The Zero Trust Control & Assurance Platform
Enforce execution at runtime. Eliminate audit gaps with continuous proof- automatically.
Identity Is Not Enough.
Evidence After the Fact Is Not Proof.
Critical infrastructure runs on trust assumptions that don’t hold. A user authenticates. A session opens. From that point forward, nothing binds who is acting to what actually executes. Commands run without provable attribution. Pipelines operate without enforceable policy. One compromised credential, one unverified script — and an entire operational environment is exposed.
The compliance side is no better. Evidence is pulled from logs weeks later, stitched into spreadsheets, and presented as assurance. Assessments take months. Authorization cycles stall. And the artifacts that result are static snapshots of environments that have already drifted.
This is how critical systems get breached and how organizations discover — only after the damage — that their controls were never actually enforced.
Machine-Verifiable Truth at Every Layer
ScanSet operates across the full spectrum of zero trust — from pre-run execution control to post-run compliance assurance. Every action is bound to identity, every decision is signed, and every artifact is machine-verifiable. The result is a replayable, defensible system history built on cryptographic integrity — not reconstructed from logs after the fact.
The ScanSet Platform
Provenance
Zero Trust runtime enforcement.
Every command is intercepted before execution, bound to identity, device, and policy context, and cryptographically signed. If trust can’t be verified, execution is denied. No exceptions.
- Identity-bound execution envelopes
- Pre-run policy enforcement
- Fail closed by default
- Signed, replayable audit trails
ProofLayer
Continuous evidence generation from runtime signals.
Every control evaluation produces machine-verifiable artifacts — not screenshots, not exports, not attestations. Evidence is generated at the point of enforcement, not reconstructed after the fact.
- Map runtime signals to control requirements
- Generate traceable evidence and deficiencies
- Produce signed compliance artifacts (POA&Ms)
- Framework-agnostic: FedRAMP, CMMC, NIST 800-53
PathFinder
Live threat modeling built on real evidence.
PathFinder ingests enforcement and compliance data to visualize your environment as an interactive attack graph — exposing trust relationships, lateral movement paths, and control gaps in real time.
- Live attack path visualization
- Evidence-fed threat modeling
- Trust relationship mapping
- Continuous drift and gap detection
Built for the Hardest Problems
Securing Operational Technology at the Point of Execution
Every command to a PLC, HMI, or SCADA system should be attributable, policy-bound, and cryptographically signed before it executes. In most OT environments, once an operator authenticates, there is no enforcement layer between intent and execution — and no verifiable record of what actually ran.
Provenance sits at the enforcement point. Every action is intercepted, evaluated against policy with full identity and device context, and signed before the target system is reached. Denied attempts produce the same cryptographic evidence as approved ones.
Machine-Readable Evidence for Continuous Authorization
FedRAMP 20x eliminates the point-in-time assessment model. Authorization now requires continuous, machine-readable proof that controls are operating — not binders of screenshots reviewed once a year.
ProofLayer generates signed assessment results at every scan cycle and transforms them into OSCAL-formatted artifacts — assessment results, findings, and POA&Ms — ready for direct ingest into the SAP and SAR workflow. C3PAOs receive structured, machine-verifiable evidence packages they can validate without reconstruction. No manual OSCAL mapping. No spreadsheet translation. Evidence flows from runtime to assessor in a format the framework already expects.
Accelerating Authorization with System-of-Record Integration
DoD ATO timelines stall on evidence — manual collection, remediation cycles, and assessor rework measured in months. The bottleneck isn’t the framework. It’s getting defensible evidence into the systems that track compliance.
ProofLayer produces signed assessment results with traceable findings and auto-generated POA&Ms, then exposes them via API for direct ingestion into systems of record like ServiceNow. Security teams track STIG implementations, control status, and remediation progress from a single source of truth — fed by cryptographically signed evidence, not analyst attestations. Assessors verify what the machine already proved.
Interested in Piloting ScanSet?
Reach out to see how our integrations reduce your time to authorization or add zero trust enforcement to your critical systems.
Research & Technical Guidance
Engineering Continuous Monitoring Across NIST SP 800-53 and Federal Authorization Baselines
Most continuous monitoring implementations produce findings — not evidence. This paper describes an architecture that generates cryptographically verifiable compliance evidence directly from managed endpoints, closing the gap between control execution and the evidentiary record.
Covers deterministic control-state validation, the policy execution layer, cryptographic evidence integrity, continuous delivery to GRC platforms and systems of record, and the shift from artifact review to state-driven authorization.
Download PDFContinuous Monitoring Infrastructure for FedRAMP 20x
FedRAMP 20x replaces document-based authorization with persistent, automated validation. This paper describes an evidence architecture designed for the 20x model — deterministic policy execution at the endpoint, cryptographically verifiable at the point of collection, and delivered as machine-readable authorization data continuously.
Covers the shift from Rev5 to 20x, what persistent validation actually requires, deterministic evidence for KSI validation, and how verified evidence flows to assessors and agencies through trust centers and OSCAL-native delivery.
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