BarrierMesh
FROM ASSERTION TO EVIDENCE

Identity governs access. Insurance prices evidence.

Your CMMS, your permits, your training matrix, all of it your account of your own performance. None of it proves what a specific person did, on whose authority, at the moment it mattered.

Run the Evidence Diagnostic
Where the work already happens

You are not missing a program. You are missing the proof that it ran as you say it did.

01 · Process Safety
Your PSM is doing the work.
Mechanical integrity, hot work permits and management of change move through CMMS, permit-to-work and EHS systems every day.
02 · OT Security
Your cyber program is doing the work.
Asset inventory, configuration baselines and privileged access approvals move through your OT monitoring platform, your change system and your SIEM.
03 · Quality
Your quality unit is doing the work.
Batch execution, deviations and release decisions move through MES, eQMS and a validated CMMS, signed under Part 11.
04 · Data Centers
Your critical facilities team is doing the work.
Testing on switchgear and UPS, MOP execution and red tag impairments move through CMMS, BMS and DCIM.
05 · Onsite Energy
Your generation site is doing the work.
Interconnection testing, battery state-of-health and impairment permits move through those same systems — with a lender's engineer reading them.
06 · Autonomous Inspection
Your autonomous program is doing the work.
BVLOS authorizations, operator currency and robot operating envelopes move through flight ops software, training records and the inspection portal. Every detection lands in the same CMMS as everything above.

Every one of those systems is doing its job. None of them can prove it to someone who wasn't there.

What if your record were self-proving?

Not a new system. Not a replacement for the ones you have. The same records, carrying proof of who acted, when, and in what order — checkable by someone outside your company.

What if every workflow step produced its own proof?
Aerial Autonomous Inspection
Percepto AIM, Skydio, American Robotics
Ground Patrol Inspection
Boston Dynamics Spot, ANYbotics ANYmal, Ghost V60
Confined Space Inspection
Flyability Elios, Gecko Robotics
Mobile Field Devices
Tablet + fiducial, RealWear, smartphone
Risk Framework
BowTieXP, Enablon, RiskTec
EHS System of Record
Intelex, Enablon, Cority, ProcessMAP
Management of Change
Sphera MOC, Velocity EHS, internal tools
Training & Qualification
SAP SuccessFactors, Workday, Cornerstone
Work Order System (CMMS)
IBM Maximo, SAP PM, AVEVA AIM
Permit-to-Work System
eVision, ePermits, Cority PTW, paper
Identity & Access Control
Badging, biometric access, SCIM
Asset Information Management
AVEVA AIM, Smartplant, Bentley AssetWise

Six levers for your next renewal conversation.

Six evidence pillars for engineering based insurance policies.

P1
Equipment Integrity
The detection-to-closure chain proves every anomaly was resolved on the specific asset it was found on — with the identity of who did the work attached to the record.
Where it lands
Underwriting precision → rated on your own maintenance record, not the class average
P2
Procedure Compliance
The record proves the approved version of a procedure was executed, in order, by a qualified person, at the recorded time. Not that a sign-off sheet exists.
Where it lands
Risk differentiation → your discipline stops subsidizing the peer group
P3
Zone Integrity
The authorization chain behind every entry to the places where the hazards live: credential, qualification, and work authorization all provable as current at the moment of entry.
Where it lands
Condition enforcement → compliance demonstrated in-period, not disputed after
P4
Observation & Near-Miss
The escalation and disposition layer above the alarm log — who reviewed each anomaly, what they decided, and on what basis, including the decisions to take no action.
Where it lands
Portfolio signal → the reference account, not the sampled one
P5
Authorization Chain
Impairments, permits, lockout-tagout, and change control — issuance through compensatory measures to verified restoration, each step signed by an identified person.
Where it lands
Dispute exposure → the contested claim becomes structurally hard to have
P6
Emergency Accountability
Response and restoration records written as events occur, replacing the after-the-fact reconstruction that decides how long the interruption is judged to have lasted.
Where it lands
Severity compression → the contested restoration window closes
The Return on Proof

Four places verified evidence pays you back.

The six pillars show what is missing. These four show where closing the gap pays — at placement, when a claim runs, in the record it leaves behind, and in how you are treated between claims.

Placement

You pay a surcharge for everything a carrier cannot check, and it never appears as a line item. Evidence they can verify prices your account on its own facts instead of your peer group's.

Claim experience

Reconstruction after a loss runs on records written afterward, by the party they describe. A chain that holds up shortens the adjustment and removes the ambiguity that turns a claim into a dispute.

Loss history

The number a loss finally settles at is what every future placement starts from. Faster factual clarity keeps the paper loss from outgrowing the real one — and recovery against a contractor at fault fails on evidence far more often than on merit.

Program standing

How a carrier treats you between claims: what the engineering visit costs both sides, whether your account is one they can learn from, and whether prevention spending earns credit or dies in budget review.

Twelve mechanisms sit under these four. Which of them your facility actually activates — and which are dormant — is what the analysis maps.

See what this looks like at your facility.

Find your biggest point of leverage for your next renewal in 2 minutes.

Run the Evidence Diagnostic
Run the evidence diagnostic