One Platform for Asset Integrity, Reliability & Management
AccurAPM is asset performance management software built on asset integrity methods, for oil, gas and petrochemical operators — risk-based inspection, inspection data management, Fitness-For-Service, reliability-centred maintenance and integrity operating windows on one governed data model, deployed in the cloud or on your own network.
Business impact
Reduce fragmented engineering processes, improve risk visibility and give integrity teams the information they
need to make faster, better-informed decisions.
Turn Fragmented Integrity Data into One Source of Truth
Asset integrity teams often work across spreadsheets, inspection databases, engineering documents,
maintenance systems and isolated specialist applications.
This fragmentation makes it harder to understand asset condition, prioritize risk and maintain a consistent
engineering history.
AccurAPM brings these processes together through one governed asset hierarchy and one common integrity data
model.
One Asset Hierarchy
Site, unit, system and equipment structured consistently across every workflow.
One Integrity Data Model
Inspection, corrosion, risk and reliability information described the same way.
Connected Workflows
Findings, recommendations and approvals flow between engineering disciplines.
Centralized Asset History
A continuous engineering record for each asset rather than scattered files.
Enterprise Integration
Master data and maintenance execution aligned with existing systems.
Management Visibility
Integrity status and priority actions visible across the asset portfolio.
Business impact
By connecting inspection, corrosion, reliability and risk information, organizations can reduce duplicated
work, improve data quality and make integrity decisions with greater confidence.
AccurAPM connects asset integrity, inspection, corrosion, reliability, pipeline management and
engineering workflows through one common platform.
Information captured in one area of the system becomes available across relevant workflows, helping
teams maintain consistent engineering data throughout the asset lifecycle.
Business impact
Less time searching for information. Less duplication between departments. Better visibility of asset
risk across the organization.
Every module shares one asset hierarchy and one integrity data model, so information captured in one
workflow stays available to the others across the asset lifecycle.
Asset Integrity
Manage the Complete Asset Integrity Lifecycle
Bring inspection planning, corrosion monitoring, operating limits, engineering findings and integrity recommendations together in one structured environment.
Inspection Data Management (IDMS) · Process Historian & IOW · Management of Change
Turn inspection and corrosion data into actionable integrity decisions.
Streamlines the collection, storage, review and analysis of inspection and corrosion data across the inspection lifecycle, from planning through thickness measurement, anomaly management and recommendation tracking.
✓Inspection planning based on remaining life or time-based requirements
✓Thickness measurement entry with corrosion-rate and remaining-life calculations
✓MAWP and minimum-thickness calculations
✓Anomaly, recommendation, deferral management and pitting evaluation
Connect live process data with integrity limits and engineering action.
Connects operational process data with asset integrity workflows for continuous visibility of Integrity Operating Windows, so teams can identify excursions and respond before abnormal conditions accelerate degradation.
✓Integration with process historians and OPC / OPC-UA data sources
✓Historian tags mapped to the AccurAPM asset hierarchy
✓Configurable IoWs for pressure, temperature, flow and composition
✓Excursion detection recording start time, duration, severity and affected equipment
Manage change with a controlled, configurable workflow.
A configurable process to manage and document operational and engineering changes, tailored during the design stage to match your requirements, supporting structured reviews, risk assessment, approvals and actions.
✓Configurable checklists and questionnaires
✓Configurable exceptions with supporting risk assessments
✓MoC action tracking through the change lifecycle
✓Approval cycles, team assignments, attachments and dashboards
Business impact
Create a complete history of asset condition, improve inspection planning and reduce the risk of important engineering findings being lost across disconnected systems.
Use structured risk and reliability methodologies to prioritize inspection, maintenance and engineering resources according to asset criticality and risk.
Evaluate equipment risk and build inspection plans aligned with the principles and guidelines of API 580/581, bringing risk assessment, damage mechanisms, corrosion context, recommendations and approvals into one controlled workflow.
✓API 581 damage mechanisms and ASME material data with minimum-thickness calculations
✓Corrosion loop definition and development of Integrity Operating Windows
✓Safety and financial risk with configurable risk matrices and targets
✓RBI recommendations with configurable analysis approval cycles
Decide whether damaged equipment can stay in service — and prove it.
Assess in-service pressure vessels, piping, tanks, boiler components and fired heater tubes against API 579-1/ASME FFS-1, 2021, with Level 1 and Level 2 implemented in full across the damage types of Parts 3 through 14.
✓Metal loss, pitting, crack-like flaws, creep, fatigue, dents, fire and HIC/SOHIC damage
✓Reduced MAWP, remaining life and a recommended next inspection date
✓Thickness history drawn from IDMS, operating history from the process historian
✓Equation-level traceability to the governing clause, with named analyst and reviewer
Rank asset criticality to focus resources where they create the most value.
Define system and equipment criticality using configurable consequence-of-failure and probability-of-failure criteria, then use the result to select the appropriate inspection and maintenance approach.
✓Configurable criticality and risk matrices
✓Assessment across COF and POF categories
✓Configurable questionnaires for faster, more consistent assessment
✓Approval cycles, team assignments and supporting attachments
Develop maintenance strategies around how assets can fail.
A structured process for determining effective maintenance strategies, focused on asset functions, potential failure modes, their effects, risk and the actions needed to manage reliability.
✓Support for the RCM seven-question methodology
✓Integrated risk assessment and RCM decision support
✓Failure Mode Library for consistent analysis
✓Configurable templates, approval cycles and reporting
Every failure has a story. Uncover it, prove it, and act on it.
Bring 5 Whys and Fishbone, Fault Tree Analysis and guided structured investigation onto one guided canvas, connected to your asset, inspection and RBI data, with the diagrams drawn for you automatically.
✓Fishbone, Fault Tree with AND/OR gates and sequence-of-events builders on one canvas
✓Starter diagrams drawn automatically, with logic validation
✓Similar-case retrieval across past investigations
✓Corrective actions with owners, due dates and a closure workflow
Evaluate long-term asset cost to support better lifecycle decisions.
Helps organizations evaluate total ownership expenses and optimize long-term costs, so cost can be considered alongside asset strategy and performance decisions.
✓Total ownership expense evaluation from a long-term perspective
✓Lifecycle-oriented cost within asset strategy decisions
✓Cost view alongside the wider risk and reliability context
Business impact
Move from reactive maintenance toward risk-based decision-making and direct engineering resources toward the equipment with the greatest operational and business impact.
Manage Pipeline and Corrosion Risk from One Environment
Combine pipeline information, inspections, threats, anomalies, risk assessments, cathodic protection data and integrity recommendations in one structured platform.
Manage pipeline risk across the full integrity lifecycle.
A risk-based framework for assessing, prioritizing and managing pipeline integrity across onshore and offshore systems, converting the risk profile into prioritized inspection, monitoring, testing and mitigation activities.
✓Risk-based segment assessment using POF and COF criteria
✓Threat management across corrosion, mechanical damage, third-party interference and geohazards
✓Planning for in-line inspection, ROV surveys, NDT and pressure testing
✓Aligned with DNV-RP-F116, ASME B31.8S and API RP 1160
Digitize cathodic protection monitoring, inspection and corrosion-control decisions.
A structured environment for managing engineering data, inspections, risk assessment and performance monitoring for cathodic protection systems across pipelines and other critical assets.
✓Engineering data for transformer-rectifiers, ground beds, anodes, test points and coupons
✓Survey planning, scheduling and recording
✓Trending of structure-to-electrolyte potentials and rectifier outputs
✓Aligned with NACE / AMPP corrosion-control guidance
Business impact
Improve visibility across pipeline condition and corrosion protection while helping integrity teams identify priority threats before they develop into major operational issues.
One foundation for secure asset data, flexible reporting and enterprise-wide insight.
The common foundation for the platform, combining asset hierarchy, security, administration, Query Composer, dashboards, BI-oriented reporting and Asset 360 views into one consistent asset context.
✓Security management supporting LDAP user groups or manually managed users
✓Query Composer with saved queries and export to Excel
✓Multi-level asset hierarchy supporting as many levels as required
✓Asset 360 and cross-module reporting across integrity, risk and reliability
Connect asset performance decisions with maintenance execution.
Integrates with enterprise maintenance systems to keep asset and work-management information connected, illustrated by bi-directional SAP integration through AccurELT.
✓Synchronize SAP master and history data into AccurAPM
✓Read equipment, functional-location and work-history information
Adds 3D model visualization and interactive GIS mapping to AccurAPM, so teams can navigate complex asset structures visually and locate equipment and pipelines by their real geographic position.
✓Intuitive 3D model visualization
✓Assets, equipment and pipelines mapped to their geographic locations
✓Live AccurAPM data read directly from the GIS map
✓A graphical complement to information managed in AccurAPM
AI-powered capabilities from data stream to decision.
Extends AccurAPM with AI-assisted interaction and data extraction, helping users turn enterprise data, drawings and technical documents into faster, more contextual asset insights.
✓AI Copilot — interact with enterprise data, including CMMS, through a private, secure assistant
✓AI-Based Data Extraction & Annotation — structured data from PDF drawings and technical documents with CML-style annotation
Business impact
Reduce the time required to locate, interpret and analyze engineering information while improving management-level visibility across the asset portfolio.
Business impact
Protect existing technology investments while creating a specialized integrity layer that connects
engineering decisions with enterprise maintenance and operational systems.
Integration reduces manual data entry, improves consistency between engineering and maintenance teams and
helps ensure that integrity recommendations are translated into operational action.
Connect inspection, corrosion and risk information to identify integrity concerns earlier and prioritize
the most critical assets.
02
Improve Engineering Productivity
Reduce manual searching, duplicate data entry and spreadsheet-based workflows.
03
Optimize Inspection & Maintenance
Use risk and condition information to focus inspection and maintenance resources where they create the
greatest value.
04
Improve Data Quality
Maintain one governed engineering history rather than multiple conflicting versions of asset
information.
05
Strengthen Decision-Making
Give engineers and management timely visibility into asset condition, recommendations, risk and
integrity status.
06
Extend Asset Life
Support better inspection, maintenance and engineering decisions that can help organizations operate
assets safely and efficiently for longer.
The objective is not simply to digitize existing workflows—it is to help integrity teams make better
decisions using consistent, connected and actionable information.
Why AccurAPM
One platform for your whole integrity programme
AccurAPM replaces separate inspection, risk and reliability tools with one system built for oil, gas and
petrochemical operators.
One platform, one asset record
Fifteen modules, from inspection data and risk-based inspection to Fitness-For-Service, RCM and root
cause analysis, share one asset hierarchy and one data model. Your engineers work from one version of
each asset's history instead of reconciling spreadsheets and separate tools.
You license the modules you need, and every engineer, inspector and manager who needs access gets it,
with no per-seat charge. Add modules as your programme grows.
AccurAPM connects to SAP for work orders and notifications, reads process data from your historian over
OPC UA, signs users in through your Active Directory and sends alerts through your mail server. It runs
on your own Windows servers and SQL Server, or in the Azure region you choose. Risk matrices and approval
workflows are configured to your procedures.
Combining Technology, Engineering Expertise and Industry Experience
Accur Digital collaborates with experienced engineering and industry partners to strengthen the delivery of
Asset Performance Management, asset integrity, inspection, reliability and risk-management programs.
Strategic Partner
Together, our strategic industry partnerships extend AccurAPM beyond software — combining digital
capabilities with specialist engineering knowledge, implementation expertise and project delivery.
Technology Partners
Built on a Strong Enterprise Technology Ecosystem
Accur Digital works with leading technology providers to support scalable cloud deployment, enterprise
integration, advanced analytics and AI-enabled Asset Performance Management capabilities.
Microsoft ISV Partner
Accur Digital builds AccurAPM on Microsoft Azure as an independent software vendor in the Microsoft AI
Cloud Partner Program, and both AccurAPM offerings are listed on Microsoft Marketplace.
NVIDIA Inception member
Accur Digital is a member of NVIDIA Inception, NVIDIA's programme for technology startups, which
supports the AI capabilities in AccurPulse.
AccurAPM on Microsoft Marketplace
Enterprise Asset Performance Management available through the Microsoft ecosystem.
Accur Digital combines engineering domain expertise with enterprise software implementation experience to
deliver AccurAPM in real operating environments.
Implementation
Enterprise IDMS Implementation
Implementation of centralized inspection and integrity workflows integrated with enterprise maintenance
and authentication systems.
Business impact
Improved integrity data governance and created a common engineering environment across inspection and
asset management workflows.
Engineering studies
RBI & Integrity Programs
Software-supported risk-based inspection and engineering studies aligned with recognized industry
methodologies.
Business impact
Helped engineering teams prioritize inspection activities according to equipment risk rather than fixed
inspection intervals alone.
Pipelines
Pipeline Integrity Management
Integrated management of pipeline data, inspections, risk assessments and engineering
recommendations.
Business impact
Created improved visibility of pipeline integrity threats and a structured history to support
engineering decisions.
Portfolio-level visibility of asset condition, integrity risk and priority actions.
Inspection
Inspection Engineers
Manage inspection plans, results, findings, recommendations and inspection history.
Corrosion
Corrosion Engineers
Monitor CMLs, thickness measurements, corrosion rates and remaining life.
Reliability
Reliability Engineers
Analyze failure modes, equipment criticality and maintenance strategies.
Management
Engineering Management
View risk, integrity status and key engineering priorities across facilities.
IT
IT & Digital Teams
Deploy and integrate a governed enterprise platform aligned with existing architecture and cybersecurity requirements.
Business impact
Create a common working environment across engineering disciplines instead of allowing each department to
maintain its own isolated source of asset information.
Services
From Integrity Strategy to Production Deployment
01
Assess
Review existing asset integrity processes, systems, data and engineering requirements.
02
Configure
Configure AccurAPM workflows, data models and business rules around the customer's operating model.
03
Migrate & Integrate
Migrate historical engineering information and connect AccurAPM with existing enterprise systems.
04
Deploy & Train
Deploy the production environment and prepare engineering users and administrators.
05
Support & Improve
Provide ongoing functional and technical support as operational requirements evolve.
Business impact
Customers receive more than software licensing—they receive a structured implementation approach designed to
move from existing processes and data toward an operational asset integrity platform.
Whether you are replacing spreadsheets, modernizing an existing inspection database, implementing RBI,
improving pipeline integrity or building an integrated APM environment, we can demonstrate how AccurAPM can
support your operation.
Bring us your current integrity challenge, workflow or system landscape and we will show how AccurAPM can
fit into it.
Prefer email? info@accurdigital.com
The 47 Building, N' 90th St 5th Settlement, New Cairo 1, Cairo, Egypt
