Token Economics
Vesting26 Jun 20268 min read

The Insider Re-Lock: When Protocols Pay Vested Holders to Lock Again

The official supply unlocks. The effective float doesn't.

A pattern that’s become standard in 2024-25 launches: ship the tokens, then immediately incentivise insiders to lock them again via staking, ve, or restaking yields. The official supply unlocks. The effective float doesn’t. It’s either tokenomics genius or a trick — depending on how it’s designed.

DEFINITION

The insider re-lock pattern: tokens vest from a primary schedule (cliff + linear) but are immediately re-locked into a secondary mechanism (vote-escrow, staking pool, restaking vault) that pays yield. Net effect: the token unlocks on paper but doesn’t enter the float. The lockup re-initiates voluntarily.

Three flavors of re-lock

1. Vote-escrow re-lock (veToken)

Vested tokens are locked into a ve-contract for additional voting power and a share of protocol fees. Curve, Pendle, Frax, Aerodrome all run this pattern. The math:

ve-LOCK INCENTIVE STRUCTURE
Tokens vest from primary schedule       → tokens become tradeable
Insider locks tokens for 4 years        → receives veTOKEN voting power
veTOKEN holder receives:
  - Protocol fee share (10-50% of fees)
  - Boosted LP rewards (up to 2.5x)
  - Gauge weight votes (controls future emissions)

If insider sells unlocked tokens instead:
  - No fee share
  - No boosted LP rewards
  - No governance influence

Effective lock pressure: high
Voluntary re-lock rate (mature ve protocols): 60-80%

For protocols with real fee revenue, this works because the opportunity cost of not locking is real yield. For copycats with no fees, it’s emission-funded, the “yield” nets to dilution, and re-lock rate is much lower (10-30%).

2. Staking re-lock

Vested tokens are deposited into a staking pool that distributes additional emission yields (not protocol fees). Common in 2024 L1 + DePIN launches.

EMISSION-STAKE RE-LOCK
Vested tokens stake at 10-30% APY
APY paid in same token (inflation)

For insiders:
  + Earn additional ~25% per year on locked stack
  + Reduces realised sell pressure (only stake-yield is sold, not principal)
  + Maintains governance presence

For float:
  - Locked tokens removed from circulating
  - Stake unlocking has its own cooldown (typically 7-21 days)
  - Stake-yield drips into market continuously

Net effect: deferred + smoothed sell pressure
Trade-off: emission inflation funds the loop

This is the most-criticised version because the “yield” is just more of the same token being printed. Net of dilution, holders earn close to zero in real terms. But for insiders specifically, the pattern still works: their share of the dilution is captured by their stake.

3. Restaking re-lock

2024 innovation: vested tokens staked into protocol → restaked into EigenLayer or equivalent → the same token earns multiple yield streams stacked. Some liquid restaking tokens (LRTs) explicitly designed for this.

  • Ether.fi: ETHFI tokens stake into the protocol; the protocol redirects rewards to stakers. Plus the underlying ETH is restaked across multiple AVSs.
  • EigenLayer: EIGEN tokens stake into the protocol; users delegate to operators who validate AVSs. Operators earn AVS fees + EIGEN rewards.
  • Symbiotic, Karak, Babylon: similar structures with different security models.

Why this matters for tokenomics analysis

Standard sell-pressure math (unlocked tokens × assumed sell rate × price) over-estimates float when re-lock is active. The same allocation can vest 100% on the official schedule while only 30% reaches the open market.

Three signals to look for in a project’s actual market behaviour:

  • Stake-rate of total supply. Curve’s veCRV holds >50% of CRV supply. Pendle’s vePENDLE locks ~40-50%. Anything >30% means re-lock is doing real work.
  • Average lock duration. Curve’s average lock is 3.5+ years. Newer veProtocols often see <1 year — meaning lockers expect to exit relatively soon and re-lock isn’t deep.
  • Bribe market depth. If the bribe-per-vote market is > $1M per epoch, the lock has real economic value. If it’s < $100k, the lock is mostly cosmetic.

The honest version vs the trick version

Honest re-lock: insiders are locked into the same mechanism as everyone else, the rewards are funded by real protocol revenue, and exits are visible on-chain. Curve, Pendle, Frax all qualify by this standard.

Trick re-lock: insiders nominally have the same lock as everyone else, but actually exit through OTC channels or off-chain markets. Their official lock-rate looks identical to retail but their effective float is unconstrained. Hard to spot without on-chain forensic analysis.

Re-lock is genius when funded by real fees and verifiable on-chain. It’s a trick when insiders OTC their exits while retail believes the schedule.

Designing re-lock honestly

Three principles for founders who want re-lock to actually work:

  • Tie the rewards to real revenue, not emissions. Curve, Frax, Pendle all redirect fee revenue to lockers. Pure-emission yields collapse the moment the protocol stops growing.
  • Make insider locks more visible than retail locks, not less. Publish the wallet addresses of insider re-lock contracts. Track the lock end-dates publicly. The transparency itself is the credibility.
  • Avoid “mandatory” re-lock. Forcing insiders to re-lock looks generous in the deck but breaks the moment they want out. Voluntary re-lock + real economic incentive is the sustainable design.

The market signal

Watch what happens around insider unlock dates for protocols with re-lock designs:

  • Healthy re-lock signal: token price drifts up through the unlock as the market correctly anticipates that insiders will re-lock rather than dump. Pendle’s 2024 unlocks behaved this way.
  • Broken re-lock signal: token drifts down for weeks pre-unlock, churns through the date, then drifts down further. Re-lock isn’t credibly preventing exits.

USE THE TOOL

The MCP’s compute_sell_pressure doesn’t model re-lock by default — it assumes worst-case sell-through. To model an effective re-lock rate, multiply the projected USD by your assumed sell-through ratio. For Curve-like ve protocols, 30-40% is realistic. For pure-emission staking, 70-80%. For protocols with no re-lock mechanism, 100%.

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