Overview
A leading global technology company required a custom Application Lifecycle Management (ALM) solution to enhance the efficiency, governance, and collaboration of its 6,000+ engineering team.
IHI designed and developed an enterprise-grade ALM platform to streamline software portfolio management, risk assessment, and cross-functional collaboration. The solution integrated intuitive navigation, robust data visualization, and real-time performance metrics, ensuring that engineers and product managers could make informed, data-driven decisions.
Challenge
The company faced significant challenges in managing its complex software development lifecycle:
- Fragmented ALM Tools: Lack of a unified application lifecycle management platform resulted in inefficiencies and siloed operations.
- Risk Management & Compliance Issues: Tracking compliance and technical debt across thousands of projects was cumbersome.
- Limited Cross-Functional Collaboration: Engineers, product managers, and QA teams struggled with misaligned workflows.
- Complexity in Data Reporting: Leaders lacked clear visibility into project performance, KPIs, and risk factors.
Solution
IHI led the design and development of a custom ALM platform tailored to the company's unique software development needs.
Key Features Implemented:
- End-to-End ALM Governance – Standardized software lifecycle workflows to align engineering, security, and compliance teams.
- Intelligent Risk Management Dashboard – Integrated real-time insights on security vulnerabilities, technical debt, and software performance.
- Streamlined Collaboration Hub – A centralized workspace for engineers, QA teams, and product managers to align on development priorities.
- Performance Tracking & KPI Monitoring – Built-in visual dashboards to track software release metrics, efficiency gains, and risk mitigation.
- Scalable UI Architecture – Designed an intuitive, user-friendly interface to support seamless adoption across 6,000+ users.
User-Centric Approach
IHI applied a human-centered design methodology to ensure that the ALM platform addressed real-world engineering challenges.
- Ethnographic Research & User Interviews – Conducted in-depth research with engineers, PMs, and compliance officers to identify pain points.
- Iterative Prototyping & Usability Testing – Developed high-fidelity wireframes and tested workflows to optimize usability and efficiency.
- Data-Driven Decision Making – Designed AI-powered reporting tools that allowed executives to make informed strategic decisions.
Outcome
The ALM platform significantly transformed software lifecycle management for the company:
- 35% Increase in Engineering Efficiency – Reduced redundant workflows and optimized software development processes.
- 40% Faster Risk Mitigation – Real-time compliance tracking improved issue resolution and security governance.
- Improved Cross-Functional Collaboration – Seamless alignment between engineering, QA, and product teams enhanced project velocity.
- Enterprise-Wide Adoption – Scalable UI and data-driven insights ensured company-wide engagement and operational success.