What this page covers
This page describes EDMA's value loop — the structural mechanic that ties protocol use to token scarcity and ecosystem growth. The loop runs five stages from verified events through token mint, settlement, fee splits, and ecosystem reinvestment. It closes back on itself with each cycle.
The loop description is followed by an explanation of why it compounds rather than dissipates — four structural properties that distinguish EDMA's mechanic from token economies where similar diagrams look right on paper but leak in practice.
The loop starts where real-world events happen — energy meters generating kilowatt-hours, shipments crossing customs borders, carbon projects retiring credits, soil samples logging sequestration. Attestors sign the evidence; the PoV Gate validates; only events that pass enter protocol state. The supply of verified events is bounded by physical and operational reality, not by token marketing.
On Gate PASS, the appropriate token mints: $ETT for energy proof (1 per 10 kWh), $CLE for retail energy (1 per 1 MWh), EMTs for trade milestones, Carbon NFTs for tCO2e. Token mint is mechanical — it follows protocol rules without discretionary issuance. Supply expansion ties to verified event volume rather than to team decisions or speculative demand.
When tokens trade, retire, or convert to payment, settlement clears in $EDSD. The protocol fee is charged on every settlement: 0.5 percent on trade milestone releases, 4 percent on certificate trades (split 2 percent buyer plus 2 percent seller), with other fee constants per the published fee schedule. Fees are denominated in $EDSD and emitted on-chain as ledger lines.
Every fee splits 50/50 at the protocol level. Half burns permanently in $EDM — the deflationary engine that ties supply scarcity to protocol use. Half routes to the TreasurySplitter and distributes across five buckets: Attestors (compensating verifiers), Network ops (running infrastructure), Builders (development grants), Ecosystem (partnership and growth), Stakers (veEDM holders earning epoch rewards). The bucket weights are governance-set within published bounds.
The treasury buckets reinvest the value they receive: Attestors compensation expands the verifier network and improves coverage; Network ops keeps infrastructure running; Builders grants fund new platform features; Ecosystem grants fund partnerships and integrations; Staker rewards distribute the value back to long-term aligned holders. Each bucket's distribution increases the protocol's capacity to handle more verified events — closing the loop back to L1 with more supply, more depth, and more downstream effects.
How the loop closes
The Ecosystem and Builders treasury buckets specifically fund work that expands verified-event throughput. This is what distinguishes a compounding loop from a one-way value flow. When Ecosystem grants fund integration with a new energy producer (adding more $ETT supply at the source) or fund onboarding a new attestor cohort (increasing verification capacity) or fund a new compliance market connector (opening a new settlement channel), the result is more verified events at L1 next cycle.
The Stakers bucket creates the second compounding effect. veEDM holders receive a share of the treasury half on a weekly epoch. As protocol fees grow with use, staker rewards grow proportionally. This rewards long-term aligned holders for keeping capital committed, which stabilizes the governance layer and provides a deeper pool of dispute panel participants and attestor cohort voters. The governance quality feedback loop is itself a compounding mechanic.
The two compounding effects multiply. More verified events generate more fees, which fund more ecosystem investment, which generates more verified events. At the same time, more verified events generate more staker rewards, which keep governance quality high, which keeps the network secure and protocol parameters well-calibrated. The two effects are independent — they can each work without the other — but they reinforce when they run together.
Where this differs from common token-economy patterns
Pattern: "buyback-and-burn" without supply ceiling. Many projects use protocol fees to buy tokens and then burn them. The buy creates temporary price pressure; the burn nominally reduces supply. But without a supply ceiling, future emissions can offset the burns — the net effect is closer to redistribution than scarcity. EDMA differs by having a fixed 500M supply cap with a 100M burn floor. Supply only decreases over time; there is no offsetting emission. The burns are net-decreasing.
Pattern: discretionary treasury. Many projects accumulate fees in a treasury that the team spends ad-hoc. Spending can be productive or extractive; without structure, it tends to drift toward whatever priorities are convenient at the moment. EDMA differs by routing all treasury inflows through the TreasurySplitter to five predefined buckets with governance-set weights within published bounds. There is no discretionary treasury bucket.
Pattern: speculation-driven supply expansion. Many tokens issue more supply in response to demand — staking rewards, liquidity mining, governance distributions. This creates an apparent ecosystem but also dilutes existing holders proportionally. EDMA differs by tying supply expansion to verified real-world events rather than to demand signals. $ETT only mints when energy is generated; $CLE only mints at MWh thresholds; Carbon NFTs only mint on verified retirement. The supply curve responds to physical reality, not to market sentiment.
Pattern: rent extraction by intermediaries. Many crypto protocols route fees through external infrastructure providers (centralized exchanges, oracle vendors, custody services) that extract margins along the way. EDMA's settlement runs entirely on the protocol layer — fees, burns, and treasury distributions all happen on-chain in the same atomic transactions. There are no off-chain intermediaries between the user and the settlement; the value generated stays within the protocol.
Continue exploring
For the fee mechanics that power L3 see Fee Schedule. For the burn and treasury mechanics at L4 see Split. For the verified-event sources at L1 see Proof of Verification and ESG Flows Overview. For the token suite that mints at L2 see Tokenomics. For the unit economics that the loop produces see Unit Economics.
