30+
Teams across geographies can collaborate and work together with micro-frontends.
Strengthened release reliability with scalable, component-driven UI design
Download the case studyTeams across geographies can collaborate and work together with micro-frontends.
Shared cross-platform component library and interactive design system.
Devs as an on-demand flexible team as and when needed.
A global IT services and asset management company needed to modernize its enterprise platform while maintaining development velocity across multiple product lines.
With distributed teams spread across geographies, the organization required a scalable frontend foundation that could support collaboration and enforce design consistency without compromising quality or performance.
Inconsistent UI behavior, unmanaged design debt, and unstructured release flows slowed delivery and introduced critical errors across products.
UI components developed by separate teams lacked visual consistency, leading to design mismatches and redundant effort across product modules.
The system lacked a modular structure, making it difficult to support parallel development across teams and slowing down platform-wide delivery.
Missing test coverage and fragmented deployment workflows caused frequent regressions and delayed production fixes across engineering teams.
We developed a centralized interface system, CI-enabled release pipeline, and code-quality standards that supported distributed delivery without chaos.
Established a scalable design foundation that allowed 30+ teams to independently build, maintain, and evolve application interfaces while ensuring long-term platform consistency.
Created a shared, design-aligned component system that accelerated delivery, reduced interface inconsistencies, and made onboarding smoother for distributed engineering teams.
Implemented a structured release process with testing integration and delivery guardrails to reduce cycle time, minimize production errors, and improve engineering velocity.
Enabled consistent release standards by integrating quality checks, development best practices, and validation steps that helped maintain performance across deployments.
The solution improved release speed, reduced critical errors, and gave engineering teams the system structure they needed to ship confidently at scale.
Enabled 30+ teams to collaborate efficiently using shared systems, reducing rework and ensuring consistency across modules and feature delivery.
Quickly scaled engineering bandwidth with flexible capacity, accelerating delivery without affecting stability, velocity, or development standards.
Introduced structured design and testing practices, improving release confidence and reducing production issues across distributed environments.
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