Targon (SN4)
Unlock Schedule
Targon (SN4) Token Unlock & Vesting Schedule
The unlock chart above provides a clear visual overview of the Targon (SN4) token release schedule, showing when and how tokens enter circulation across investor, team, treasury, and community allocations. Understanding these tokenomics dynamics is critical for evaluating potential supply pressure, inflation impact, and market liquidity over time — key factors that can influence SN4 price performance.
Each color segment in the chart corresponds to a specific allocation group described in the Allocations section below. Underlying assumptions and data models used to reconstruct this schedule are explained in detail under Assumptions, while broader utility insights and token use cases are covered in Tokenomics & Utility.
Tokenomics & Utility
SN4 as a subnet “alpha” token
In Bittensor’s Dynamic TAO economy, each subnet has its own currency—called its “alpha” token. SN4 is the alpha token for Subnet 4 (Targon). Alpha tokens exist alongside TAO, the main Bittensor token. Together they form an on‑chain automated market maker (AMM) for each subnet with two reserves: TAO and the subnet’s alpha. The ratio between these reserves determines the subnet token’s price in TAO. (docs.bittensor.com)
Supply, emissions, and halving
Bittensor’s documentation sets the maximum supply for each subnet alpha token at 21 million units. New alpha is emitted every block at twice the base alpha rate, following the same halving schedule as TAO. Emissions are split between the subnet’s alpha reserve (liquidity) and “alpha outstanding” (stake held by miners, validators, and the subnet creator). In parallel, TAO emissions flow into subnet TAO reserves. This steady injection of both TAO and alpha supports market depth while rewarding the participants who make the subnet valuable. (docs.bittensor.com)
Staking, pricing, and incentives
Stakers acquire SN4 by staking TAO into Subnet 4’s reserve. When they exit, they redeem SN4 back for TAO at the prevailing reserve ratio. Because the price depends on TAO‑in‑reserve relative to alpha‑in‑reserve, the act of staking and unstaking itself moves the market—similar to any AMM. This design lets TAO holders “vote with their stake” on which subnets deserve more emissions. More stake and stronger demand tend to direct more rewards to Subnet 4’s validators and miners, who in turn work to maintain service quality. (docs.bittensor.com)
What SN4 is used for
- Validator and miner collateral: SN4 functions as stake inside Subnet 4. Validators’ stake weight—and thus their share of emissions and voting power—depends on their alpha stake plus a weighted contribution from any TAO stake. (docs.bittensor.com)
- Market signal: The SN4/TAO reserve ratio expresses market demand for Subnet 4’s service. As users and builders rely more on Targon’s API, SN4 markets reflect that demand. (docs.bittensor.com)
- Liquidity for subnet operations: Emitted SN4 partly tops up reserves to keep trading smooth for stakers and participants. (docs.bittensor.com)
Note that Targon’s customer billing for API use is handled at the service layer (for example, “pay per million tokens” for inference), while SN4 lives on the subnet’s incentive layer. This separation keeps the developer experience straightforward while allowing the on‑chain economy to coordinate supply. (targon.com)
Assumptions
- SN4 alpha supply is hard-capped at 21,000,000 and follows the same halving thresholds as TAO.
Documented in Dynamic TAO FAQ and whitepaper; halving synchronized with TAO supply thresholds.
- Genesis date for SN4 emissions modeled as 2025-02-13.
Dynamic TAO (which introduced subnet alpha tokens) was deployed on Bittensor mainnet on 2025-02-13.
- Block time assumed ~12 seconds (≈7,200 blocks/day) for converting per-block emissions to daily/monthly schedules.
Standard Bittensor block cadence; used to derive linear monthly unlocks.
- Halving date assumed 2025-12-10, then approximately every 4 years thereafter for schedule modeling.
TAO halving is triggered by supply thresholds; first date is an estimate and may shift with network dynamics.
- Total issuance is split into two mechanisms: α_out (emissions to participants) and α_in (injection to liquidity pool).
Per Bittensor emissions design: each block allocates alpha to outstanding (participants) and injects alpha into pool reserves up to a cap.
- Modeled α_in amounts are proportional to α_out across epochs to fit the 21M cap.
Exact α_in per block depends on the time-varying sum of subnet prices (Σp); without full historical Σp, proportional allocation provides a conservative approximation that preserves the total-supply cap.
- Initial ‘Genesis Pool Seed’ of 1 SN4 occurs at subnet pool initialization.
Taostats documentation states new subnet pools initialize with 1 alpha and 1 TAO; date aligned to Dynamic TAO mainnet activation for modeling.
Allocations
Description
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Targon is a decentralized AI infrastructure platform that uses Bittensor's Subnet to offer secure, high-performance AI inference and model leasing services. It emphasizes performance, accessibility, and security.
| Sector: | AI & Compute |
| Blockchain: | Bittensor |