Where the HFT algorithm becomes king among algorithms
Our algorithm processes data with just 332 nanosecond latency, providing microsecond advantages over competitors.
With a Sharpe ratio of 2.66 and ability to generate 48 million requests per second, our algorithm demonstrates exceptional returns.
Our algorithm shows a consistent 85.25% win rate, making it the most accurate HFT solution on the market.
Robust architecture ensures uninterrupted operation even in extreme market volatility conditions.
Choose your path to success with AlphaGenesis Algo-Prop
Contact Us Become a TraderAPI keys connect directly to the AlphaGenesis Algo-Prop algorithm. The algorithm validates the key's validity and begins trading upon successful verification.
Important: The withdrawal function is disabled in API keys. Withdrawal is only possible through the personal account.
After 1 day of non-payment, a warning message will be sent about the need to pay the profit percentage.
In the worst case, after 3 days of non-payment, access to the algorithm will be disabled.
// API key validation and trading start use std::collections::HashMap; use std::time::{SystemTime, UNIX_EPOCH, Duration}; struct ApiKey { key: String, valid: bool, withdrawal_enabled: bool, last_payout: Option, trading_enabled: bool, } struct HftAlgorithm { api_keys: HashMap , win_rate: f64, rps: u64, latency_ns: u64, sharpe_ratio: f64, } impl HftAlgorithm { fn validate_api_key(&mut self, key: &str) -> Result<String, String> { match self.api_keys.get_mut(key) { Some(api_key) if api_key.valid => { api_key.trading_enabled = true; Ok("Trading started".to_string()) } Some(_) => Err("Key is not valid".to_string()), None => Err("Key not found".to_string()), } } fn check_payout_status(&mut self) { let now = SystemTime::now(); for (_, api_key) in &mut self.api_keys { if let Some(last_payout) = api_key.last_payout { let days_since = now.duration_since(last_payout).unwrap_or(Duration::ZERO).as_secs() / 86400; if days_since >= 3 { api_key.trading_enabled = false; // Disable access to algorithm } else if days_since >= 1 { // Send warning } } } } }