Algorithmic Trading
Systematic Strategies for Indian F&O and US Markets.
Rule-based systems for NSE futures and options and for US equities, options and futures, running through your broker's API.
Two markets, one engineering standard.
India: NSE futures and options
Index and stock derivatives, built around how the Indian market actually trades.
- NIFTY, BANK NIFTY, FINNIFTY and stock F&O
- Option strategies: spreads, straddles, strangles and hedged structures
- Weekly and monthly expiry handling, rollover and lot-size changes
- Margin-aware position sizing and intraday square-off rules
- Execution through your broker's approved API, within the exchange and SEBI framework that applies to it
United States: equities, options and futures
Systems for NYSE and Nasdaq listed instruments and CME futures.
- Equities and ETFs, including pre-market and after-hours rules
- Listed options: chains, greeks-based selection and multi-leg orders
- Index, rates and commodity futures with contract rollover
- Corporate actions, halts and pattern-day-trading constraints handled explicitly
- Execution through your broker's API, from your own account
What every live system includes.
Risk controls
Per-trade, per-day and per-strategy limits, with a kill switch that flattens and stops.
Broker connectivity
Order placement, modification and reconciliation against the broker's own order book.
Logging
Every signal, order and fill recorded, so behaviour can be explained afterwards.
Monitoring
Health checks and notifications when data, connectivity or positions look wrong.
Deployment
Cloud or on-premises, with restart behaviour that recovers open positions safely.
Source delivered
Typically Python, with the source and a run book handed over.
Historical backtesting, optimisation and simulation do not guarantee future trading results. We develop software to your specification. We do not provide trading signals or investment advice, and we make no promise of profitability.
Discuss Your Strategy.
Send us your rules in whatever form they exist today. We will tell you what is buildable, what is ambiguous and what it would take.