FERMI
>1420.405 MHz·WATER HOLE·LISTENING·UTC --:--:--·ARRAY 2,847 DISHES
[OK]ARRAY HANDSHAKE · 2,847 DISHES
[OK]CALIBRATION · 1420.405 MHz
[OK]REWARDS LOCKER · OPEN
[OK]SPECTRUM · NOMINAL
>LISTENING
// THE FERMI PARADOX

where is everybody?

PENDING DISBURSEMENT · ARRAY REWARDS
1,247,892.41
STREAMING TO 2,847 LISTENERS · NEXT EPOCH 04:38:21
SPECTRUM · 1420.405 MHzREDSHIFT ← REST → BLUESHIFT
1418.01419.0H I LINE 1420.4051421.01422.0 MHz
// PROOF · NOT A WHITEPAPER

the network is alive

Right now, 2,847 dishes across 142 countries are listening. Each ping you'll see flash on the globe is a real candidate signal flagged in the last few seconds.

GROUND SEGMENT · ORTHOGRAPHIC2,847 DISHES · 142 COUNTRIES
LIVE TELEMETRY·STREAMING
DISHES ONLINE
2,847
COUNTRIES
142
PINGS · 24H
12,847
ECHOES
1,847
// CELESTIAL SEGMENT

what we're searching

The Array points at eight priority targets and surveys the wider sky on rotation. The marker at the center is the original Wow! signal from 1977 — still the most famous unexplained candidate in SETI history. We're trying to hear it again.

CELESTIAL SEGMENT · MOLLWEIDE J200071% SURVEYED
GALACTIC PLANEWOW! 1977TRAPPIST-1PROXIMATABBY'S STARTAU CETIGLIESE 581SGR A*KEPLER FIELD
SETI TARGET
CONTACT
GALACTIC PLANE
// THE COLLAPSE

millions in. three out.

Most of what The Array hears is noise — terrestrial interference, satellite chatter, equipment artifacts. The job is filtering it. From millions of raw flags down to a handful of candidates worth investigating. The Fermi paradox, rendered as a funnel.

PINGS
0
σ ≥ 3.0 · UNCONFIRMED
ECHOES
0
0.044% PROMOTION
CONTACTS
0
DAO-VERIFIED
// JOIN THE ARRAY

three ways to listen

No tiers, no gating — just three directions. Pick one. Or pick all three. Every contribution earns from the same Array Rewards pool, weighted by what you actually do. Your dish is whatever you bring.

COMPUTE
LISTENER

Your laptop joins the Array as a software node. Browser tab does the work.

YOU BRING
  • ·A computer
  • ·Spare CPU/GPU cycles
  • ·An open browser tab

Runs in WebAssembly, no install needed. Processes work units distributed from Hardware Listeners and the open observatory archives.

START: ~ 1 minCOST: $0RUNS: browser
HARDWARE
LISTENER

A real Dish. Captures raw signal from the sky and feeds the network.

YOU BRING
  • ·SDR + LNA + dish
  • ·~$80 (or existing kit)
  • ·Patience to point it

Connects via WebUSB in Chrome / Edge / Brave / Arc. Optional native daemon for 24/7 operation.

START: ~ 45 minCOST: $80–200RUNS: browser/daemon
ARCHIVE
LISTENER

Plug into open observatory data. Run novel detection algorithms.

YOU BRING
  • ·Pipeline / infra
  • ·Signal-processing chops
  • ·Curated datasets

API access to the network. Ingest from Breakthrough Listen, GBT, Parkes. Submit work units back.

START: technicalCOST: your infraRUNS: your stack
// WHERE EVERY TRADE GOES

5% in. 5% out. all of it funds the mission.

A flat 5% fee on every $FERMI buy and sell. No surprises. No transfer tax. The fee splits transparently between platform infrastructure and the people doing the work.

20%
40%
40%
CLANKER
ARRAY REWARDS
PROTOCOL FUND
CLANKER
20%

Platform fee. The infrastructure cost of running on Clanker v4. Immutable.

ARRAY REWARDS
40%

Distributed to Listeners by Contribution Score — uptime, data, coverage, pings, calibration. The people listening.

PROTOCOL FUND
40%

R&D, partnerships, hardware subsidies, marketing, infrastructure. The mission.

FERMI · ARRAY1420.405 MHzFERMI

where is everybody?

LISTENING SINCE 2026 · WATER HOLE · BASE MAINNET