Budget: 250 USD Deadline: 7 days
Hello!
I have reviewed your technical specifications — I understand that this is not about a regular "classic" bot, but specifically about an algorithmic trader for Polymarket with a strict adherence to the timing of 15-minute candles for BTC/ETH/SOL/XRP and working with probabilities (odds).
Briefly, how I see the implementation:
- Connection to the Polymarket API (orderbook/markets) to obtain current odds and the time until the closure of a specific market.
- A separate module that takes data from the 15-minute chart for the selected coins (BTC, ETH, SOL, XRP) through a cryptocurrency exchange/price-feed and synchronizes it with the expiration time of the market on Polymarket.
- A cycle with a frequency of 1–3 seconds:
- we get the current odds,
- calculate the remaining time until closure,
- until 1:10 — just monitoring,
- in the window of 60–30 seconds, the bot checks that odds ≥ 0.99 and that there is no active position from the bot for this market,
- if conditions are met — a one-time BUY entry with a fixed amount (in USD), without repeated follow-ups and duplicates.
- Protection against repeated entry: accounting for active positions in the database/storage (so that even after restarting the process, the bot does not buy excess).
- Processing the result after the market closes: recording WIN/LOSS, PnL, basic statistics.
At the same time, I can create a Telegram bot/notifications:
- moment of entry into the trade (market, coin, odds, amount, time until closure),
- result upon market completion (WIN/LOSS, PnL, balance/statistics),
- if necessary — alerts about errors (API, connection, limits).
I will make the architecture modular: a separate Polymarket connector, a timing/entry logic module, a position manager, and a Telegram notifier, so that later it can be easily expanded or new markets can be connected.
I am ready to discuss the details in private messages: which specific markets to use, what limits on risk and trade amount, whether extended statistics and a settings panel are needed. After a more detailed discussion of the technical specifications, I will propose a specific budget and timeline to fix everything by stages.