These are the sectors where storage planning has already failed once, where the physical space has run out, and where the footage has to remain usable as evidence long after it was recorded.
The compression core is the same everywhere. What changes is the form factor, the power envelope and the compliance requirement.
City-scale video aggregation with retention that stands up as statutory evidence, and compression that survives audit review.
Long-term subscriber video archiving at national scale, where storage growth is a direct hit to operating margin.
Core transport hubs running 24/7, where a single point of failure is not an acceptable outcome and footage is often subject to legal hold.
Dozens of distributed buildings and gates under one operating picture, usually with no central machine room.
Branch, ATM and point-of-sale networks with long audit trails and rigid dedicated-line budgets.
Ward, corridor and theatre coverage where footage is frequently needed to resolve disputes months after the event.
Production lines under strict safety supervision, needing both continuous storage and live compliance alerting.
Unmanned pumping stations, substations and remote poles on solar power and constrained wireless bandwidth.
Every project below replaced a conventional server-and-array or IPC-and-NVR architecture. In each case the incumbent video platform stayed in place.
In every case the project started because a retention period was extended beyond what the existing storage could physically hold.
No client replaced their video management platform. Our layer sits underneath it and remains invisible to its workflows.
Every business case was measured against buying more arrays, more racks and more power — not against doing nothing.
Independent inspection reports confirming unchanged resolution, frame count, duration and codec were what made approval possible.
Send us the closest match plus your camera count and retention target. We will come back with a sizing estimate and a deployment sketch.
