Flower AI

What is Flower AI?

Flower AI is a comprehensive open-source platform designed to facilitate federated learning and hybrid AI deployments that balance privacy, scalability, and performance. It allows developers to train machine learning models collaboratively across distributed data sources without centralizing sensitive information. Flower supports any ML framework and programming language, making it highly adaptable. Its hybrid AI solution, Flower Intelligence, enables AI models to run locally on devices for speed and privacy, while seamlessly offloading to a secure private cloud when more computational power is needed. This approach ensures AI apps remain fast, private, and functional even offline, addressing limitations of cloud-only or local-only AI.

Key Features

• Federated Learning Framework

  Unified, framework-agnostic infrastructure to build, simulate, and deploy federated learning systems with minimal code changes.

• Hybrid AI with Local and Cloud Compute

  Flower Intelligence runs AI models locally on devices prioritizing privacy and speed, with automatic secure cloud offloading for heavy workloads.

• Cross-Platform and Multi-Framework Support

  Compatible with major ML frameworks (TensorFlow, PyTorch, JAX, Hugging Face) and platforms (mobile, edge, cloud) for broad applicability.

• Privacy-Preserving Technologies

  Supports federated fine-tuning, pre-training, and confidential remote compute with end-to-end encryption to safeguard sensitive data.

• Scalable and Flexible Deployment

  Designed to scale from small experiments to millions of clients across industries like healthcare, finance, IoT, and automotive.

Use Cases

• Privacy-Preserving Collaborative AI : Enable multiple organizations or devices to jointly train AI models without sharing raw data, enhancing data privacy compliance.
• On-Device AI Applications : Develop AI apps that run locally on phones, tablets, and laptops for fast, private inference with offline capability.
• Hybrid Cloud-Edge AI Workflows : Automatically switch AI workloads between local devices and private cloud for optimal performance and resource use.
• Federated Learning for IoT : Deploy federated learning on IoT devices to build smarter, decentralized systems with minimal engineering effort.
• Industry-Specific AI Solutions : Apply federated learning in healthcare, finance, automotive, and other sectors to leverage distributed data securely.

FAQs