NIP: $BTCN, $GLDN and sDeFo assets design

The Neutrino protocol is designed to be a universal toolkit for tokenization of real world financial assets. A potential way forward for the protocol is to make it easier for holders to diversify their portfolios, introducing assets pegged to financial instruments other than national currencies, such as stocks or indices. Whereas USDN stablecoin is likely going to remain the most popular Neutrino-based asset due to its sheer stability and a wide potential scope of application, the integration of a different collateralization mechanic would allow for the creation of hundreds of synthetic assets with a more extreme volatility profile. This idea was first proposed in the vision for Neutrino 2020 and was called Collider. It was then speculated that Collider could open ways to tokenize such popular assets as BTC, GOLD, SNP500 etc. Today, we present more details on the concept based on new utility of NSBT (Neutrino Base Token).


Absorbing volatility of highly unstable assets requires an efficient mechanism of overcollateralization. In this proposal, we introduce new mechanics that would allow for issuing BTCN, GLDN, and other speculative DeFo assets based on Neutrino protocol. The basic underlying concept is to create a collateralization algorithm that could generate autostaking BTCN and GLDN (or other highly volatile assets, or sDeFo — “speculative DeFo”), utilizing USDN as a basic collateral, and also NSBT as an overcollateralization token to back the synthetic peg.


Let’s assume the price of 1 BTC to be equal to $20 000, and the price of 1 NSBT — to $100. In order to issue 1 BTCN, one needs to deposit 20k USDN and 800 NSBT into an nVault on the smart contract. C-Ratio (CR — Collateral Ratio) is 100% for the USDN share and 400% for NSBT (example: (4 * 20 000 / 100 = 800). The issuer receives 1 BTCN and some nVault NFT tokens.


Since BTCN is backed by assets that generate staking income on their own, BTCN staking is implemented in a similar way to USDN staking, i.e. locking it on a smart contract, taking regular snapshots and conducting mass payments. ETH and other EVM-based chains have the auto-staking feature, which is included in ERC20 USDN.

  • 1/5 remains in USDN, 4/5 are converted at the current exchange rate into NSBT, diluting the share of NSBT in all nVaults and replacing it with USDN
  • new BTCNs are issued via the mechanism described above, ready to be paid out to stakers
  • nVaults that were received automatically remain on the smart contract, where they can be redeemed by any user for USDN
  • USDNs received from the sale of nVaults are again credited to the contract as a staking reward


In order to exchange BTCN back to USDN & NSBT, one needs to send the requiredBTCN, as well as nVault itself, to the smart contract. The profit for closing the collateral position, or RedeemValue, is calculated as RedeemValue = lockedUSDN + lockedNSBT * priceNSBT — requiredBTCN * priceBTC.

Motivation for Participants

BTCN is expected to have massive liquidity, staking profitability and speculative potential. Issuers are betting on the growth of NSBT surpassing the dynamics of the BTC rate, taking RedeemValue as profit.

  • BTCN has large quantities of excess collateral, protecting against BTC’ volatility
  • NFT tokens and Waves infrastructure that will support them is going to develop rapidly
  • The algorithm is suitable for any type of speculative assets: GLDN, TSLN, SNPN, etc.
  • With the Waves blockchain, it is simpler to implement and maintain such an algorithm, however, BTCN can also be issued as an ERC20 token by analogy with ERC20 USDN.
  • A significant demand for NSBT is expected, which stimulates the growth of its market cap and secures its role as the token of Neutrino recapitalization

Tech Ξntrepreneur, Lobster

Get the Medium app

A button that says 'Download on the App Store', and if clicked it will lead you to the iOS App store
A button that says 'Get it on, Google Play', and if clicked it will lead you to the Google Play store