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Upstream Oil & Gas
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Automated Warehousing
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Metals Processing
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Electrical Utilities
All Industries Manufacturing
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20 July 2026
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Engineering software for asset integrity
About AsInt
To be the trusted engineering platform for mechanical integrity, reliability, and safety decisions across asset-intensive industries.
Encode the engineering and integrity standards industries rely on - including API 580/581, API 579-1/ASME FFS-1, ASME, ISO 14224, IEC 61511, inspection, reliability, corrosion, and asset master data governance frameworks, among many others - into auditable, configurable, and scalable software built for the world’s most demanding industrial environments.
Eliminate the gap between inspection data and engineering decisions through configurable, auditable, engineering-led software.
Predictive
IntelliSuite, AsInt’s mobile inspection application, features advanced predictive Image Damage Detection technology that accurately identifies and assesses damage in real-time. This capability helps inspectors capture critical data efficiently, improving inspection accuracy and enabling proactive maintenance decisions.
Generative
AsInt curated API 510/570 Inspector in your pocket! Ask questions about API 510/570 as if you have a seasoned inspector working alongside you.
A complete RBI delivery engine for fixed equipment and piping, supporting qualitative, semi-quantitative, and quantitative methods on a single configurable platform. Bring your own model or use industry-standard templates - assign any methodology to any equipment, run the assessment, and publish auditable results.
API 579 Level 1 and Level 2 assessments delivered through a structured, configurable workflow. Damage type, geometry, operating conditions, and material data flow into the calculation engine; results feed back to the equipment record for audit trail and re-evaluation. Built for the engineer doing the assessment - not a generic calculation toolkit.
A complete pipeline integrity management system covering corrosion growth, dents, cracks, cathodic protection, and in-line inspection - onshore and offshore. Bulk data management for long pipeline segments, with direct assessment models for buried assets and ILI workflows for piggable lines. Built for the engineer managing kilometres of pipe across multiple operating regimes.
A unified system for inspection planning, execution, data capture, and reporting. Build the equipment hierarchy, define CMLs and TMLs, plan inspections, execute in the field, and feed findings back into RBI, FFS, and reliability workflows. Synchronizes with ERP for work order generation and equipment master data.
Full RCM methodology with integrated FMEA, FMECA, and Root Cause Analysis. Build the functional hierarchy, identify failure modes, score criticality, select maintenance tasks, and feed strategy back into the asset record. RCM and integrity workflows live on the same platform - criticality scoring flows into RBI, inspection findings flow back into reliability analysis.
Offshore platform structural integrity management aligned to API 2SIM. Converts structural integrity strategy into a measurable, automated, traceable workflow. Categorize platforms by life-safety and consequence, assess likelihood of failure under design environmental loading, and determine inspection frequency, assessment method, FFS criteria, and monitoring strategy through a structured exposure matrix.
Inspection and engineering calculations on mobile. Built for API 510/570 inspectors and integrity engineers who need quick, code-aligned answers in the field - pressure vessel and piping Tmin, MAWP, corrosion rates, remaining life, materials lookup, and damage mechanism screening. Uses industry-recognized codes and standards as the basis of every calculation. Free download on iOS and Android.
Industry Focus
Oil & Gas
Petrochemicals
Food & Beverage
Linear Assets
Buildings & Infrastructure
Metals & Mining
Chemical
Power & Utilities
Manufacturing
Rail Transportation
Problem Statement
Asset-intensive organizations still struggle to turn integrity and reliability data into confident, risk-based decisions. Rigid models that don’t adapt as assets age. Inspection systems disconnected from reliability tools. Fragmented data scattered across ERP, spreadsheets, and historians. The result: engineering teams forced to depend on manual workarounds, undermining the digital initiatives meant to replace them.
At the same time, fragmented digital landscapes, where inspection systems, reliability tools, analytics platforms, and ERP solutions operate in silos, break the closed loop between assessment and execution. This forces teams to depend on manual workarounds and disconnected spreadsheets, undermining the promise of digitalization.
Inspection findings, thickness data, and condition monitoring results are often digitized but not contextualized, limiting their ability to influence RBI, criticality, and maintenance strategies. High data volumes without meaningful analytics further obscure degradation trends and emerging risks.
In parallel, reliability initiatives are constrained by inconsistent master data, incomplete failure histories, and unclear digital governance.
Together, these challenges dilute the value of digital transformation efforts and prevent organizations from realizing a unified, data-driven approach to mechanical integrity, reliability, and safety across the asset lifecycle.
A successful digital integrity transformation requires more than deploying new tools. It demands an engineering-led approach – one that respects how data, risk, and decisions actually flow across an asset-intensive organization.
AsInt encodes the standards engineers depend on. API 580/581 for risk-based inspection. API 579 for fitness-for-service. API 970 for corrosion control. API 584 for integrity operating windows. ASME for design and stress. IDMS for inspection data. Written into configurable, auditable software — not interpreted by a model.
The result: RBI, criticality, and maintenance strategies that evolve with changing asset conditions while preserving engineering judgment. Inspection findings that influence reliability outcomes. Auditable decisions, not static reports. Mechanical integrity performance that compounds across the asset lifecycle.
Configurability
Integration
Governance
Configurable templates aligned to API 970, integrated with damage mechanism libraries.
Define, monitor, and alert on operating limits per API 584.
Business-priority-weighted, audit-ready, configured to your operating context.
Workshop-ready frameworks for new construction and aging assets.
Qualitative, semi-quantitative, and quantitative per API 580/581 - your framework, encoded.
Facilitated by AsInt SMEs, output structured into the platform.
Deployment Flexibility
Optional integration with:
Maintenance orders, notifications, and equipment hierarchy sync automatically.
Instant access to inspection and reliability data across your organization.
Eliminated middleware layers for simpler architecture and lower maintenance.
Unified analytics for MI, Safety, and Reliability data.
Legacy systems, spreadsheets, P&IDs, CML datasets, inspection histories, asset hierarchies, corrosion loops, equipment master data, maintenance records, risk matrices, and engineering documentation migrated with precision, traceability, and engineering context, ensuring clean, validated, audit-ready data aligned to industry standards and ready for modern integrity, reliability, inspection, and asset management platforms.
End-to-end implementation across your preferred technology stack including SAP S/4HANA and IBM Maximo integration, SAP BASIS support, deployment, workflow configuration, role-based access, audit trail setup, security governance, environment management, system connectivity, and scalable enterprise architecture aligned to operational and IT standards.
Strategic and technical advisory for asset integrity, inspection, reliability, and maintenance programs - including API 580/581, API 579-1/ASME FFS-1, ASME, NBIC, ISO 14224, mechanical integrity frameworks, inspection optimization, corrosion management, audit readiness, digital transformation, and enterprise alignment across operations, engineering, and IT teams.
Facilitated engineering workshops and methodology development for CCD authoring, DMR creation, IOW setup, RBI methodology design, criticality framework development, FMEA/FMECA facilitation, corrosion loop definition, risk matrix alignment, inspection strategy optimization, and integrity program standardization across pressure vessels, piping, tanks, heat exchangers, and critical industrial assets.
Our Services
"We are thrilled to share our experience with the exceptional team at AsInt. They exceeded our expectations in every aspect of the project and effectively addressed our critical business requirements, closing the functional gaps we faced in SAP ASPM."
"Our partnership with AsInt has been a game-changer for our organization, and we could not be happier with the results. They helped us transform our asset management and inspection processes, and we look forward to a continued successful partnership."
Chemicals
"We are pleased to express our satisfaction with the outstanding services provided by AsInt during our recent project. Their technical expertise, ability to understand our business needs, and the positive impact of the application they implemented have made a significant difference in our operations."
Life Sciences
Global Reach
Industries we serve:
