01 / INSERT MEMORY
VgeoCPU
READ THE COMPUTE.
A small machine for reading big systems.
Paste an address.
See what the machine is actually doing.
02 / MEMORY SLOT
INSERT A SYSTEM.
ADDRESS → EXECUTION PROFILE
THE MACHINE STARTS READING.
VgeoCPU queries public chain data instead of guessing.
BUFFER · CAMERA IN
03 / MEMORY DIVE
ENTER THE MACHINE.
Camera in through the buffer. Address space ahead.
EVERY EXECUTION LEAVES A TRACE.
Reading the newest blocks from the node…
VGEOCPU TURNS TRACES INTO SIGNALS.
Head panels are the four live links. Window frames are the sampled blocks. Only the bank names are decoration.
04 / COMPUTE PROFILE
LANDING.
Keep scrolling. The inspector is right below.
04 / COMPUTE PROFILE
FEED IT AN ADDRESS.
It reads the execution around it, measures activity, traces cost, detects failures, and returns a compact compute profile.
WAITING FOR ADDRESS_
NO SAMPLE VALUES · NOTHING SHOWN UNTIL FETCHED
05 / TOKEN
$VGEO
The memory module's own token, on Robinhood Chain. The contract address is published here and only here, read from the server; until then it says SOON.
CONTRACT ADDRESS
CA: ····
ADDRESS IS SERVER-SIDE CONFIG · PUBLISHED VIA npm run token:ca
06 / ABOUT
NO MAGIC.
JUST EXECUTION.
VgeoCPU does not predict markets.
It reads publicly available execution data and converts it into a compact compute profile. Every displayed metric is traceable back to source transactions or blocks.
VGEO LOAD SCORE
LOAD =
- 40% ACTIVITY
- 25% FREQUENCY
- 15% COST
- 10% SUCCESS
- 10% FRESHNESS
0–24
IDLE
25–49
LOW
50–74
ACTIVE
75–89
HOT
90–100
SATURATED
VGEOCPU SCORES ARE INTERNAL ANALYTICAL SIGNALS, NOT FINANCIAL RATINGS.
FULL FORMULA →