ATAS

Overview

ATAS (Advanced Trading Analytical Software) is a sophisticated trading and analysis platform specifically designed for order flow and volume analysis. It provides traders with powerful tools to analyze the behavior of market participants, offering insights into market dynamics that are crucial for making informed trading decisions. ATAS is widely used by day traders and professional traders in futures, stocks, and cryptocurrency markets.

Features

  1. Order Flow Analysis: Advanced tools for analyzing order flow, including real-time bid/ask data, volume clusters, and order book data.
  2. Volume Analysis: Comprehensive volume analysis tools such as volume profile, delta analysis, and footprint charts.
  3. Customizable Charts: A wide range of chart types and customization options to tailor the analysis to specific needs.
  4. Technical Indicators: Extensive library of technical indicators and the ability to create custom indicators.
  5. Market Replay: Market replay feature that allows traders to review and analyze historical market data.
  6. Integration: Compatible with various brokers and data feeds for seamless trading and data acquisition.
  7. Alerts and Notifications: Customizable alerts for specific market conditions, order flow changes, and price movements.
  8. User-Friendly Interface: Intuitive and easy-to-navigate interface designed to enhance the trading experience.

Key Components

Integrations

ATAS integrates with a variety of brokers and data providers to ensure a comprehensive trading experience. Some notable integrations include:

Community and Support

ATAS offers extensive support through detailed documentation, user guides, and a dedicated support team. Users can also participate in community forums, webinars, and online groups to share insights, ask questions, and get assistance from other traders and ATAS experts.

Use Cases

ATAS’s advanced analytical tools and user-friendly interface make it a preferred choice for traders looking to gain a deeper understanding of market mechanics through order flow and volume analysis.