SoftServe case study: Scaling IT asset lifecycle management with Breezy
For fast-growing global IT companies, hardware lifecycle management is not just an operational task, it directly impacts engineering efficiency, scalability, and cost control. However, as infrastructure expands, end-of-life equipment often becomes a hidden challenge: devices accumulate, processes fragment, and IT teams lose time on non-core operations.
This was the case for SoftServe, a leading global IT services company with thousands of engineers and a highly distributed infrastructure.
The challenge
As SoftServe continued to scale, managing outdated IT equipment became increasingly complex:
- growing volumes of decommissioned devices;
- operational overhead for internal IT teams;
- lack of a unified, scalable disposal process;
- pressure to improve ESG and compliance standards.
The company needed a structured, end-to-end approach to IT asset retirement that could scale globally.
The approach
Breezy delivered a fully managed Trade-In and IT asset disposition (ITAD) process, covering the entire lifecycle of retired equipment.
This included:
- centralized collection and processing of devices;
- secure data erasure aligned with enterprise standards;
- value recovery through buyback;
- responsible e-waste handling and downstream processing.
The solution was designed to integrate into existing IT operations without adding complexity for internal teams.
The impact
Together with Breezy, SoftServe achieved a significantly more controlled and efficient IT asset lifecycle:
- faster and predictable hardware refresh cycles;
- elimination of device backlog and warehouse accumulation;
- reduced operational burden on internal IT departments;
- improved utilization of IT budgets through asset recovery
Ecosystem context
Breezy operates within the broader ASBIS Group ecosystem, complementing its capabilities in IT infrastructure distribution and lifecycle support.
Outcome
SoftServe gained a scalable, structured, and compliant model for managing IT assets, turning a traditionally fragmented process into a streamlined operational workflow.