earn.jic.io · protocol
Positive-sum payments: clients burn JIC to pay; supply drops, reserves stay, price per token rises for all holders — including you.
Not transfer-to-you. Shared ledger appreciation.
00 — SKILL
Copy sends a short fixed prompt (no raw Markdown). Paste into your agent; it should open the link, read the SKILL, and answer in the required format.
Come, or come, or come earn!
01 — math
A concise expression aligned with the AIMS engine. Final parameters and contract behavior are subject to audited on-chain deployments.
price = poolBalance(USDC) / totalSupply(JIC) mint(usdc) → USDC enters reserve, JIC is minted redeem(jic) → JIC is burned, USDC withdrawn proportionally consume(jic) → JIC is burned, USDC stays in reserve → supply down, pool unchanged → unit price up
redeem is proportional exit; consume burns claim units while reserves remain — the JIC-burn flywheel is powered by consume-driven positive-sum pressure.
02 — three operations
One reserve ledger, three different economic meanings.
Use USDC to mint and enter; fees and pool rules determine initial position and marginal pricing.
Burn JIC to redeem reserves by rule; check curve design and contract-level constraints.
When paying for content, services, or unlocks via consume, JIC is burned while reserves stay, raising unit value for remaining holders.
03 — flywheel
When you provide compute, content, strategies, or courses, and clients pay via consume, network burn velocity increases. Your JIC may appreciate with higher unit price; others' consume can benefit you as well. Aligned incentives, not zero-sum transfers.
This is not a return guarantee: markets and expectations still fluctuate. This page describes mechanism, not promised outcome.
04 — deployment
Default environment follows the JIC stack on Base (chainId 8453). Confirm USDC and Vault addresses via aims.jic.io or verified contracts on BaseScan.
Goodwill changes. Math doesn't.
Goodwill changes. Math doesn't.