Polars Protocol (Public)
Business Model Overview
POL Burning Event
Stability and dedication
We can divide this section into three parts. Conceptual development, Front-end development, and back-end development.
Moving to more efficient networks in terms of speed and cost of transactions. Development focus for the near future: (EVM)
Multy Prediction Pools.
We are looking at the modernization of the system, in which, within one pair of polar tokens, there will be several different Prediction Pools with different branches of events.
Automation of all platform processes as much as possible. Eventually handing over control of basic conceptual functions to Polars DAO.
Maximum reuse of the free capital of the protocol under conditions of maximum technical and architectural security of the code.
Search in the list of events and search in the history of events.
Functionality of decentralized oracles for tracking event results based on cryptocurrency price movements.
Interface of pending orders for events from the list of future events.
An interface for using leverage to buy polar tokens in the Prediction Pool within one event cycle.
Polars platform advanced statistics interface.
Changing the menu structure: A total list of events + a menu for selecting the various available pools.
User personal statistics interface (PNL, net result, average return / round, average position / round, won / Lost / entered rounds).
An interface for creating custom markets and custom polar token pairs.
Polars White label solutions.
Interface for Governance functionality.
In progress: Arbitrage contract - arbitrage between Prediction and Trade pool.
In progress: Pending orders contract - possibility to set orders for any future event.
Margin trading - trading with leverage.
Oracles integration for crypto events(or any on-chain events).
Full automation of crypto events(or any on-chain events).
Oracles for off-chain events
Full automation for off-chain events
Pancakeswap like predictions - predictions where winner receives all funds - 100% volatility.
5 tokens Betting pool(collateralization token + 4 event tokens) + 5 token Trading pool
Governance for event types addition/exclusion, new pools creation
Governance for project updates
Governance for tokenomics
Gas optimizations: Update token contracts to use permit instead of allowance.
Gas optimizations: Exclude unnessasary variables from Prediction pool mathematics. For example boughtThisCycle can be excluded etc.
Lending for PTPT exchange to Collateral tokens.
User markets creation - When the user instantiates market contracts and is responsible for the market functioning. Possibly he can be even responsible for market results submission.
Addition of investment mechanics into pools(Trading, Betting pools) - For example, put collateralization into AAVE to receive yields.
Next - ROADMAP