NOM's Bonding Curve Offering (BCO)
Be mindful that the ONLY OFFICIAL LINK AND CONTRACT ADDRESS ARE:
Bonding Curve Contract: 0x264C13cfEd981e3137Fb43B198D14D8D5D64977E
Bonding curves are cryptoeconomic token models that automate the relationship between price and supply. It is a decentralized automated market maker that is on-chain with community-driven liquidity. Liqudity within the automated market maker cannot be controled by any central entity. The code cannot be adjusted after its deployment. The tokens in this model are referred to as Continuous Tokens because their price is continuously calculated. In continuous token models, there is no ICO or token launch. Instead of pre-selling tokens during a launch phase, the tokens are minted continuously over time via an automated market maker contract. Tokens are minted when purchased as needed, in conjunction with demand, and used within the protocol or application when required or desired.Continuous Tokens have other properties such as instant liquidity and deterministic price. Bonding curves act as an automated market maker such that token buyers and sellers have an instant market. Additionally, bonding curve models don’t have central authorities responsible for issuing the tokens. Instead, users can buy a project’s token through a smart contract platform. The cost to buy these tokens is determined by the supply of those tokens. Unlike traditional models, the cost of these tokens increases as the supply increases. This price is determined by a pre-existing algorithm, further described below. A fee of 1% is applied per trade with the bonding curve. The Bonding Curve Contract has been audited by NCC Group, an enterprise-level cybersecurity firm headquartered in the United Kingdom.
The Onomy Protocol token (NOM) is primarily distributed through a bonding curve contract deployed on the Ethereum Network where bondingNOM (bNOM) tokens are purchased that are bridged 1:1 for NOM on the Onomy Network. NOM is the native utility token of the Onomy Network. An interface is provided for this exchange at bco.onomy.io - commonly referenced as "bridging" bNOM tokens from Ethereum and into the Onomy ecosystem for NOM. When bridged, bNOM is burned from the bonding curve, setting a new floor price of the bonding curve, and an equivalent amount of NOM is provided on the Onomy Network.
The following is the equation governing the bonding curve:
100,000,000 is the supply of bNOM loaded into the bonding curve. Supply is provided as it is purchased, thereby acting as a minting mechanism over time. The emmission of tokens requires significant capital to prevent over-dilution of the NOM circulating supply.
The bonding curve has many benefits as a way to distribute NOM:
- Deterministic Price: The buy and sell prices of tokens increase and decrease with the number of tokens minted.
- Continuous Price: The price of token n is less than token n+1 and more than n-1.
- Instant Liquidity: Tokens can be bought or sold instantaneously at any time, with the bonding curve acting as an automated market maker. A bonding curve contract acts as the counterparty of the transaction and always holds enough ETH in reserve to buy tokens back.
- Collateralization: In conjunction with the staking inflation curve, ETH acts as reserve backing of the NOM.
The Onomy Network Staking Curve carries a tight relationship with the Bonding Curve. The staking curve acts as a principal motivator for participants who purchased bNOM to bridge from Ethereum to the Onomy Network to capture the opportunity to obtain staking rewards. NOM holders can either choose to become validators themselves, or delegate their NOM to a validator to earn staking rewards minus a validator fee.
The staking rewards incentivize bNOM on the bonding curve to bridge into NOM, thereby driving value into the Onomy Ecosystem. Once bridged, bonding curve participants formalize their entry into Onomy and relinquish the ability to sell back to the bonding curve. Liquidity thereby comes from the ONEX and anticipated exchange listings.
The bonding curve is perpetual until all 100M bNOM are issued. Thus, an arbitrage opportunity may appear from time to time as the NOM price on exchanges exceeds that of bNOM on the bonding curve. A potential arbitrager will purchase bNOM, bridge to NOM, and send to exchanges. This incentive will further drive positive feedback mechanisms driving value, community, and adoption of NOM, as more bNOM is minted at more valuable prices and then bridged.
All findings were fixed and three informational findings were accepted.