AUTO-SYNC Index refreshed every 12h · Evidence-linked
Data release v20260914_020943 Generated 2026-09-14 Methodology Report missing resource

Problem definition

How do I pick an inference runtime and validate a model on my UAV's onboard compute before flight testing?

Steps

  1. Define the runtime target

    Identify your onboard compute vendor and accelerator (NVIDIA GPU/Jetson, Intel, Rockchip NPU or a generic CPU). This is a hardware fact, not a compatibility claim.

  2. Choose the runtime family

    Record which official runtime matches your target: TensorRT for NVIDIA, OpenVINO for Intel, RKNN-Toolkit2 for Rockchip, or ONNX Runtime for portable deployment.

  3. Convert a representative model

    Use the official conversion toolchain on one representative model and record the exact version of the model, runtime and toolchain.

  4. Measure on target hardware

    Measure latency and accuracy on the actual onboard hardware with a documented evaluation set. Do not assume desktop results transfer.

  5. Record evidence

    Record the runtime, model, conversion toolchain, hardware and measured numbers with their dates in your integration notes.

Guide

Scope

This guide links the runtimes and toolchains; it does not certify any runtime-hardware combination and it does not replace vendor documentation.

Judgment criteria

  • The model runs on the target hardware with recorded versions.
  • No performance or compatibility claim is made without a measurement.

Common risks

  • Assuming desktop-GPU benchmarks transfer to edge hardware.
  • Inferring compatibility from a generic format such as ONNX alone.

Checklist

Related technical resources

UAV
Software Tier A

NVIDIA/TensorRT

Official confirmed

TensorRT is NVIDIA's inference SDK for high-performance deep learning on GPUs and Jetson devices, the primary runtime family for UAV edge AI deployments.

Edge AI Deep Learning Gpu Acceleration +3
Apache-2.0 Inferred Checked 1mo ago
UAV
Software Tier A

microsoft/onnxruntime

Official confirmed

ONNX Runtime is a cross-platform inference engine that lets UAV developers deploy ONNX models across CPU, GPU and NPU backends with one format.

Edge AI AI Framework Deep Learning +7
MIT Inferred Checked 1mo ago
UAV
Software Tier A

openvinotoolkit/openvino

Official confirmed

OpenVINO is Intel's open inference toolkit for optimizing and deploying AI on Intel CPUs, GPUs and VPUs, relevant for vision workloads on x86 edge computers.

Edge AI AI Computer Vision +10
Apache-2.0 Inferred Checked 1mo ago
UAV
Software Tool Tier A

rockchip-linux/rknn-toolkit2

Official confirmed

RKNN-Toolkit2 is Rockchip's official toolchain for converting and deploying models to RK series NPUs such as RK3588, the main path for RK-based companion computers.

BSD-3-Clause Inferred Checked 1mo ago
UAV
Software Tool Tier A

dusty-nv/jetson-inference

Official confirmed

jetson-inference is NVIDIA's vision inference toolkit for Jetson devices, providing detection/classification/segmentation examples and TensorRT integration for onboard UAV AI.

Edge AI Caffe Computer Vision +10
MIT Inferred Checked 1mo ago
UAV
Software Tool Tier A

PINTO0309/PINTO_model_zoo

Official confirmed

A repository for storing models that have been inter-converted between various frameworks. Supported frameworks are TensorFlow, PyTorch, ONNX, OpenVINO, TFJS, TFTRT, TensorFlowLite (Float32/16/INT8), EdgeTPU, CoreML.

Edge AI Caffe Computer Vision +10
MIT Inferred Checked 1mo ago

Next steps