ONOMONOPIA // Cache-to-Reserve Engine
Offline engine // actual cache hit counters // modeled finance
● AUTO-RUNNING

ONOMONOPIA / REUSE CURRENT

An endlessly repeating phrase, one visual electric pulse per live letter, and a cache-first accounting engine. Reuse avoids redundant local computation; the dollar and energy scenarios are assumptions, not verified server savings or generated electricity.

text → cache decision → modeled reserve → visual pulse
ONOMONOPIA
INITIALIZING GENERATOR
GENERATED ELECTRIC POWER: 0 W
LETTERS: 0
PULSES: 0
Real cache-hit fraction
0.0%
0 requests · 0 misses
Compute calls avoided
0
Local cache hits; not external AI inference
Modeled reserve R
$0.0000
Internal scenario credits; not cash
Modeled C_net total
$0.0000
Gross minus covered reserve
Modeled direct cost avoided
$0.0000
Hits × assumed compute cost
Estimated energy avoided
0.000 Wh
Hits × assumed Wh/request (not measured)
Live stream / bounded to 720 characters

      
Exact accounting equations / per request
C_net = C_gross − C_reserve-used
R_next = min(R_max, R_now − C_covered + ρ × S_t)
Gross processed compute
$0.0000
Reserve used
$0.0000
Baseline without caching
$0.0000
Refund / reserve contributions
$0.0000
Cache hit fraction0.0%

Waiting for first request.

Generator and reserve controls

Money: Only external revenue or provider-funded, contractually valid credits create monetary value. This reserve is an illustrative ledger; it does not claim an actual refund or a payable balance. The cost avoidance assumes each cache hit replaces a billable compute call; the demo itself runs local deterministic text, not paid inference.

Electricity: Electricity generated = 0 Wh. Cache hits may reduce power consumption in real deployments. Energy figures here depend entirely on the Wh/request input; no physical wattmeter is connected.