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AsInt Analytics is a powerful tool designed to assess the performance, efficiency, and safety of processes, equipment, and personnel. It systematically measures, collects, analyzes, and monitors key performance indicators (KPIs) and data points to provide valuable insights that drive decision-making and improvements in your operations.
AsInt Analytics offers several powerful features that allow organizations to track and improve performance, including:
Create Your Own Boards: Customize and create personalized dashboards to track the metrics and KPIs that matter most to your organization.
Monitor KPIs: Continuously monitor and track various performance metrics and KPIs to assess equipment health, reliability, and process efficiency.
Analyzing Performance and Efficiency: Analyze equipment, process, and safety performance metrics to identify trends, areas for improvement, and opportunities to enhance efficiency and safety.
You can easily create and customize your own boards in AsInt Analytics based on your requirements and preferences. This feature allows you to focus on the KPIs and metrics that matter most to your organization, eliminating irrelevant data and ensuring that you have a clear and concise view of your most important insights.
With AsInt Analytics, you can monitor a wide range of KPIs related to equipment, processes, and personnel. These KPIs help you track the health, reliability, and performance of your assets, enabling you to make data-driven decisions. You can visualize this data using various charts and graphs to easily spot trends and issues.
AsInt Analytics helps monitor the health and reliability of equipment by tracking various performance metrics and KPIs. Using charts and graphical methods, the platform enables you to visualize the performance of equipment and processes in real time, ensuring that potential issues are identified early and addressed proactively.
AsInt Analytics tracks both leading and lagging indicators to assess performance and efficiency:
Leading Indicators: Predictive metrics that help anticipate issues before they occur, allowing for proactive management.
Lagging Indicators: Metrics that reflect the outcomes of past performance, helping to evaluate how well the organization has performed over a given period.
Yes, AsInt Analytics offers deep data exploration capabilities. You can drill down into specific data points to understand the underlying causes of performance issues, equipment failures, or safety concerns. This granular level of analysis helps you identify actionable insights that can improve overall operations.
Examples of KPIs that can be tracked include:
Asset Utilization: Measures how effectively assets are being used.
Equipment Reliability: Tracks the frequency of failures or repairs.
Operational Efficiency: Measures the efficiency of processes in terms of output versus input.
Safety Metrics: Tracks safety-related KPIs, such as incident rates or hazard exposure levels.
AsInt Analytics empowers organizations to identify trends, gaps, and areas for improvement by continuously monitoring KPIs and performance data. With real-time insights, you can take timely action to optimize processes, reduce inefficiencies, enhance safety, and ultimately drive continuous improvement in your operations.
Yes, CML can be created and assigned based on the selected equipment and CML template.
Yes, the View Reports option under an inspection allows you to download the inspection report.
Yes, findings can be created either by linking them to an inspection or as individual findings without linking to any inspection.
Yes, you can select either Metric or Imperial under UOM settings in the Profile section.
Yes, the required language can be selected from the Profile section.
Yes, tenants can be switched by entering the Identity Zone.
Yes, some of the devises with Bluetooth capabilities are supported in Intellisuite for capturing CML readings.
Yes, IntelliSuite includes built-in AI capabilities.
The AsInt IntelliSuite is a comprehensive inspection app designed to streamline and enhance inspection processes, focusing on mechanical integrity management. It provides a reliable and user-friendly platform for conducting thorough, accurate, and efficient inspections with powerful features that simplify maintenance workflows.
Yes, The AsInt IntelliSuite has offline capabilities, enabling you to perform inspections even when you’re not connected to a network. You can add readings, calculations, images, and save your work. Once you’re back online, the app will sync your data to the BTP layer to ensure no data is lost.
Yes, you can easily switch between multiple tenants with just a single click. This multi-tenant switching feature provides you with versatile usage across different environments, making it easier to manage your inspections across various projects
You can create, view, and add inspections directly from the mobile app. The app allows you to upload attachments, add Condition Monitoring Location (CML) readings, and view checklists. Additionally, you can manage maintenance tasks on the go, ensuring all inspections and tasks are tracked efficiently.
The “Findings and Notifications” feature allows you to create findings directly within the app. This ensures that any issues discovered during inspections are promptly addressed. App allow you to create recommendations from Finding and then create Notification from recommendation.
Yes, work pack assignments can be created directly from the Fiori Users application. These assignments are then accessible to registered users on the AsInt Mobile application. This streamlines the inspection process by allowing you to efficiently manage and track assigned tasks from your mobile devices.
From Fiori Launchpad select User Tile and select the User from list then click on edit icon to update the role and permission based on the role and permission user will be able to perform the CRUD operation in app
Yes, the AsInt Inspection App supports multiple languages to accommodate users from different regions, ensuring a broader and more inclusive experience for all.
The AsInt IntelliSuite improves efficiency by centralizing all aspects of the inspection process into a single platform. With offline capabilities, multi-tenant switching, and seamless task management, the app ensures that inspections are completed faster, more accurately, and with greater ease. Notifications and detailed attachments further enhance your ability to stay on top of inspections and maintenance activities.
AsInt’s Safety Suite is an integrated set of safety and risk assessment tools that enables organizations to systematically identify, assess, and mitigate risks throughout the asset lifecycle. It supports methodologies like HAZOP, LOPA, PHA, and Barrier Management—all designed for operational resilience, regulatory compliance, and workforce protection.
Process Safety Suite: HAZOP (Hazard and Operability Studies) PHA (Process Hazard Analysis) LOPA (Layer of Protection Analysis) Barriers and Bowtie Analysis Risk Register Functional Safety Suite: SIS Lifecycle Calibration Management Optimization
Unlike isolated or spreadsheet-driven safety tools, AsInt’s Safety Suite offers full lifecycle integration—from design-phase hazard studies to operational barrier management. It connects risk data, integrates with ERP systems, and is built on industry standards (IEC 61511, OSHA PSM), ensuring reliability and auditability.
Yes. The platform is optimized for collaborative workshops and virtual facilitation. Teams can conduct studies in real-time, assign actions, log recommendations, and generate reports —removing the need for manual post-session documentation.
Absolutely. AsInt’s tools are fully configurable. You can define your own risk matrix, consequence categories, severity levels and barriers/safeguards or use industry-standard templates as a starting point.
Yes, and it’s designed to do exactly that. You can move from fragmented spreadsheets into AsInt’s centralized platform to gain consistency, version control, real-time collaboration, and audit readiness.
All modules are designed to meet regulatory requirements such as OSHA PSM, IEC 61508/61511, IEC 61882, CCPS. Built-in documentation, audit logs, and approval workflows ensure transparency and compliance at every step.
Yes, AsInt’s Bow Tie module enables teams to map threats, consequences, and barriers visually. You can track degradation factors, responsibilities, and performance indicators in one place.
The PHA/HAZOP study feeds directly into the LOPA module. Users can select scenarios from PHA or HAZOP, analyze them semi-quantitatively in LOPA and determine whether additional safeguards or SIL-rated systems are required in streamlining the entire risk workflow.
Yes. It integrates with SAP or other ERP systems. You can link risk actions to maintenance tasks, track implementation, and feedback status updates—creating a closed-loop safety management system.
By providing proactive tools for identifying and mitigating risks, the Safety Suite helps your organization address potential safety hazards before they lead to incidents. It enables organizations to improve safety culture, optimize maintenance schedules, and ensure operational resilience, ultimately resulting in better safety performance and fewer accidents.
CMLs are designated points on assets (pipelines, pressure vessels, or other critical assets) where thickness measurements are taken over time to monitor corrosion, erosion, or other degradations. They help to assess equipment health and drive predictive maintenance strategies.
To monitor asset condition through critical parameters e.g., Tmin (Thickness Minimum) & MAWP (Maximum Allowable Working Pressure) enabling proactive maintenance and extending asset life.
The trending feature allows you to graph and track historical data of CMLs and assess the remaining life of assets. By visualizing data over time, you can identify patterns and trends in corrosion or wear, allowing for early issue detection and more accurate predictions of asset longevity.
By analyzing thickness trends at CMLs, user can predict when repairs will be needed, reducing unplanned downtime and improving reliability. This predictive approach helps reduce downtime and avoid costly emergency repairs, making maintenance efforts more efficient.
You can create a CML within the AsInt platform by designating specific regions on your assets, such as pipelines or pressure vessels. During creation, you can set parameters like the Thickness Minimum and Maximum Allowable Working Pressure (MAWP) to ensure that the asset operates within safe limits.
Yes, the trending feature allows you to access and analyze historical CML data. This includes tracking corrosion rates, damage progression, and the remaining life of assets. With this data, you can make data-driven decisions and improve asset management strategies.
Yes, you can manage multiple CMLs across different assets. Whether you’re monitoring pipelines, pressure vessels, or other equipment, you can set up and track CMLs specific to each asset, providing a comprehensive view of their health and performance over time.
Yes, you can manage and trend multiple CMLs across different equipment for a complete asset health overview.
Thickness Minimum (Tmin): The minimum wall thickness required to maintain asset integrity. MAWP (Maximum Allowable Working Pressure): The highest pressure an asset can safely handle, calculated based on the Tmin and design criteria.
The frequency of inspections will depend on the asset’s usage, environment, and risk factors. Typically, regular monitoring should occur based on the asset’s criticality and the rate of corrosion or damage observed in past readings. You can set reminders or schedules for inspections within the app to ensure timely checks.
It allows you to:
Accurate CML selection ensures:
Absolutely. You can set Tmin and track thickness measurements independently of RBI to monitor asset life and make maintenance decisions.
Data Conduit is an MS Excel plug-in designed to integrate seamlessly with our Database. It helps users efficiently handle and manage data within SAP applications. With a focus on security, reliability, and productivity, Data Conduit provides an easy way to push and pull data from SAP directly within Excel, streamlining data operations for better productivity.
Seamless integration with SAP Cloud systems. Secure login via custom login by SAP BTP or LDAP. Efficient “Pull” and “Push” functionality for data management. Real-time data validation. Template management for consistent data handling. Indicators to track data changes and status.
Data Conduit leverages SAP BTP (Business Technology Platform) or LDAP (Lightweight Directory Access Protocol) for secure login and authentication.Users log in using their SAP IAM (Intelligent Asset Management) suite Logon credentials, ensuring that data access is secure and controlled.
With Data Conduit, you can:
Fetch data from your SAP tenant based on specific search criteria. Assign and work with templates for consistent data management. Validate data in real-time before pushing or saving it back to your SAP tenant. Push or save the data to your SAP system once it’s validated and ready.
Yes, Data Conduit is designed to efficiently handle large datasets, making it a powerful tool for managing data in real time. The integration with Excel allows users to manipulate and manage large amounts of data conveniently and effectively.
Yes, Data Conduit is versatile and allows users to interact with different SAP applications by selecting and managing the relevant data. Whether you’re dealing with asset management, inventory, or other SAP modules, Data Conduit streamlines the process.
Yes, Data Conduit is designed to efficiently handle large datasets, making it a powerful tool for managing SAP data in real time. The integration with Excel allows users to manipulate and manage large amounts of data conveniently and effectively.
The Digital Wall Chart is an interactive and visual representation of critical data and KPIs, designed to help you monitor, discover, and track the progress of events like outages or shutdowns in real-time. It visualizes the most important operational data from various systems and devices in your facility.
Field inspectors or operators use the DWC application to conduct inspections and update the status of their activities on-site. These updates sync in real time with the wallchart, ensuring that all configured graphs and KPIs reflect the latest data. The dashboard dynamically adjusts to show accurate, up-to-date information to track key parameters such as temperature, pressure, flow rates, and equipment performance.
Interactive dashboards let you explore data in detail. You can touch or click on specific data points to access more information or drill down into particular entities, such as specific equipment or production lines. This interactivity empowers users to make decisions based on granular, up-to-date information.
AsInt’s Turnaround Digital Wall Chart provides a visual, interactive representation of critical data and key performance indicators (KPIs) to monitor and track the progress of an outage or shutdown. This tool helps ensure smooth operations by visualizing real-time information, making it easier to detect issues early and keep the turnaround process on trac
The Digital Wall Chart allows you to closely monitor critical equipment and processes within your facility. By tracking real-time performance data, you can assess if equipment is operating as expected, whether production targets are being met, and whether there are any issues that need attention before they escalate.
Yes, the Digital Wall Chart can be Configurable to suit your specific needs. You can tailor the dashboards to focus on particular parameters, systems, or equipment that are most critical to your operations, making it a versatile tool for various industries and use cases.
During outages or shutdowns, effective coordination and timely updates across multiple teams are essential. The Digital Wall Chart supports this by offering real-time visibility into key data and performance metrics. It helps teams monitor progress, quickly identify issues or delays, and stay aligned throughout the resolution process. This improves daily decision-making and supports efficient communication during team meetings and operational reviews.
Events and Calibrations is a product designed to support organizations in maintaining safe and efficient operations by managing events and calibration activities effectively. It plays a critical role in ensuring that operations are compliant with industry standards and helps prevent accidents and disruptions by enabling informed decision-making.
The Events and Calibrations product helps organizations stay compliant with industry standards by tracking calibration schedules, recording calibration results, and ensuring that equipment is within the necessary specifications. Additionally, it manages events related to safety, maintenance, and operational efficiency, helping organizations demonstrate compliance with regulatory and safety requirements.
All calibration records are securely stored in a centralized database with full traceability. This includes time-stamped logs, technician details, calibration results and associated documentation, making it easy to retrieve and present records during audits and inspections.
Yes. It is designed to integrate seamlessly with existing Asset Performance Management (APM) & EAM systems to create a unified operational workflow.
By tracking events and ensuring that calibration tasks are completed on time, the product reduces the likelihood of equipment malfunctions or safety incidents. Additionally, it supports the identification of potential hazards or inefficiencies, allowing for proactive measures to prevent disruptions and accidents before they occur.
Yes, the application includes robust reporting and analytics tools that allow users to generate insights on trends, recurring issues, overdue calibrations, and compliance status. These reports support data-driven decision-making and continuous improvement initiatives.
Yes, AsInt collaborates with clients to help develop internal standard operating procedures and custom training materials that align with the organization’s workflows and compliance requirements.
Yes, users can define and customize event categories and calibration types to align with their organization’s operational and regulatory needs. This flexibility ensures that all relevant activities are captured accurately and categorized for reporting and analysis.
Absolutely, The product includes functionality to schedule recurring calibrations. This ensures that critical calibration tasks are never missed and that equipment remains within compliance standards.
AsInt’s HCA App is a specialized tool designed to help pipeline operators identify, analyze, and manage High Consequence Areas; locations where a pipeline failure could result in serious consequences to human life, the environment, or critical infrastructure. The app supports regulatory compliance, transparent calculations, and scenario-based analysis.
HCA identification is a regulatory and safety-critical requirement. It ensures that pipeline operators can assess risk in populated or environmentally sensitive areas and implement enhanced safety measures. Accurate HCA analysis helps prevent catastrophic failures and supports long-term asset integrity planning.
The app uses advanced, transparent algorithms to calculate potential impact zones for pipeline leaks or ruptures. Users input pipeline data, operating conditions and area and the app generates consequence areas. The logic and calculations are fully visible, allowing engineers to validate results and understand how changes in inputs affect outcomes.
Per regulatory requirements, HCAs must be reassessed at least every five years. However, reassessment may also be necessary if there are changes in population, infrastructure, land use, or the pipeline itself.
Yes. The HCA App allows full customization of risk matrices, thresholds, and scenario parameters. This flexibility ensures alignment with your internal risk policies and regional regulatory variations.
Yes. The app supports gas, liquid etc. pipelines across various terrains and jurisdictions. Its flexible data model allows it to be used across diverse pipeline systems and operating environments.
Traditional HCA tools often obscure their calculations. AsInt’s app provides full transparency, users can view intermediate results, assumptions, and mathematical logic used in each scenario. These builds trust in the results and facilitates cross-functional collaboration.
Yes, the platform supports multi-user collaboration. Engineering, compliance, and integrity teams can work on shared assessments and contribute insights throughout the HCA evaluation process.
AsInt offers end-to-end support—from onboarding and user training to integration assistance and ongoing technical support. Training materials, live sessions, and help documentation are provided to ensure rapid adoption and effective use.
High Consequence Analysis algorithms are the mathematical models used to calculate the potential consequences of a pipeline spill. These algorithms take various inputs, such as environmental factors, proximity to populated areas, and the type of pipeline, to determine the radius of impact in case of a release. All of the calculations are visible to the user, allowing them to fully comprehend how different factors influence the outcome.
Yes, AsInt allows you to version templates, so you can track past legacy assessments. This feature is important when new versions of the regulatory regime are introduced. It ensures that previous calculations remain available for reference, compliance, and historical analysis.
The IDMS/Inspections module streamlines asset inspection management by centralizing inspection data across the asset lifecycle, providing a single, reliable source for inspection histories, findings, and compliance records, while ensuring alignment with industry standards like API 510, 570, and 653.
The module aligns with major industry standards, including but not limited to: API 510 (Pressure Vessel Inspections) API 570 (Piping Inspections) API 653 (Storage Tank Inspections) It ensures inspection activities are consistent with regulatory, client, and industry requirements.
It consolidates critical inspection data and monitors degradation mechanisms to detect early signs of corrosion, wear, and potential failure in critical assets such as pipelines, storage tanks, pressure vessels, and drilling equipment, enabling you to take proactive corrective action before severe damage or failures occur.
Inspections produce various valuable datasets, including:
The key features of AsInt Inspections include:
Yes, AsInt Inspections supports integrations with other SAP modules and third-party systems, enabling seamless data sharing across platforms. This integration facilitates end-to-end asset management workflows, providing a comprehensive view of asset health and streamlining maintenance processes.
Maintenance Spend Planning (MSP) is a tool designed to help organizations enhance their decisions regarding Maintenance Budget allocation. The application enables a critical review of spending in various categories, including Proactive, Corrective, and Improvement activities, while also integrating with Reliability & Integrity strategies, Safety optimization, and routine maintenance processes.
Optimize OPEX (Operational Expenditure) Improve visibility and control of maintenance-related spend Align spending with asset performance strategies Ensure optimal asset functioning and reduced unplanned downtime
MSP is designed for seamless integration with Reliability & Integrity strategies, and it aligns with tools used for Safety optimization and routine maintenance planning.
Any asset-intensive organization such as those in energy, utilities, manufacturing, and infrastructure will benefit from MSP’s structured approach to maintenance budget planning and optimization.
MSP provides valuable insights and data to help optimize your maintenance budget. By analyzing and categorizing spending on Proactive, Corrective, and Improvement activities, MSP ensures that funds are allocated efficiently to maximize asset performance and minimize unexpected repairs or failures.
Once MSP is launched, you will be able to register for the product and begin using it through the AsInt platform. Detailed instructions and support will be available to help you get started with MSP and maximize its benefits for your organization.
Non-discretionary activities, either mandated by regulation or internal procedure, can be identified in MSP and prioritized for maintenance budget allocation ahead of discretionary activities such as improvements and financial risk mitigating work.
After performing a calculation, tap Calculate and then click Save. Enter a file name, and the calculation will be saved under Saved Files in the app.
When you open a saved file, you can see the input values, the calculated result, and the date and time when the calculation was saved.
For each calculation, the application will specify what industry standard (eg: ASME code) is being utilised along with the formula used.
The AsInt CORE Calculator Mobile App is a user-friendly tool designed to make common inspection and engineering calculations easily accessible on your mobile device. It allows you to perform a variety of calculations, such as pressure vessel Tmin, corrosion rates, remaining life, and pipe diameter, all directly from your smartphone or tablet. The app is available for free download from the Apple App Store (iOS) and Google Play Store (Android).
The CORE Calculator allows you to perform several essential calculations, including:
Pressure Vessel Calculations: Tmin (Thickness Minimum) and MAWP (Maximum Allowable Working Pressure) for pressure vessels.
Piping Calculations: Tmin (Thickness Minimum), Maximum Pressure, and Internal Design Pressure for pipelines.
Corrosion Rate Calculations: Calculate corrosion rates based on one or more readings.
Remaining Life Calculations: Estimate the remaining life of assets based on the last measurement date and Tmin.
Pipe Diameter and Wall Thickness Lookup: Quick reference for pipe size and wall thickness calculations.
Metrics and Imperial Calculations: Supports both metric and imperial units for ease of use across various regions.
The CORE Calculator app is available for both iOS and Android devices. You can download the app for free on:
iPhones and iPads via the Apple App Store. Android devices via the Google Play Store.
The CORE Calculator helps you estimate the Remaining Life of equipment by considering the Date of Last Measurement, the last reading, and Tmin (Thickness Minimum). This feature helps you predict the lifespan of assets, plan maintenance schedules, and avoid unexpected failures or downtime.
With the Materials Lookup feature, access comprehensive and up-to-date information on construction materials. It provides quick and reliable access to material standards, specifications, and grades for your projects, ensuring precise calculations and simplifying complex assessments.
Yes, the app helps with the following pipe calculations:
Tmin (Thickness Minimum): Calculate the minimum required thickness of pipes to maintain structural integrity.
Max Working Pressure: Calculate the maximum pressure that pipes can safely handle.
Internal Design Pressure of Pipeline: Perform calculations to ensure pipelines can withstand internal pressures under different operating conditions.
The app provides a straightforward way to calculate corrosion rates based on one or more readings. By inputting data such as measurement dates and thickness readings, the app computes the corrosion rate, helping you assess the degradation of assets over time. This is especially useful for monitoring the condition of assets and planning maintenance activities.
The Damage Mech Screener helps you identify and calculate corrosion rates associated with various damage mechanisms. It utilizes the latest methodologies from API 571, ensuring accurate assessments of damage susceptibilities and corrosion rates for different asset types. The interface is intuitive, making it easier to screen for potential damage mechanisms.
The app simplifies complex inspection and engineering tasks by allowing you to perform critical calculations quickly and accurately on-site. This minimizes errors, saves time, and helps improve decision-making, leading to more efficient inspections, better asset management, and improved operational safety.
Risk-Based Inspection (RBI) is a systematic approach to prioritizing inspection activities based on the probability and consequence of failure, rather than fixed time intervals. It enhances reliability and safety by focusing inspection efforts on high-risk assets, reducing unplanned outages, and optimizing maintenance resources.
Supports industry frameworks like API 580 and API 581 etc for implementing systematic RBI programs.
Optimized planning means inspections are scheduled based on risk levels and asset condition, ensuring high-risk equipment receives thorough inspection while avoiding redundant checks on low-risk assets. This ensures safety and compliance without overspending.
Unlike routine or condition-based inspections, RBI focuses resources on high-risk assets, reducing unnecessary inspections and increasing attention to equipment that poses the greatest risk—resulting in better outcomes and lower operational costs.
By proactively identifying risks and potential failure points, RBI enables early intervention and preventive maintenance. This minimizes unexpected breakdowns, improves asset availability, and extends asset service life while improving operational efficiency.
The key benefits of implementing RBI include:
Prioritizing inspections based on risk rather than time or condition. Optimizing resources by focusing efforts on high-risk assets. Extending the life of assets through early issue detection and proactive maintenance. Reducing unplanned downtime, repair costs, and unnecessary inspections. Enhancing overall safety and reliability of assets and operations.
Yes, RBI helps generate significant cost savings by minimizing unnecessary inspections, reducing downtime, and focusing resources where they are most needed. By preventing equipment failures and improving the efficiency of asset management, organizations can save on repair costs, personnel expenses, and the cost of unnecessary inspections.
Asint’s approach to RBI is customized to meet your organization’s specific needs. Our services not only focus on risk assessment and prioritization but also optimize inspection plans based on asset condition, helping you save time and resources while improving safety, reliability, and asset performance.
Implementing RBI involves assessing your current asset management and inspection strategies, identifying high-risk assets, and developing customized inspection plans based on risk predictions. AsInt’s RBI solution can help guide you through this process, optimizing your inspection schedules and improving your overall asset management strategy.
Yes, AsInt’s RBI module integrates with SAP to retrieve maximum allowed inspection intervals, whether regulatory or company-defined. Users can adjust inspection intervals post-analysis to ensure they align with safety standards while remaining compliant.
The RBI (Risk-Based Inspection) module calculates risk scores for assets by analyzing degradation mechanisms, asset criticality, operating conditions, and historical data. Based on these insights, it generates optimized inspection plans to enhance asset management strategies. Key benefits include:
Findings from inspections and CML readings directly feed into RBI calculations, refining the asset’s risk profile in real time.
Yes, RBI plans can be customized based on asset criticality, service environment, degradation mechanisms, and corporate risk thresholds.
Asset risk rankings Inspection plans tailored by risk Recommendations for mitigation or monitoring strategies
Yes, RBI is suitable for all types of assets, particularly those in industries that rely heavily on the performance and reliability of their equipment, such as manufacturing, oil & gas, chemical, and energy sectors. RBI can be tailored to suit the unique needs and risk profiles of any asset, ensuring optimal performance and minimal downtime.
RCA is a structured, repeatable process that uncovers the real reasons behind failures in asset‑intensive operations, moving beyond surface symptoms to identify technical, human, or organizational factors.
It builds a clear cause‑and‑effect hierarchy with flowchart visualization and branching paths.
It lets users start with a failure event and drill down through successive “why” layers, making it easy to see how technical, process, and human factors are connected.
Yes. Multi‑path analysis supports branching “why” paths, capturing parallel contributors such as equipment failure and process non‑compliance.
It provides a visual RCA framework that maps causes and sub‑causes, enforces discipline, tracks investigation depth with counters, and scales from quick reviews to deep‑dive investigations.
It links identified causes directly to recommendations and tasks within the same workflow, ensuring organizations move from analysis to action, prevent repeat failures, and maintain audit‑ready closure.
Yes. Hierarchical Cause Decomposition breaks down broad human factors into specific, actionable sub‑causes (e.g., lack of refresher training, no training program, limited hands‑on experience).
The structured, category‑based layout enforces discipline, ensuring investigations are systematic and free from ad‑hoc or biased reasoning.
Industries with complex, asset‑intensive operations — such as oil & gas, petrochemicals, power generation, and manufacturing — gain significant value from structured RCA and its traceability features.
The app supports Why‑Why Analysis and Fishbone (Ishikawa) Analysis, providing both structured and visual approaches.
The Maintenance & Service Tab pulls asset history, work orders, and maintenance plans directly into the RCA record for full context.
Yes. Timeline View logs milestones, assignments, and status changes in real time, creating a clear audit trail.
By connecting causes directly to recommendations and tasks, the app ensures lessons learned translate into permanent fixes
The roadmap includes additional RCA tools beyond Why‑Why and Fishbone, expanding analytical options for different failure scenarios
The app is designed to grow with your needs, supporting both quick assessments and deep‑dive investigations, with new modules planned based on customer feedback.
The AsInt HAZOP application is a digital platform used to perform Hazard and Operability studies to identify, assess, and manage potential process hazards in industrial operations.
HAZOP helps organizations identify risks early, prevent incidents, and improve operational reliability to process safety in industries like oil & gas, chemical, and pharmaceuticals.
Industries such as oil & gas, chemical, pharmaceutical, power generation, and nuclear sectors benefit from HAZOP studies due to their complex and hazardous processes.
The application aligns with Process Hazard Analysis (PHA) methodologies recognized under Process Safety Management (PSM) standards to ensure regulatory compliance and improved safety practices.
Common parameters analyzed include pressure, temperature, flow, level, composition, and other operational variables that can affect process safety.
The application uses guidewords combined with parameters to analyze possible deviations and helps the HAZOP team identify potential hazards associated with each deviation.
A node is a specific section or part of a process that is selected for detailed hazard assessment during the HAZOP study.
The application helps identify process deviations, assess risks, and recommend safeguards to prevent accidents and operational failures.
The application uses parameters and guidewords to assess deviations and determine possible hazards and their consequences
Safeguards are existing protective measures such as alarms, interlocks, safety systems, or operational procedures that help prevent or mitigate hazards.
Yes, the application allows recommendations or action items to be assigned to specific users for implementation and tracking.
Yes, the application records all study results, hazards, consequences, safeguards, and recommendations for future reference
Yes, it can integrate with systems such as risk management tools, maintenance programs, and emergency response planning.
The HAZOP study helps identify critical scenarios that may require Safety Instrumented Functions (SIFs)as a mitigating barrier to reduce both the likelihood and consequences of a hazardous event
The application is linked back to master-data (Equipment) giving visibility to users regarding the criticality and role a device may play in preventing safety and operational incidents
HAZOP findings can be incorporated into operational guidelines and procedures to help operators manage hazards safely during plant operations.
The identified hazards and potential consequences from HAZOP studies help organizations prepare effective emergency response strategies.
HAZOP results highlight critical equipment and risk areas, enabling maintenance teams to prioritize inspections and preventive maintenance.
HAZOP findings can be used as learning resources to train employees on hazard recognition, risk mitigation, and safe operational practices.
Once the study is completed, all findings and recommendations are documented, communicated to stakeholders, and tracked until actions are completed.
Residual risk refers to the remaining level of risk after implementing barriers and control measures.
HAZOP studies should be reviewed periodically or whenever there are significant changes in process design, equipment, or operating conditions.
The application provides structured documentation and reporting, enabling clear communication of hazards, risks, and mitigation measures to stakeholders.
By analyzing real-world operational scenarios and implementing recommendations, organizations can continuously enhance safety systems and operational practices.
By identifying potential failures early and implementing preventive measures, the application reduces the likelihood of incidents and improves overall operational reliability.
Intellisuite offers several AI-powered features designed to enhance inspection and analysis processes. These include:
The AI Assistant is an artificial intelligence–based tool that provides accurate information related to industry standards and inspection methodologies. It can assist users with guidance and references from standards such as:
This helps inspectors quickly access relevant technical information and standards.
Users can upload or capture a photograph of the equipment, and the AI model will automatically detect visible damage mechanisms based on API 571 guidelines.
If the AI cannot recognize the damage due to low image quality or unclear visual indicators, users can manually input parameters such as:
Based on these inputs, the system will suggest probable damage mechanisms.
Data Scraping is an AI-powered feature that extracts information from uploaded documents such as:
The system automatically processes and converts this data into a structured and compatible format, making it easier to integrate into the inspection database.
Isometric Drawing Analysis is an AI feature that analyzes uploaded isometric drawings (images or PDFs).
Once the drawing is uploaded, the AI automatically detects and counts piping components such as:
This helps engineers quickly obtain component counts without manual review.
AI Text Summarization converts detailed inspection notes and reports into a short, concise, and easy-to-read summary.
This allows inspectors and engineers to quickly understand key inspection findings without reading the entire report.
