Reliatic replaces inspection spreadsheets with a governed integrity system. Quantify risk, enforce inspection intervals, and produce audit-ready evidence — before the regulator asks for it.
Not marketing claims — verifiable methodology alignment.
Four steps turn raw asset data into regulator-ready compliance evidence.
Import your asset register from CSV, Excel, or your existing CMMS. Every vessel, pipe, and rotating component gets a unique identity with full metadata lineage.
Score probability and consequence for each damage mechanism using API 580/581 methodology. Risk rankings update automatically when thresholds are breached.
Risk-ranked inspection intervals replace calendar-based guesswork. High-risk assets get inspected sooner; low-risk assets get justified extensions.
One-click audit evidence with hash-chained integrity. Every risk decision, inspection finding, and mitigation action is permanently recorded.
Import your asset register from CSV, Excel, or your existing CMMS. Every component gets a unique identity with full metadata lineage.
Score probability and consequence using API 580/581 methodology. Rankings update automatically when thresholds are breached.
Risk-ranked intervals replace calendar-based guesswork. High-risk assets get inspected sooner with justified evidence.
Hash-chained audit evidence. Every decision permanently recorded — pull up full history for any asset in seconds.
Aging pressure vessels, tightening regulatory deadlines, and inspection data scattered across three systems. When the auditor asks for the decision history on V-2041, can you pull it up in under a minute?
Your CMMS tracks work orders. Reliatic governs the risk decisions that determine which work orders matter. Three engines, one governed workflow.
Rank every asset by failure probability and consequence. Let the math set inspection intervals — not the calendar.
API 580/581 quantitative risk assessment with PoF x CoF scoring. The platform calculates optimal inspection intervals per damage mechanism, fires governance events when thresholds are exceeded, and generates the evidence trail your auditor expects.
Identify failure modes before they become incidents.
IEC 60812 failure mode analysis with severity, occurrence, and detection scoring. RPN calculation ranks every failure mode by criticality so your team addresses the highest-consequence risks first — not the loudest ones. Re-assessments trigger automatically when mitigations close.
Predict when equipment will fail. Quantify the cost of waiting.
Every calculation is traced, auditable, and linked to governance decisions. When an inspector asks how you derived the inspection interval, the answer is one click away.
| Tag | Component | MTTF | MTBF | Events | Status |
|---|---|---|---|---|---|
| V-2041 | Shell (CO2 corrosion) | 8,760h | 6,420h | 7 | Watch |
| P-1205A | Impeller seal | 4,380h | 3,890h | 12 | Critical |
| HX-3010 | Tube bundle | 17,520h | 15,200h | 3 | Normal |
| C-4001 | Tray internals | 26,280h | 24,100h | 2 | Normal |
| P-1205B | Bearing assembly | 6,570h | 5,840h | 9 | Watch |
Every risk calculation, inspection interval, and compliance report in Reliatic traces back to a published standard. No proprietary black boxes — your engineers can verify the methodology and your auditors can trust the output.
Quantitative risk assessment for pressure vessels, piping, and process equipment.
Systematic risk identification, analysis, evaluation, and treatment.
Structured failure mode and effects analysis for hazard identification.
Lifecycle governance framework for physical asset decisions and audit trails.
Criticality-based maintenance optimization for offshore installations and subsea systems.
Identification and classification of damage mechanisms affecting fixed equipment in refining and petrochemical service.
From risk assessment to inspection execution to corrective action close-out — every step produces immutable audit evidence. No manual reconciliation, no spreadsheet drift.
When the auditor arrives, the evidence is already there: hash-verified decision records, timestamped inspection findings, and a complete chain from risk score to work completed. Export the full audit pack in one click.
V-2041 assessed PoF 4 × CoF 3 = High
Interval set to 6 months per API 581
UT thickness 8.2mm — above t_min 6.4mm
Localized corrosion zone 3 — monitoring action created
Coating repair completed — verified by inspector
PoF reduced to 2 — interval extended to 12 months
Every database query is scoped by tenant ID through PostgreSQL Row-Level Security — enforced at the database engine, not application code. Operator A cannot read, write, or even detect Operator B's asset data. The audit log is cryptographically hash-chained: database triggers reject any UPDATE or DELETE attempt on historical records.
Read the full security posture29 granular permissions across 3 role levels. SSO available on Enterprise.
Row-level isolation, encrypted storage, penetration tested.
At rest and TLS 1.3 in transit. Your region, your data.
Where a missed inspection or an untracked corrosion rate can mean an unplanned shutdown, a safety incident, or a regulatory finding.
Pressure vessels · risers · subsea flowlines · topsides piping
Columns · reactors · heat exchangers · furnace tubes
Storage tanks · piping systems · compressors · reactors
Reactors · agitators · scrubbers · lined vessels
Boilers · steam drums · turbine casings · HRSG tubes
Cryogenic vessels · amine contactors · slug catchers · cold boxes
30-minute walkthrough. No generic demo. We'll use your equipment types and inspection intervals to show you exactly how the platform maps to your facility.
Typical deployment: 2-4 weeks from kickoff to live system