TORA CPU PROOF OF WORKSHA-256 · ELYSIUM$TORA · HOLD-TO-MINE

A protocolfor local work.

Wallet-held access on Elysium. SHA-256 computation on your CPU. A small set of rules connects the two.

HOW TO MINE
THE SYSTEM / AT A GLANCE

Three fixed
coordinates.

01 / NETWORKELYSIUM
EVM

Wallet eligibility is checked on the Elysium network.

02 / WORKSHA—256

Proof of work is designed for local CPU computation.

03 / HOLD5,000,000
TORA

Minimum verified balance. Tokens remain in your wallet.

THE HOLD-TO-MINE MECHANIC

Balance is the
threshold.

Connect MetaMask or another EVM wallet. Eligibility reads the address balance while you keep control of your tokens.

READ THE ECONOMY
THE LOCAL WORKFLOW

Terminal as
instrument.

Explore the intended wallet, install, and SHA-256 mining commands. These examples are illustrative; the CLI is not yet published.

tora / command referenceCOMMANDS ONLY
SHA-256 / ELYSIUMRUNNABLE COMMAND
$npm run miner -- login --api http://127.0.0.1:8787/api --token <SESSION_TOKEN>
›Save the signed wallet session for the CLI.
CLI REFERENCE CPU · SHA-256 · ELYSIUM
NETWORK / MINING LEDGER

Trust the
source.

Accepted proofs and signed wallet sessions are reported directly by the TORA API.

ACTIVE MINERS—Recent wallet sessions
ACCEPTED SHARES—Verified SHA-256 proofs
NETWORK HASHRATE—Not measured by the MVP
TORA DISTRIBUTED—No token payout path
Mining API is offline

Start the local Node API to load live share and wallet-session records.

FROM WALLET TO WORK / 03 STEPS

One coherent
loop.

01

Hold & connect

Connect an EVM-compatible wallet; its address supplies the eligibility check.

SELF-CUSTODY
02
$ tora login
awaiting release

Install & login

The CLI package and wallet-authenticated API are future integrations.

LOCAL CLI
03

Mine with CPU

Use the intended local SHA-256 proof-of-work loop when the verifier is available.

SHA—256 / CPU
A CLEAR STARTING POINT

Keep the balance.
Do the work.

Elysium · wallet-held · SHA-256 CPU

READ THE FIELD GUIDE