$EDM is the fee, burn, and governance token of the only Ethereum L2 with Proof of Verification consensus. Every unit of real-world activity on the chain is mechanical demand for $EDM.
$0.215Current presale · listing $1.00
$18MLocked liquidity at DEX listing
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In one paragraph
PoV is the consensus extension that lets EDMA tokenise real-world assets without trusting an oracle. It sits between Trade OS (which captures real-world events) and the EDMA L2 (which holds the resulting tokens). On every claim it runs three contract-enforced checks, attestation quorum, equality, and one-claim exclusivity, before any token mints or any cash unlocks. Every successful pass charges a fee. 50% of every fee burns $EDM, hard-coded, until the supply reaches its 100M floor.
Each era kept the prior layer's answer and added a new one. PoV runs on top of Ethereum PoS, it doesn't replace it.
How each era compares
PoW
Secures: order of transactions. Cost: energy + hardware. Failure mode: 51% hash attack.
PoS
Secures: order of transactions. Cost: capital at stake. Failure mode: 33% stake collusion.
PoS (alone)
Trusts oracles for off-chain data. Anyone with the oracle key writes whatever they want, downstream contracts must trust them.
PoS + PoV
Evidence-first. Every off-chain claim carries multi-role attestations. The chain enforces the gate; no single party can self-attest into existence.
Settlement of crypto assets
Both PoW and PoS settle digital-native assets perfectly. Token transfers, DeFi positions, NFTs, all confirmable from chain state alone.
Settlement of real-world assets
Settlement requires a truth-of-event guarantee. PoV makes the truth-of-event a protocol-level invariant: gate-checks run before any mint.
PoV runs on top of PoS, not against it
EDMA is an Ethereum Layer-2. The base layer's Proof-of-Stake gives EDMA censorship resistance, ultimate finality, and the broadest validator set in crypto. PoV is the contract-enforced gate that runs on top of that, deciding which transactions are admissible before they execute.
Batches of L2 transactions are posted to Ethereum mainnet roughly every 2-10 minutes via EIP-4844 blobs. The chain's lineage is anchored to the most-secured base layer in the industry. The verification logic runs cheaply on L2; the permanence comes from L1.
