Tokenomics
Bounded supply that breathes with the network.
NEN is the native asset of NEN Chain — designed as an elastic, regenerative asset with a fixed genesis supply, a hard ceiling, activity-linked emissions, and structural burns that pull supply back toward equilibrium as the network grows.
Fixed genesis, hard-capped ceiling enforced on-chain.
Mints only when verified network activity crosses thresholds.
Transfer fee, marketplace fees, slashed stake — all burned.
No private rounds. Vesting is fully on-chain.
Supply model
Inspired by natural systems — bounded, responsive, regenerative.
- Genesis: 1,000,000,000 NENMinted at TGE and distributed via the allocations on the right.
- Hard ceiling: 1,500,000,000 NENAbsolute maximum supply. Cannot be exceeded under any condition.
- Regenerative mintEmissions only when verified ecosystem activity (transactions, attestations, learning completions, marketplace volume) crosses defined thresholds. Rate decays toward zero as the ceiling approaches.
- Multi-source burns0.25% of every in-network transfer; 50% of marketplace fees on Natural Energy Goods; 100% of slashed stake from misbehavior.
- Net behaviorDisinflationary in steady state; mildly inflationary only during expansion phases that demonstrably grow the network.
Supply trajectory
Conceptual — final curves set with the DAO post-audit.
Minting rules
New NEN is only created when the network earns it. No fixed inflation, no admin mint key, no surprise unlocks.
- Activity triggersPer-epoch (≈30-day) thresholds across verified signals: in-network transfers, attestations issued, learning completions, and marketplace GMV. Each platform contributes a weighted signal.
- Emission oracleAn on-chain oracle aggregates signals and computes the epoch's mint amount. Multisig-gated through Phases 2–4; fully on-chain post-DAO transition (Phase 5).
- Decay functionMint rate scales with (ceiling − supply) / ceiling, asymptotically approaching zero as supply nears 1.5B. Growth gets harder as the network matures.
- Floor of zeroIf thresholds aren't met in an epoch, mint = 0. There is no fixed inflation rate to defend, no minimum emission to pay out.
- Hard cap, contract-enforced1.5B ceiling is a require() check in the token contract. The oracle, the DAO, and a future upgrade cannot raise it without redeploying — and the migration would itself require governance + timelock.
- No admin mintThere is no owner-only mint function. Every NEN created post-genesis flows through the oracle and the emission contract — auditable on-chain.
Community-first distribution
~70% of supply flows to the community, ecosystem, and treasury. No private VC rounds. Vesting is fully on-chain.
- Ecosystem & community rewards40%
Earned via participation across all six platforms; multi-year emission.
- Public fair launch / LBP15%
Open, capped per-wallet, no insider rounds.
- Stewardship treasury (DAO)15%
Community-governed grants & infrastructure.
- Contributors & core team12%
4-year vest, 1-year cliff, on-chain.
- Strategic partners8%
Aligned ecosystem partners, 2-year vest.
- Liquidity provision7%
Initial liquidity on NEN-native DEX plus cross-chain bridges.
- Ecosystem reserve3%
Long-tail emergencies, locked 2 years.
Ownership assumptions
The donut shows allocation. These are the explicit rules that shape who can hold how much, and when.
Burn mechanics
Three independent burn sources keep supply pressure aligned with real network usage.
of every in-network NEN transfer is auto-burned at the contract level.
of fees collected on the Natural Energy Goods marketplace are burned.
of stake slashed for attestation misbehavior is burned, never recirculated.
Vesting schedule
All vesting executes on-chain via Sablier or Hedgey streams. No manual unlocks, no insider exceptions.
Emission schedule
Conceptual targets — final curves set by the DAO post-audit. Activity-gated: if thresholds aren't met, emission stays at the floor.
Circulating supply over time
Minted supply isn't the same as liquid supply. Vesting and treasury locks keep most of the float held back for years.
Circulating = minted − vesting locks − treasury locks − unclaimed reward emissions. Conceptual model; final values track on-chain state at TGE.
Model it yourself
Tune the assumptions below to see how circulating, minted, and locked supply respond. The model uses the on-page vesting schedule, the 0.25% transfer burn, and a 50% marketplace burn.
Assumptions
Privacy & autonomy
Privacy is the foundation, not a feature.
On NEN Chain, privacy is not presented as a competitive advantage. It is the foundation of the chain's purpose: money owned by the individual, disclosed only by consent, protected at the base layer by default. The comparison below exists only to clarify the design space — what Bitcoin already solves, what privacy chains have already taught us, and why a new Bitcoin-inspired L1 with mandatory privacy may deserve to exist.
TON
Opt-in privacy, payments-first- Supply
- ≈5B genesis, ~0.6%/yr validator inflation, 50% of fees burned
- Privacy mechanism
- Transparent L1. Privacy delegated to app-layer tools (anonymous numbers, hidden domains, third-party mixers).
- What we learn
- Scale and UX are achievable, but treating privacy as a user choice leaves most users surveilled by default.
Monero
Mandatory privacy, perpetual emission- Supply
- No premine, no ICO. Tail emission of 0.6 XMR per ~2-min block, forever.
- Privacy mechanism
- Every tx uses RingCT (amounts), stealth addresses (recipient), ring signatures (sender), Dandelion++ (IP).
- What we learn
- Strongest 'private by default' model in production. Fungibility comes from making every coin indistinguishable.
Pirate Chain
Enforced shielded-only, capped supply- Supply
- 200M ARRR hard cap, halving block rewards, secured via dPoW notarized into Bitcoin.
- Privacy mechanism
- zk-SNARKs (Sapling) enforced at the consensus layer — transparent transfers are disabled outright.
- What we learn
- Removing the transparent option removes the anonymity-set leakage that weakens optional-shielding chains.
| Dimension | TON | Monero | Pirate Chain | NEN Chain |
|---|---|---|---|---|
| Privacy default | Transparent | Mandatory shielded | Enforced shielded-only | Mandatory shielded at base layer |
| Cryptographic primitive | None at L1 | RingCT + stealth + ring sigs | zk-SNARKs (Sapling) | zk-based, privacy-native VM |
| Supply model | ~5B + inflation, 50% fee burn | Uncapped, tail emission 0.6/blk | 200M hard cap, halvings | 1.0B genesis → 1.5B hard cap |
| Consensus | PoS (validators) | PoW (RandomX, ASIC-resistant) | dPoW notarized to BTC | Proof of Contribution (stake + verified contribution) |
| Fungibility | Weak (traceable) | Strong | Strong | Strong (by construction) |
| Regulatory friction | Low | High (delistings) | High | Mitigated via selective disclosure (view keys) |
NEN's privacy commitments
Selective disclosure
Shielded balances paired with view keys. A user can prove compliance to a counterparty or auditor without exposing their full history to everyone.
No surveillance primitives
No address-level blacklists, freezes, or admin keys built into the protocol. The contract cannot target an individual wallet.
Long-horizon autonomy
Privacy guarantees are codified at the protocol level and cannot be silently degraded — any change requires DAO governance and a timelock.
Sources: ton.org, getmonero.org (tail emission, RingCT spec), piratechain.com whitepaper. Comparisons reflect each network's published design as of 2026.
Glossary
Plain-language definitions for the terms used across this page.
Minting
Creating new NEN. Only happens when verified network activity — transactions, attestations, learning, marketplace volume — crosses defined thresholds. Hard-capped by the 1.5B ceiling.
Emissions
The stream of newly-minted NEN distributed as rewards to contributors over time. Activity-gated and rate-decaying — issuance slows as the network matures.
Vesting locks
Allocations to contributors, partners, and the team that unlock gradually after a cliff (typically a 1-year cliff plus 4-year linear vest), enforced on-chain so they can't be released early.
Treasury locks
NEN held in the DAO-governed stewardship treasury. Released to fund grants, public goods, and infrastructure on a pace the DAO controls.
Burns
Permanently removing NEN from supply. Three sources: 0.25% of in-network transfers, 50% of marketplace fees, and 100% of slashed stake from misbehaving validators.
Circulating supply
Net minted minus vesting locks, treasury locks, and burned tokens — i.e. the NEN that's actually liquid and tradeable at any given moment.
All tokenomics figures on this page are conceptual. NEN does not yet exist; final parameters are set by the DAO post-audit. Nothing on this page is an offer to sell or a solicitation. Crypto carries significant risk of loss.