01
DYNAMIC PLACEMENT
Carbon-aware scheduling
Shift flexible jobs across capacity zones when power mix, ambient conditions and cluster utilization make compute more efficient.
01 Compute, with less waste
Infrastructure that
does more with less.
A quieter cloud for demanding workloads: dense compute, measured energy use, responsible cooling and transparent operations.
1.18fleet PUE
97.9%energy traced
42 MWmanaged load
live efficiency
facility load18.4 MW
cooling share14.8%
renewable mix81%
DC-03 / NORTH CAMPUS
54°44′N · 20°30′E
54°44′N · 20°30′E
02 / PLATFORM
Compute should be
observable all the way
to the wall socket.
Verdant Core treats power, cooling and utilization as first-class infrastructure signals. Workloads are placed against real facility conditions—not just CPU and memory availability.
FABRIC
Low-overhead network paths
03
THERMAL CONTROL
Cooling follows demand.
Thermal telemetry drives aisle, fan and loop decisions continuously instead of using static facility-wide assumptions.
03 / EFFICIENCY
One view from workload
to utility feed.
Operating profileBalanced
Performance without idle overhead.
Balanced mode keeps reserve capacity while aggressively collapsing idle power domains across the fleet.
GRID + PPA21.7 MW
FACILITY18.4 MWPUE 1.18
COMPUTE15.6 MW84.8% utilized
CONTROL ROOM / SHIFT B
04 / OPERATIONS
Human-readable
infrastructure.
Every efficiency decision remains inspectable. Operators get the reason, the affected resources and the expected impact before automation changes the fleet.
thermal
rack group C-17 fan curve reduced by 6%
−3.1 kWscheduler
batch pool moved to lower-carbon zone
−11%fabric
idle leaf pair entered low-power state
−0.8 kW05 READY WHEN YOU ARE
Build capacity.
Not waste.
Private cloud, edge clusters and bare-metal infrastructure with measurable energy behavior.
hello@verdantcore.example