Trility offers expertise in AI & Data, Cloud Engineering, DevOps, and Software Design & Development. Read select project summaries about problems we've helped clients solve, and filter by the type of experience that is relevant to your needs.
Trility helped a global company rapidly automate a B2B software platform and use machine learning to ensure its largest manufacturing customer could process claims through invoices or receipts in real time to incentivize purchases and cross-marketing opportunities to increase its market share.
Trility's client needed to meet the immediate compliance requirements of CCPA by building a scalable prototype based on the unknown demand of requests. The solution helped prepare the organization for the enacted law while increasing its ability to adapt to the changing landscape of consumer privacy.
Trility led a discovery project to develop a strategic roadmap for a senior living community. This engagement helped the client gain a broader understanding of the data challenges and provided an actionable path forward to leverage meaningful data company-wide.
Trility helped an insurance company accelerate the execution of its Strategic Roadmap. This project laid the foundation for implementing secure and modern systems with a centralized data solution that provides visibility when rolling out new applications and systems.
Trility helped this client clearly define enhanced Business Intelligence capabilities for a key customer that translated to the entire organization by architecting and building a data lakehouse that centralized and secured data storage, optimized compute power, reduced organizational silos, and ensured long-term cost savings and scalability.
To ensure continued growth and increased market share, Trility helped this client engineer a centralized data model that integrates with modern and legacy systems to create new customer-centric applications and experiences. The data lake also helps ensure future state solutions with enhanced security and the ability to scale with repeatable integration patterns.