LiteRT
LiteRT, successor to TensorFlow Lite. is Google's On-device framework for high-performance ML & GenAI deployment on edge platforms, via efficient conversion, runtime, and optimization
Explore LiteRT security features including defense-in-depth, sandboxing for untrusted models, and strict input validation for on-device ML. Protect your applications effectively.
How to Optimize Model Size with LiteRT: Quantization and External Weights ExplainedOptimize model size with LiteRT using quantization and external weights. Reduce footprints up to 4x or separate large weights from metadata.
LiteRT Ecosystem Tools: Complete Guide to Command-Line Utilities for Model DeploymentExplore the LiteRT ecosystem and its 13 command-line tools for deploying, analyzing, and debugging TensorFlow Lite models on CPU, GPU, and NPU hardware. Get started with google-ai-edge/LiteRT today.
LiteRT Usage Examples: Complete Guide to On-Device InferenceExplore LiteRT usage examples in the official repository including interpreter demos and CompiledModel API implementations for on-device inference on hardware accelerators.
How to Contribute to the LiteRT Project: A Complete Developer GuideLearn how to contribute to the LiteRT project by following this developer guide. Sign the CLA, fork the repo, build locally, and submit your PR for our AI edge computing project.
LiteRT Known Issues and Limitations: Critical Constraints for Edge AI DeploymentDiscover LiteRT known issues and limitations including stateless LSTM support, GPU operator whitelists, and NPU API version matching. Optimize your edge AI deployment.
How to Debug Applications Using LiteRT: A Complete GuideLearn how to debug applications with LiteRT. This guide details using command-line tools and the LiteRtProfilerT API to inspect tensors, find errors, and profile performance across CPU, GPU, and NPU.
Does LiteRT Support On-Device Training? Current Capabilities and Future RoadmapLiteRT currently offers inference-only runtime. Discover its capabilities and explore the planned roadmap for future on-device training support in this technical overview.
LiteRT Performance Benchmarks: Measuring Latency, Memory, and ThroughputDiscover LiteRT performance benchmarks. Measure latency memory footprint and throughput of TensorFlow Lite models with LiteRTs C++ benchmark tool. Optimize your edge AI performance now.
How to Compile LiteRT from Source: Docker, CMake, and Bazel GuideCompile LiteRT from source using Docker, CMake, or Bazel. Follow our guide for reproducible containerized builds and cross-compilation for Android. Get started easily.
Hardware Platforms Supported by LiteRT: CPU, GPU, and NPU CoverageExplore LiteRT hardware support including CPU GPU and NPU acceleration across Android iOS Linux macOS Windows Web and IoT devices optimizing on-device ML inference.
Can LiteRT Be Used for Real-Time AI Applications? Architecture and Implementation GuideExplore LiteRT for real-time AI applications. Discover how its architecture delivers sub-30ms inference on edge devices with asynchronous acceleration and efficient memory management.
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