Scene 1 · 0:00
Utility feed94 MW
Data Center
Power
capacity
0 %
The problem Your data center has a power ceiling.
Scene 2 · 0:06
Utility feed100 MW
Data Center
Power
capacity
100 %
Want more compute? No more megawatts.
Interconnect queue: 3–7 years.
Scene 3 · 0:13
A hidden truth Every workload sits on capacity it doesn't use.
Each GPU rated at 1000 W · Average draw ~700 W · ~300 W of safe headroom per GPU.
Scene 4 · 0:21
PebbleFlex Measures the safe-curtailment headroom on every workload.
SLA-breach-cliff profiling — the exact watts below which performance breaks.
Scene 5 · 0:31
Aggregated across the fleet —
provable flex power capacity.
+ 35 MW
flex power unlocked
35 MW
flex / 100 MW DC
1,000
GPU-equiv / MW
<30 s
response time
0
utility upgrade
Scene 6 · 0:41
Utility feed100 MW
Data Center
Power
capacity
+35 MW
+35,000 GPUs deployed.
Same utility connection. · No facility expansion.
Scene 7 · 0:50
In production Grid signal arrives. Pebble curtails without breaking a single SLA.
Fleet state · 16 workloads all healthy
Current draw
After curtail
SLA breach cliff
⚡
Monitoring
Normal operations · 0 signals
Cluster power draw 95.0 MW
-30 s-15 snow
Response time
Budget: 30.000 s
00.000s
+0 MW
Flexed
0
SLA breaches
Every workload drops toward its red cliff · none crosses it. Continuously re-balanced as conditions shift.
Scene 8 · 1:00

Same utility connection. Same workloads.
+35 MW of new compute capacity.

+ 35 MW
flex power
$ 460 M
/ yr revenue potential
73 ×
ROI on platform fee
< 30 s
curtailment response
Scene 9 · 1:07
pebbleflex
Flex power. On your existing connection.
Request a Demo → Watch the Sonar explainer →
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