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Enhanced Compatibility and Testing Framework for Construction Project Management Software
  1. case
  2. Enhanced Compatibility and Testing Framework for Construction Project Management Software

Enhanced Compatibility and Testing Framework for Construction Project Management Software

trigent.com
Construction
Real estate

Identifying Challenges in Software Compatibility and Release Readiness in Construction Project Management

The client’s software interfaces with multiple third-party tools via a library of connectors, requiring ongoing addition and upgrade of these connectors to support new versions and products. Ensuring compatibility and interoperability across various permutations of third-party software versions is complex, challenging, and time-consuming, which risks delays and compromised release quality in new feature rollouts or connector updates.

About the Client

A large-scale provider of project information management solutions catering to architecture, engineering, contracting, and owner firms worldwide, aiming to improve interoperability and release efficiency.

Goals for Improving Compatibility Testing and Release Efficiency in Construction Management Software

  • Achieve comprehensive test coverage across all relevant software and connector version combinations with minimal test cases.
  • Reduce time-to-market for new releases, upgrades, and features by at least 70%.
  • Increase release readiness confidence to 90% via automated and persona-based testing approaches.
  • Reduce infrastructure costs related to testing by approximately 42%.
  • Enhance traceability and failure diagnosis in testing to quickly identify issues affecting specific user personas.

Core Functional Specifications for Compatibility and Validation System

  • Design a compatibility matrix for various software versions, connectors, and their constraints.
  • Implement automated test case generation considering user personas (architects, engineers, contractors, operators), usage scenarios, and system behaviors.
  • Create multiple dedicated testing environments replicating different product combinations for integrity and accuracy.
  • Enable continuous testing and monitoring to identify compatibility issues early in the release cycle.
  • Build a reporting dashboard to track test coverage, failure causes, and traceability metrics.
  • Automate test execution and coverage tracking to quickly respond to market needs while maintaining quality.

Technology Stack and Architectural Preferences for Compatibility Testing

Cloud-based testing environments (e.g., AWS or similar cloud platforms)
Automated testing frameworks with traceability features
Persona-based test management tools
Continuous integration and deployment (CI/CD) pipelines

Key External Systems and Tools for Seamless Integration

  • Third-party software version control and support libraries
  • Connector management systems for adding/upgrading connectors
  • User persona profiles and behavior modeling systems
  • Reporting and analytics dashboards

Key Performance and Security Parameters for the Testing Framework

  • Test coverage should reach at least 90% across defined permutations
  • Test automation coverage should support scaling to multiple concurrent runs
  • System should reduce infrastructure costs by approximately 42%
  • Testing environment availability should ensure rapid deployment with minimal latency
  • Security and data integrity must be maintained during testing processes

Projected Business Benefits from Enhanced Compatibility Testing System

The implementation of a comprehensive, persona-based, automated testing system is expected to increase test coverage to 90% with just over 400 test cases, significantly reduce the time for release readiness by over 70%, cut infrastructure costs by approximately 42%, and improve overall release confidence and customer satisfaction through minimized failures and enhanced interoperability.

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