- Cloud Solutions
- Platform Development
Modernizing core modules of an enterprise construction management software to close communication gaps and accelerate feature delivery across distributed global teams. Integrating updated technologies across both frontend and backend layers to restore system performance and create a stable foundation for ongoing development. Structuring the entire collaboration around clearly scoped user stories, structured kick-off ceremonies, and strict sprint boundaries.
client
NDA Protected
USA
50+ employees
An Enterprise Project Management Software for Owners. The client resides in the Trimble Buildings Organization managing a portfolio of project and program management solutions for contractors and owners.
request background
Module modernization
The client operated a large-scale construction enterprise software platform serving project teams across multiple regions. While their internal development capacity was well established, several core modules had fallen behind current technology standards. It created friction in daily workflows and limited the platform's readiness for new feature development.
Rather than rebuilding from scratch, the client sought a reliable nearshore development partner from Eastern Europe, operating within the same time zone to allow smooth daily collaboration with their existing team. The priority was to integrate as a team extension rather than function as a disconnected external contractor.
The primary scope covered modernizing targeted modules, aligning the codebase with current technology standards, and building the architectural readiness needed to support an expanding feature pipeline. The client needed a partner who could ramp up quickly and contribute meaningfully from the very first sprint.
challenge
Removing Miscommunication
The client's development teams were distributed across multiple continents, and the resulting time zone gaps created persistent communication breakdowns within the construction enterprise software operation. Critical decisions made in one region often failed to reach counterparts in another before work had already begun. It caused duplicated effort, conflicting implementations, and costly rework cycles that eroded both timelines and budgets.
Periodic changes to development specifications compounded the problem significantly. Without a structured process for communicating scope updates across time zones, revised requirements frequently arrived mid-sprint. Teams would discover contradictions only after significant work had been completed, disrupting delivery schedules and making accurate budget forecasting nearly impossible. Release deadlines slipped, and stakeholder confidence eroded with each missed milestone.
The absence of shared documentation standards meant that institutional knowledge lived with individuals rather than within the system itself. When team members rotated or disengaged, their context disappeared entirely, slowing onboarding and widening the communication gap further with every transition.
Finding a vendor capable of bridging the geographic divide, integrating into the client's development culture, and bringing structured discipline to specification and change management was essential to restoring predictable delivery across the enterprise construction software solution.
goals
- Increase overall development efficiency across all distributed global engineering teams.
- Migrate several core platform modules to current and supported technology versions.
- Modernize both the frontend and backend sides of the platform architecture.
- Reduce cross-team miscommunication through standardized specification management and handoff processes.
- Implement a system-wide logging mechanism to track all entity-level changes.
- Improve release planning accuracy and eliminate recurring budget forecasting overruns.
- Enhance platform user experience to drive measurable growth in user loyalty.
solution
Successful cooperation
Node.JS, Express.js, MongoDB, Kafka, Apache Beam, C#, .Net Core, Java, Angular
Ongoing- 5 specialists
For this enterprise construction management software engagement, Acropolium joined the client's extended development team as a nearshore partner operating within the same time zone. The client's principal developers owned the product vision. They sliced user stories, authored functional specifications, and passed them to our team through a structured kick-off process. Each user story was capped at five development days, keeping delivery cycles tight and feedback loops short.
A central focus was building a comprehensive logging mechanism across the full platform. For every system entity, the enterprise construction software solution captures who made a change, summarizes what changed, records the exact timestamp, and enables a direct comparison between pre- and post-change states, delivering complete traceability across all platform activity.
The Acropolium team does its best to:
- Integrate as a nearshore team extension within the same time zone.
- Participate in structured kick-off meetings dedicated to each user story.
- Migrate core platform modules to updated frontend technology versions.
- Modernize the backend architecture to support current development standards.
- Build a system-wide logging mechanism for full entity-level traceability.
- Implement change tracking, capturing who, what, and when per update.
- Develop a comparison mechanism between pre- and post-change entity states.
- Document all subsystems to strengthen distributed team knowledge and efficiency.
outcome
Impressive Workflow Optimization
- Increased overall development and working speed by 60% across teams.
- Successfully migrated several core platform modules to current technology versions.
- Documented all subsystems, increasing distributed team development efficiency by 73%.
- Modernized the frontend architecture, improving system performance and user experience.
- Achieved a 42% increase in user loyalty after platform modernization.
- Drove 22% annual new client growth through enhanced platform capabilities.
- 42% user loyalty increase
- 22% new clients annually
