CASE STUDY
Breaking bottlenecks: Streamlining electronic component design & delivery
IMPACT SUMMARY
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0
%
Reduction in cycle time
Faster design-to-prototype iterations
$
0
M
Operational cost savings
Annual savings across design ops and logistics
0
x
Throughput improvement
Increased number of projects shipped per quarte
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0
%
Reduction in manual touchpoints
Fewer handoffs and delays in global workflows
Project Snapshot
A multinational electronics manufacturer was struggling with inefficient design-to-delivery
workflows across its global R&D and production hubs. Each region used its own toolsets,
documentation standards, and approval chains—creating chronic delays and rework.
Fragmented systems made it difficult to trace delays or enforce accountability. Teams lost
valuable time translating formats, managing duplicative efforts, and coordinating across
functions—hampering innovation and time-to-market in a competitive hardware
landscape.
Our Solution
We deployed AI-driven process mining agents across design, procurement, and
production platforms to expose real-time process flows and bottlenecks. These insights
revealed systemic friction points—from ambiguous sign-off logic to inconsistent spec
versioning across geographies. We redesigned the process backbone around a unified
collaboration model, implemented automated routing rules, and embedded real-time
exception alerts. The result: a leaner, smarter design-to-delivery engine that’s measurable,
auditable, and ready to scale.
SERVICE MIX
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Move past the hype. Get real world results – fast.
Move past the hype.
Get real world results – fast.