Strategy Development

Custom algorithmic trading strategies tailored to your investment goals and risk tolerance

Our Strategy Development Service

Code2R's Strategy Development service creates bespoke algorithmic trading solutions designed to capitalize on market opportunities while managing risk. Our team of quantitative analysts and developers work closely with you to build strategies that align with your trading objectives.

Custom Strategy Design

Strategies tailored to your specific trading style, risk appetite, and market focus

Backtesting & Optimization

Comprehensive historical testing with walk-forward analysis

Multi-Asset Strategies

Development for stocks, forex, commodities, and derivatives

Machine Learning

Incorporation of AI and predictive modeling where appropriate

Risk Management

Built-in risk controls and position sizing rules

Ongoing Maintenance

Regular performance reviews and strategy adjustments

Our Development Process

We follow a rigorous methodology to ensure strategy effectiveness:

Market Analysis

Identify potential opportunities and market inefficiencies

Concept Development

Formulate trading hypotheses and strategy concepts

Implementation

Code the strategy with proper risk management

Backtesting

Test against historical data with realistic assumptions

Live Testing

Paper trade in real market conditions

Deployment

Go live with monitoring and performance tracking

Strategy Types We Develop

"Code2R developed a custom options trading strategy for our fund that has consistently outperformed our benchmarks. Their team understood our requirements perfectly and delivered a robust solution."

- Priya M., Hedge Fund Manager

Sample Strategy Code

Here's a simplified example of a mean reversion strategy we might develop:

# Mean Reversion Strategy Example
from code2r.algo import Strategy
import numpy as np

class MeanReversion(Strategy):
  def initialize(self):
    self.symbol = "NIFTY"
    self.lookback = 20 # Days for mean calculation
    self.threshold = 1.5 # Standard deviation threshold

  def on_data(self, data):
    # Calculate rolling mean and std
    returns = np.log(data.close / data.close.shift(1))
    mean = returns.rolling(self.lookback).mean()[-1]
    std = returns.rolling(self.lookback).std()[-1]
    current_return = np.log(data.close[-1] / data.close[-2])

    # Trading logic
    z_score = (current_return - mean) / std
    if z_score > self.threshold:
      self.sell(self.symbol, quantity=100) # Overbought
    elif z_score < -self.threshold:
      self.buy(self.symbol, quantity=100) # Oversold

Why Choose Our Service?

Request Strategy Consultation

Getting Started

  1. Schedule a consultation to discuss your requirements
  2. Define your trading objectives and constraints
  3. We develop a customized proposal
  4. Upon approval, begin strategy development
  5. Receive regular progress updates
  6. Implement and monitor the live strategy