AlphaGenesis Algo-Prop

Where the HFT algorithm becomes king among algorithms

48M
RPS (Requests Per Second)
332ns
Code Latency
2.66
Sharpe Ratio
85.25%
Win Rate
⚡

Ultra-Low Latency

Our algorithm processes data with just 332 nanosecond latency, providing microsecond advantages over competitors.

📈

High Profitability

With a Sharpe ratio of 2.66 and ability to generate 48 million requests per second, our algorithm demonstrates exceptional returns.

🎯

85.25% Win Rate

Our algorithm shows a consistent 85.25% win rate, making it the most accurate HFT solution on the market.

🛡️

Reliability & Stability

Robust architecture ensures uninterrupted operation even in extreme market volatility conditions.

Ready to join the HFT revolution?

Choose your path to success with AlphaGenesis Algo-Prop

Contact Us Become a Trader

Contact Us

Become a Trader on Our Platform

Profit Split: 60% to trader, 40% to AlphaGenesis Algo-Prop.

API Keys for Connecting to the Algorithm

How to Connect API Key

API 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.

Payment Conditions

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.

⚠️ Warning: API keys must not be connected to emptiness. Each key undergoes validation in the algorithm before trading begins.

🔧 Rust Code for API Key Connection

// 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
                }
            }
        }
    }
}
                
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