marketfeed

Platform Overview:

marketfeed is a Bangalore-based financial technology platform specializing in automated options trading solutions.

By linking users' brokerage accounts, it facilitates the automated implementation of professionally developed trading methodologies, with particular emphasis on Nifty and Bank Nifty options contracts.

The system offers real-time financial market analytics and intelligence, enabling users to either make data-driven decisions or completely automate their trading activities without manual involvement.

marketfeed's mission is to broaden accessibility to advanced algorithmic trading by integrating professional strategy development with intuitive automation and comprehensive risk protocols.

Core Capabilities:

Automated Options Execution

Implements expert-crafted options strategies automatically within connected brokerage accounts, significantly reducing manual trading requirements.

Live Market Intelligence

Provides instantaneous updates on market dynamics, price fluctuations, and trading volumes to keep users continuously informed.

Brokerage Connectivity

Establishes direct integration with major brokerage platforms including IIFL Securities for streamlined trade execution.

Integrated Risk Management

Incorporates protective measures such as stop-loss orders and other risk mitigation features directly within trading algorithms.

Intuitive User Experience

Simplifies interaction with complex financial data and strategy administration for traders across all experience levels.

Application Scenarios:

Retail Trading Automation

Enables individual investors to automate their options trading approaches without constant manual monitoring.

Professional Strategy Implementation

Allows traders to deploy sophisticated methodologies developed by SEBI-certified research analysts.

Market Intelligence & Analytics

Delivers real-time market information and trend evaluation to support strategic decision-making.

Risk-Aware Trading

Assists users in controlling investment risks through algorithmically embedded protection mechanisms.