP reporting be automated?
- Yes. Once evidence is collected continuously and mapped to controls or KSIs, monthly ConMon reports, KSI status, and the full evidence package can be regenerated on demand from current data. That is the difference between a tool that produces a quarterly report and one that keeps your package true as engineers ship changes every week.
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