01 / 04Rent 4.60 SOL · cover 45 SOL
Post
The project posts the jolt: 300 SOL of depth for 14 days. It prepays 4.60 SOL of rent, funds a 45 SOL capacitor into escrow and drops its token side into the ask bins above price.
3D needs WebGL. The probe buttons still run the projection on the live pool.
Drag the red probe onto the metal
Live pool Reading pool
Liquidity rental · Meteora DLMM
Rent depth. Jump start the pool.
New tokens rent SOL depth into DLMM bins for a fixed term. LPs earn rent every slot, covered by a project funded capacitor.
Reading Meteora DLMM
- SOL
- New pools 24h
- 10 SOL buy, thin pool
Dead pool
- 10 SOL buy now
- Loading
- Depth within 10%
- Loading
- Rent a day
- 0.00SOL
Reading Meteora DLMM
01/ 07
Live depth
The real bins of the thin pool above, read from Solana mainnet.
This is how thin a new pool really is.
Every bar is a real DLMM bin of a token that launched in the last few days. Connect the probes up top and the hatched bars show where a rental would place LP SOL and the project token, and what that does to a 10 SOL buy.
Reading pool
Reading poollaunched
Connect both probes to overlay a projected rental
- Depth within 10%
- Loading
- 10 SOL buy now
- Loading
- Projected buy
- No rental
- Pool TVL
- Loading
- Active price
- Loading
02 · How a jolt works
Four drops. One pool that learns to stand.
A jolt is one rental contract. The project drops in its token and prepays rent, LPs pour in SOL, and the program holds it all until organic depth carries the pool.
Jolt receiptYour terms
TOKEN / SOL
- Depth300 SOL
- Term14 days
- Voltage40% APR
- Cover15% of depth
- Receipt · step 01Post
- Rent · 300 × 40% × 14 / 3654.60 SOL
- Capacitor · 15% of depth45.00 SOL
- Listing fee0.50 SOL
- 02 / 04300 SOL target · rate rises hourly
Charge
The rent rate starts low and rises every hour until LPs fill the target. Their SOL pours into bid bins below price through program owned DLMM positions, and each LP gets a receipt NFT.
Receipt · step 02Charge- LP SOL in bid bins300 SOL
- 03 / 04Rent streams 0.33 SOL a day
Live
Both sides are in. Rent drips to LPs every slot, they keep the trading fees, and a keeper recenters the SOL bins when price climbs. A 10 SOL buy now barely ripples the pool.
Receipt · step 03Live- Rent a day · 300 × 40% / 3650.329 SOL
- Streamed by day 72.30 SOL
- Protocol share · 10%0.23 SOL
- 04 / 04Bonus 1.15 SOL · refund 1.15 SOL
Turnover
Organic depth held above target for 24 hours, so the rental lifts off early. Half of the unused rent becomes an LP bonus, the rest flows back to the project with the capacitor.
Receipt · step 04Turnover- Bonus · 50% of unused rent1.15 SOL
- Rent refunded1.15 SOL
- Capacitor returned45.00 SOL
Settled byProgramTURNED OVER
03/ 07
Split side liquidity
LP SOL holds the floor below price. The project token fills the ceiling above it.
LPs hold the floor. The project fills the ceiling.
Each side brings one asset. LP SOL sits in DLMM bins below the active price as bid support. The project's token sits in bins above it as ask depth. Depth is what gets rented, so JOLT uses bins rather than a full range curve.
LP SOL, rentedProject tokenOrganic depth
How the bins move- Keeper
- Idle, centered
LP SOL, rented. Converts into the token only if price falls through it, which is the loss the capacitor covers.
Project token, locked for the term. Buyers fill against it as price climbs.
Organic depth from everyone else. When it holds the target, the jolt turns over.
04/ 07
For projects and LPs
Two sides of one rental, priced on the terms you set above.
What each side pours in, and what it takes out.
Both panels are worked out on your terms: 300 SOL of depth, 14 days, 40% APR and 15% cover. The impact line uses a real thin pool read from Meteora DLMM.
For projects
Day one depth without begging for it.
Rent bid support for a launch window instead of seeding it from the treasury. You keep your SOL, and your token side stays yours and comes back at the end.
You put in
- Prepaid rent
- depth × APR × days / 365 = 4.60 SOL
- Capacitor deposit
- 15% of depth = 45 SOL, returned if nothing breaks
- Listing fee
- 0.50 SOL
- Token side
- Locked in ask bins for the term
You take out
- Rented bid depth
- 300 SOL within 10% of price
- 10 SOL buy impact
- Reading a live pool
- Early turnover
- 1.15 SOL refunded if it graduates at day 7
For LPs
Rent on idle SOL, with a deposit behind it.
Your SOL sits only on the bid side, inside a program owned position you can audit. Rent streams every slot, fees are yours, and the capacitor pays out first if the token breaks.
You put in
- SOL
- Any size, into bid bins below price
- Term
- 14 days at your terms, ends early on turnover
You take out
- Rent after protocol share
- rent × 90% = 4.14 SOL over the full term
- Trading fees
- Every swap through your bins
- Loss cover
- Up to 45 SOL from the capacitor, pro rata
- Turnover bonus
- 1.15 SOL if it graduates at day 7
05/ 07
Safety
A deposit, a trip switch and a score stand between LPs and token risk.
LPs take token risk. The project pays for it first.
Rented SOL can turn into the token if price falls through the bid bins. Three mechanisms sit between that and the LP: a deposit, a trip switch and a score. Try the first two live on the pool above.
Dead poolWired to the probes at the top of the page
Formulas on your terms, fuse shows the mechanismCapacitor
45 SOL
300 SOL depth × 15% cover
Held in escrow for the term. If the fuse blows it pays LPs first, pro rata, up to this cap.
Fuse
Standing by
- Price below floor
- Token side pulled
- Dev wallet dump
01The capacitor
A cover deposit that pays LPs first.
Before a jolt goes live the project fills a capacitor in escrow, 15% of target depth (45 SOL on the 300 SOL you set above). If LP SOL ends the term converted into a falling token, the capacitor tops LPs back up, pro rata, up to its cap. Whatever is not needed flows back to the project.
02The fuse
One snap and everyone is out.
The keeper checks three triggers. Price closes below the floor set at posting, the project tries to pull its token side, or a flagged dev wallet sells into the pool. Any one of them snaps the fuse: the program closes every LP position at once and the capacitor pays out immediately.
Risk score · per jolt
- Cover ratioCapacitor ÷ depth, 15% at your terms
- Holder concentrationShare held by the top 10 wallets
- Authorities revokedMint and freeze must be off
- Dev wallet activitySells from flagged wallets
- History on JOLTPast jolts and how they ended
0 to 100, shown on every jolt
03The risk score
Read the gauge before you touch the metal.
Every jolt carries a score built from five inputs: cover ratio (capacitor over depth), holder concentration, whether mint and freeze authority are revoked, dev wallet activity, and the project's history on JOLT. Eligibility rules block the worst cases before they can post at all.
06/ 07
Economics
Rent, cover and fees for a jolt you set yourself. A calculator on your inputs, priced at the live SOL rate.
Price a jolt. Every number flows with the sliders.
Rent is depth times APR over the term. The protocol keeps 10% of rent plus a 0.5 SOL listing fee. On turnover, LPs get half of the rent that was never streamed.
Set the joltReading Meteora DLMM
Turnover bonus assumes the pool graduates halfway through the term. Cover ratio 15%. Depth and voltage are shared with the probes at the top of the page.
Total rent
4.60 SOL
300 × 40% × 14 / 365. 0.329 SOL a day, prepaid
Capacitor
45.00 SOL
15% of 300 SOL, held in escrow
Protocol fee
0.96 SOL
0.46 SOL rent share + 0.50 SOL listing
Turnover bonus
1.15 SOL
50% of 2.30 SOL unused rent at day 7
Where the rent goes · full term4.60 SOL
To LPs · 90%Protocol · 0.46 SOL
If it turns over at day 7unused 2.30 SOL
LP bonus 1.15 SOLBack to project 1.15 SOL plus the capacitor
Project outlay up front50.10 SOL rent + capacitor + listing
07/ 07
FAQ
Seven answers on rent, losses, rugs and fees.
Read progress1 / 7 read
01 What exactly is being rented?
Questions people ask first.
Depth. LPs lend SOL into DLMM bins just below the active price for a fixed term, 7 to 30 days. The positions are owned by a program PDA, not by the project, so the project can trade against that depth but can never withdraw it. The rented depth sits within 10% of price for the whole term.
The LP takes it first and the project pays it back. If price falls through the bid bins, LP SOL converts into the token. At term end or on a fuse, the capacitor covers that loss pro rata up to its cap, a share of depth the project sets when it posts (15% by default). Losses beyond the cap stay with the LP, which is why the cover ratio leads the risk score.
The fuse snaps. Its triggers are price closing below the floor set at posting, the project pulling its token side, or a flagged dev wallet selling into the pool. The program closes every LP position in one pass and the capacitor pays LPs right away. The token side was locked for the term, so it cannot be yanked first.
Because depth near price is the product. DLMM bins let LP SOL sit only on the bid side, close to price, where it actually reduces slippage. A full range curve would spread the same SOL across prices that never trade. Bins also give the keeper something concrete to move: when price climbs, it recenters the SOL bins under the new price.
Tokemak ran a liquidity direction market on Ethereum, where TOKE holders voted on which pools received protocol owned liquidity. Meteora farms pay LPs to provide liquidity, but they carry no cover, no fixed term and no graduation. JOLT combines a fixed term rental, a funded cover deposit and an early exit once organic depth carries the pool.
An external audit comes before launch. The Anchor program (escrow, PDA owned DLMM positions through CPI, rent streaming, capacitor, fuse and turnover) holds user funds, so the app opens only once the program is deployed with a multisig upgrade authority.
The protocol keeps 10% of rent plus a 0.50 SOL listing fee per jolt, so the protocol share is rent × 10% + 0.50 SOL. LPs keep 90% of streamed rent and all of their trading fees. On turnover, half of the unused rent goes to LPs as a bonus and half is refunded.