Sprivio
NOTHING HERE ASKS YOU TO TRUST US
Security
Every line below is checked by your browser, not by our server. It downloads each contract's bytecode straight from a Robinhood Chain node and searches it for the functions that would let someone mint, seize, pause or drain. If we were lying, this page would contradict us on your screen.
How to read this page
Three kinds of contract get confused with each other constantly, so they are kept apart here and never merged into one list:
- The $SPRIVIO token — the platform's own ERC-20.
- Sprivio platform contracts — the factory, the deployer, the treasury, the distributor. These are ours, and their source is verified.
- Third-party contracts — the Pons launchpad and the curve $SPRIVIO trades on. We did not write them. Where we cannot verify something, this page says so instead of leaving a blank that reads like approval.
A token launched by someone else through Sprivio is not endorsed by Sprivio. Anyone can deploy through the factory. Check the token you are buying, not just this page.
Reading the contracts from your browser…
What the bytecode search does and does not prove
What it proves. A function can only be called if its 4-byte selector is in the contract's dispatch table. If the selector is absent from the deployed bytecode, that function cannot be called by anyone, including us. That is a property of the EVM, not a promise.
What it does not prove. It checks the selectors listed, not every conceivable one. A contract could name a dangerous function something we did not look for. That is exactly why source verification matters as well: for the contracts marked verified you can read the whole source, not just the selectors we chose to search.
The method was tested both ways before shipping: ten functions known to exist were all found, and two invented function names were correctly not found. A search that always returns "clean" would be worse than no search at all.
Where $SPRIVIO actually trades — stated precisely
$SPRIVIO has not graduated. It is still on the Pons bonding curve, which you
can confirm by calling graduated() on the curve contract above. There is therefore
no Uniswap v4 pool for it yet, and no locked LP position, because neither has
been created.
Charting sites show a "pair" for it. That pair is the curve, surfaced by their indexer. When a Sprivio-launched token graduates, its liquidity moves into a Uniswap v4 position held by the curve contract, and the curve has no code path that withdraws it. Until graduation there is nothing to lock and nothing to unlock.
We would rather write this out than let a green "LP locked ✅" badge imply a pool that does not exist.
Fees, in numbers you can check
The trading fee on a Sprivio curve is 1%. The creator keeps 90% of it for the first 100 launches on each chain and 70% after that; the remainder is the platform's only recurring income and its single exit is the buyback treasury above. There is no transfer tax — the token has no fee-on-transfer code, which the bytecode search above reflects. Bridging is free.
These are compile-time constants, readable as FEE_BPS(),
EARLY_CREATOR_FEE_SHARE_BPS() and CREATOR_FEE_SHARE_BPS() on the
factory. They cannot be changed after deployment; there is no setter.
Still open
- No third-party audit. Our contracts are unaudited. Source verification is not an audit and we do not present it as one.
- The token and the curve are third-party contracts — written by Pons, not by us. Their source is now verified on Sourcify: Pons published the full source when they verified their own factory, and we submitted those same sources against these two addresses. The code you can read is theirs; the verification is something anyone could have done.
- Liquidity is thin. Check the live number on the paper before trading anything.
Read the full risk disclosure before you use anything here.