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HARJOT SINGH RANA
© 2025 Harjot Singh Rana
Featured Project

Orchastra

A no-code AI automation platform that enables users to build AI agents and workflows like building blocks. Features visual orchestration with drag-and-drop, multi-agent support, and integration with multiple AI providers including OpenAI, Claude, Grok, and Gemini.

Orchastra

Key Features

Feature 01

No-code visual builder for AI workflows and automations

Feature 02

Speech-to-workflow and text-to-workflow conversion

Feature 03

Multi-agent orchestration with parallel execution

Feature 04

Support for multiple AI providers (OpenAI, Claude, Grok, Gemini)

Feature 05

Drag-and-drop interface for building complex workflows

Feature 06

Pre-built template library for common automation tasks

Feature 07

Real-time workflow monitoring and analytics

Feature 08

Agent-to-Agent (A2A) protocol for multi-agent collaboration

Feature 09

Advanced error handling and retry mechanisms

Feature 010

Scalable architecture for handling concurrent operations

Feature 011

Built for educators, founders, and non-technical professionals

Feature 012

140+ early adopters and growing community

My Contribution

  • 01

    Built a complete no-code AI automation platform from scratch enabling non-technical users to create sophisticated AI workflows.

  • 02

    Implemented speech-to-workflow and text-to-workflow capabilities using advanced NLP and AI models.

  • 03

    Developed a visual drag-and-drop interface for building AI agent orchestrations without writing code.

  • 04

    Integrated multiple AI providers (OpenAI, Claude, Grok, Gemini) with unified API for seamless multi-model support.

  • 05

    Implemented parallel execution engine for running multiple AI agents simultaneously with coordination.

  • 06

    Built multi-agent collaboration system using LangChain and A2A (Agent-to-Agent) protocol.

  • 07

    Created a comprehensive template library with pre-built workflows for common automation tasks.

  • 08

    Developed advanced monitoring and analytics using Recharts for real-time workflow visualization.

  • 09

    Implemented robust error handling and retry mechanisms for reliable AI workflow execution.

  • 10

    Built scalable backend using FastAPI with async support for handling concurrent AI operations.

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