Cere Protocol / The economics room ROOM 02 / 04

The economics room

Who pays whom, era by era.

Deposits in, attested usage out: the settlement machine, the clusters that run it, and the five surfaces any conformant implementation has to cover.

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depositattest$CERE
Who gets paid

Usage becomes settlement.

Compute, storage, and data activity are measured, verified, and paid out automatically to the participants who power the network. The token is the meter, the bond, and the vote.

// indicative split, set per cluster by on-chain governance. developers are paid at the marketplace layer: launch your own marketplace on the protocol and set your own creator split.

Stake

Node operators stake $CERE to join a cluster on-chain through the staking pallets.

Bond

Providers post $CERE bonds against the SLAs and data-availability commitments they declare. Miss them and the bond is slashed.

Settle

Independent validators verify usage and the protocol pays operators automatically. No invoicing, no reconciliation.

Govern

$CERE governs infrastructure commitments on-chain. Trusted parts replicate freely; staked parts scale with the network.

Threat model

Assumed: some nodes misreport or fail; no single validator is trusted. Detected: validator inspection catches misreported activity, out-of-scope compute, and missed SLAs. Consequence: unattested activity never pays out, bonds are slashed, and repeat offenders are removed from the cluster set.

The token · $CERE

Most tokens claim utility.
$CERE shows the receipt.

Every transfer can name the work it paid for, who attested it, and the era that settled it. Unattested activity never pays out: token flow is proven work, by construction. No other token can walk you down this chain.

read the receipt shapes →trace one on the explorer → // illustrative trace · every hop is a signed or on-chain artifact
Clusters

Cere is the protocol. Clusters are instances.

Run your own cluster, or build on someone else's. Some participants operate infrastructure; many more just use it. Dragon 1 is the flagship cluster, one instance of many by design.

Want to earn $CERE with your GPU? Join Dragon 2 →

Permissionless

Run the cluster software, register it on-chain through the ddc-clusters pallets, post your bond, declare your SLAs. No permission needed.

cluster software →

Governed

Propose a cluster through OpenGov for shared resources and incentives. Public, transparent, voted by $CERE holders.

propose a cluster →

Supported

Want help with architecture, region, SLA, or compliance? We help teams design and launch tailored clusters.

talk to us →

// every cluster is registered, bonded, and inspected on-chain. browse them on the chain explorer.

The standard

One standard, any implementer.

SCP defines five interfaces for conformant participants: identity and delegation, vault access, event streams, portable memory, and conformance. Cere Protocol and Dragon 1 are first implementers, not owners: the standard is open, and intended to move to an external standards body as it stabilizes.

// stage: draft v0 · five surfaces scaffolded · identity-and-delegation leads · an open change process ships with the public drafts

01

Identity and delegation

Wallet-owned identity and signed, scoped, time-limited grants. The load-bearing surface.

delegation
02

Vault access

How agents read and write a user's vault, partitioned by scope.

vault
03

Event streams

Real-time context as a first-class, subscribable surface.

streams
04

Memory and state

Portable agent memory that survives provider switching. The reference implementation calls these containers cubbies.

cubbies
05

Conformance

What a conformant participant must demonstrate, plus audit and lineage.

audit
FAQ

Straight answers, this room only.

What is $CERE actually for? +
Four jobs, all live in the pallets: it meters and settles usage (storage bytes, streams, puts and gets, compute), paid out automatically per era; it bonds operators and clusters to their declared SLAs, with slashing on breach; it votes, one $CERE, one vote, on OpenGov referenda; and active grants meter against a wallet-signed token allowance. The difference from other utility tokens: the utility is auditable end to end. Every transfer traces deposit → grant → activity record → attestation → settlement, and unattested activity never pays out.
Do enterprises need to hold $CERE? +
Not necessarily, by design. Enterprises can be billed in familiar cloud-style terms while verified usage settles through the protocol underneath; cluster operators, validators, and protocol participants settle in $CERE. Fiat onboarding is in active development.
Can I run my own cluster? +
Yes, that is the point. Two tracks: permissionless, run the cluster software and register it on-chain through the ddc-clusters pallets with a bond; or governed, propose a cluster through OpenGov for shared resources and incentives. Dragon 1 is the flagship cluster, not the only one by design.
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