Your HEX Stake Ladder
A Staking Ladder is HEX staked in several stakes with staggered End-Dates, creating income steps over time. This page draws that picture for any wallet. A Bond Ladder is the same idea built from HTTs that mature over time.
Map Your HEX Stakes
Paste one or more addresses: separated by spaces, commas, or new lines.
▸ What the reader shows:
every native and HSI-held HEX stake on PulseChain and every eHEX stake on Ethereum, for one wallet or many at once, each on a ladder and a calendar map; the wallet’s Stake Rank against the nightly T-Share ladder of every staker; its League creature, from Shell to Poseidon, measured as its share of the chain’s live T-Shares; its Present Value, every stake ended today under the HEX contract’s own early-end and late rules; and its Value at Maturity, a stated model at today’s payout per T-Share. The reader finds a wallet’s stakes whichever way they are held: native stakes straight from the HEX contract, and HSI-held stakes by asking Hedron’s manager contract which instances the wallet owns (listed or tokenized), and then each instance’s stake is read from the HEX contract itself. It reads stakes only: no token balances, no liquidity pairs, no ratio pairs. It never connects a wallet, saves nothing, and sends no address to any server of ours.
▸ The read happens in your browser:
it goes straight from this page to a public PulseChain RPC gateway, chosen with the failover rules of this site’s own RPC Failover Standard. HexBonds has no server in the path, sees no address, and stores nothing.
▸ The Gateway:
Every gateway that answers sees the address you query and your IP address. The status line below the data names the gateway used. HexBonds chooses which gateways the page tries, but has no control over, and no information about, what a gateway keeps. A VPN hides your IP address from the gateway; the VPN provider sees it instead.
HEX Staking Map
▸ Method.
Open stakes = every recorded stake start without a matching end-stake. On a passed stake, the hover says whether Good Accounting has been called, the public call that settles a finished stake’s books without moving any coins; it has been called on .
▸ Native or HSI.
A native stake is held by a wallet; an HSI is held by a small contract of its own so it can be tokenized and traded. The HEX contract records both identically, so we name HSIs by their code: every instance is a 45-byte clone of one template, and a wallet has no code at all. There are , one stake each. Native shows by default; either button may be off, but not both.
▸ Held back by default.
OA-Traced Stakes: every stake held by an address the Origin Address reached, traced forward through the chain’s own Transfer logs until nothing new appears (262 addresses over 3 hops; the count is in the data file). The trace follows the money and nothing else, and it can be that plain because the shape is a funnel: two second-hop addresses were filled by 182 and 60 first-hop ones, and the walk stops on its own. The Origin Address has never staked a single HEX itself. Shown, these stakes are amber. 2040 Wall: , every one a 5,555-day term staked in four days of February 2025 and ending 2040-04-27 to 04-30.
▸ Views.
Every Stake: one mark per stake, its height the stake’s own HEX on a by-powers-of-ten scale. By Day: each ending day summed into one line. By Year: each calendar year summed into one bar. Unlock Curve: the running total of HEX released across the window, with a rule at each tenth. Height means something different in each view.
▸ Y axis: Term.
Term makes height the stake’s committed length in days, 0 → 5,555, instead of its HEX. Every stake locked on one day then falls on its own diagonal, and the map becomes a fan of them. Round terms still lie in horizontal bands and heavy end days in vertical ones, crossing at right angles underneath. The band’s top edge is the oldest lock day still open — nothing locked earlier is still running, which is why the map’s top diagonal is not day 1.
▸ Y axis: Days Served.
Height becomes the days each stake has already served, on the same 0 → 5,555 scale. It depends on the lock day alone, so Term’s diagonals flatten into horizontal rows, one to a lock day; a stake that has matured stops rising, frozen at its term. Nothing can have served longer than HEX has existed, so the top of the scale is empty ground that fills in by one row a day.
▸ Moving around.
Drag across the chart to zoom to a range; the bands along the bottom are doors, naming years, then months, then days as the window narrows. Zoom Out widens from where you stand. Once zoomed, a rail under the chart shows the whole span with the window lit: drag it, click it, or step with ; a sideways trackpad swipe works too. Full Screen fills the screen and grows wide, about 300 pixels to a year, scrolling sideways; Fit to Window fits the whole map to the browser window instead.
▸ Restake & Compound.
In Every Stake, a run of marks stepping right and a little higher each time is one holder ending a stake and putting the HEX straight back in — Restake & Compound, which this site measures at 30.2% of every stake end ever recorded, 86.8% of them larger than the stake that ended.
▸ Pulse.
In Every Stake, the scan walks the drawn stakes in the order of a chosen field, lighting each mark as it passes. Stakes that share a value light together, so the walls, rows and cohorts a still picture buries stand up out of the map.
▸ The pick.
The slider under the buttons picks a day or a range of ending days, or of the days stakes were staked, with Staked On, lights it in amber, and reads it out: HEX and stakes against a named total, weight against an average day, sizes, terms, holders, and whatever the hold-back buttons are keeping out. Heaviest lists the ten heaviest stretches of the pick’s width; List the Stakes shows them largest first, with a CSV.
Data: stake-ladder.json and stake-ladder-stakes.json, re-baked daily.
Download the HEX Event Dataset and HSI Event Dataset
The HEX dataset.
The chart above is drawn from a dataset this site measured itself, every: HEX StakeStart, StakeEnd, StakeGoodAccounting and ShareRateChange since December 2019 — 1.57 million events read from archive nodes, published here as plain files.
The HSI dataset.
Beside them, since September 2026, every event of Hedron’s HEX Stake Instance Manager since February 2022, every: HSIStart and HSIEnd, HSITokenize and HSIDetokenize, HSITransfer — the liquidation-auction hand-over, by which an untokenized instance changes wallets — and the NFT’s own Transfer, the wallet-to-wallet move of a tokenized one.
Actuator’s HSIs are in it.
The HexTimeTokenManager starts each stake it takes on as an HSI of its own through that same manager, and it is the manager’s single largest starter: 2,650 of the 29,751 HSIs ever started, the first on 2024-10-07 — 212 HSIs in 2024, 608 HSIs in 2025 and 1,830 HSIs so far in 2026, holding about 0.26B HEX with a median term of 2,660 days. Not one arrived by the liquidation hand-over, and 1,047 more came to it as NFT transfers on top of the ones it started.
Verify these files.
Each download has its checksum in the manifest, and each event kind has a canonical digest stamped to a block height: one SHA-256 over every event in a fixed form — the contract’s own raw words, sorted by stake id. The scanner that built the dataset is published beside it and reads only public archive nodes, so anyone can re-run it against any archive and reproduce the same digest from the chain itself. If the digests agree, every event agrees, bit for bit — exactness you can prove, not a claim you are asked to believe.
Reading the manifest…
| Event Kind | Events | Canonical SHA-256 (at the Snapshot Block) |
|---|
Download the Files
Click a file to download it. Every row carries its own SHA-256, the one in the manifest.
The HSI Dataset
An HSI is a contract holding one HEX stake. An HSI is not an NFT until its owner tokenizes it. Tokenizing is how an instance normally changes hands: the owner Mints the NFT, the NFT is transferred, and the new wallet can un-tokenize the HSI, or leave it tokenized in the wallet. The second way to move an HSI is when a HDRN loan is created and the loan defaults. Then the Hedron contract auctions it, and the winner receives it by HSITransfer. No NFT is involved. The HSI Manager contract tracks both transfers and is the only way to follow every HSI.
What This Page Cannot See
Honesty about coverage. The wallet reader lists every stake an address holds on PulseChain: native stakes held directly, and stakes held through an HSI — found by asking Hedron’s manager contract which instances the wallet owns, and Actuator’s manager for the instances the wallet has delegated to it, which leave every other list. It reads both chains — HEX on PulseChain and eHEX on Ethereum, each under its own selector and its own unit. What remains outside its reach: HEX staked through a pooling contract is held by that contract, not by your address, so no wallet reader can tie it to you from the chain alone. Stated so an empty ladder is never mistaken for an empty wallet.
