Five assets. One burn sink.

WHAT IT IS

GEN is the chain's security collateral. One billion, fixed, the mint function is disabled at genesis, so no policy, vote, or committee can issue more. It is a protocol-level coin: its staking and governance roles are baked into consensus and the ante handler, not delegated to a module.

WHAT IT DOES

Validators and delegators stake GEN to produce blocks and secure finality (1 GEN = 1 unit of consensus power). Staking GEN grants governance rights: every parameter, the fee split, the emission schedule, the canonical denom allowlist, changes only by GEN vote. GEN stakers earn the 30% staking share of every transaction fee the chain collects.

WHY IT'S NEEDED

A staking asset must be scarce, stable in supply, and attractive to hold, it prices long-term security. If the asset securing the chain were also the asset being spent and burned every block, its monetary policy would fight itself: high staking yields paid in inflation would debase the very collateral they protect. GEN is the fixed pole of the economy.

WHAT IT IS

GENX is the gas coin and the medium of exchange for work. Its supply is elastic by design: scheduled emissions bootstrap the network while usage is low, and protocol burns shrink it as usage grows. It is an 18-decimal base denom (the EVM wei-scale standard) and wraps to WGENX on the EVM layer.

WHAT IT DOES

Every transaction pays gas in GENX. Work Provisioning bounties settle in GENX. And GENX is where every fee stream converges: 50% of every transaction fee is burned, and every fee paid in a module token (PRIV, AITK, RWAT) is converted into GENX and burned on a 100-block cadence, so module activity becomes GENX buy-and-burn pressure.

WHY IT'S NEEDED

A gas asset wants the opposite of a staking asset: cheap when the chain is idle, scarcer as the chain is used. Separating GENX from GEN lets both properties hold at once. The protocol publishes a live net-supply readout; the headline economic state, declared deflation, is reached when measured emissions fall to or below the burn rate. That is the design intent: the more the protocol is used, the scarcer the coin users need.

WHAT IT IS

PRIV is the module token of the privacy layer. Genesis is not a privacy coin, the base chain is transparent and compliance proofs are mandatory, but private computation is real work, and PRIV is its unit of account.

WHAT IT DOES

PRIV pays for privacy-layer work: generating and verifying zero-knowledge proofs, private-settlement tooling, and compliance-proof construction. Fees paid in PRIV accumulate in the fee module and are converted into GENX and burned every 100 blocks.

WHY IT'S NEEDED

Denominating privacy work in its own token keeps the transparent core and the private layer cleanly separated: the chain's identity never becomes 'a privacy chain', while the privacy economy still feeds the same deflationary sink. A dedicated unit also makes the privacy layer measurable, its own emissions, its own fees, its own burn contribution.

WHAT IT IS

AITK is the module token of the AI layer. Protocol agents are certified, hash-committed software builds, never language models voting on state, and AITK prices the work those certified agents perform.

WHAT IT DOES

AITK pays for AI-layer work: inference and verification jobs, agent task execution, attestation review, and dispute votes. Like every module token, AITK fees convert to GENX and burn on the 100-block cadence.

WHY IT'S NEEDED

The AI layer has its own participants, its own risks, and its own emission needs, an agent economy should not be paid from the security budget of the staking coin. AITK isolates that economy: its incentives live in its own token, its failures cannot distort consensus, and its success still strengthens GENX.

WHAT IT IS

RWAT is the module token of the real-world-asset layer, the fee unit for tokenized real-world assets entering the chain through wrappers and bridges.

WHAT IT DOES

RWAT settles fees for RWA operations: registration, transfer, and servicing of wrapped real-world assets. Its fees convert to GENX and burn, making real-world activity a source of gas-coin scarcity.

WHY IT'S NEEDED

Real-world assets arrive with compliance envelopes, custodial partners, and risk profiles unlike anything crypto-native. Giving them their own unit keeps those flows in a separate, auditable lane, the core coins never inherit RWA compliance risk, and the RWA economy still pays into the burn sink when it works.