Manual Installation Steps
If for some reason, you prefer not to use Plate Recognizer Installer, you can go through the steps below to manually install Snapshot SDK with Docker.
Use the selector below to generate your Docker command based on country, architecture, and operating system. The parameters for the LICENSE_KEY
and TOKEN
can be obtained here; enter your Snapshot SDK License Key for LICENSE_KEY
and your API Token for TOKEN
.
List of Docker Images​
There are Docker images for various architectures and engine customizations for some countries.
Image structure: platerecognizer/<architecture>:<country>-<version>
<architecture>
alpr
for Intel x86 or amd64(x64)alpr-gpu
for x86 with Nvidia GPUalpr-arm
for Raspberry Pi ARM-based CPUs or Apple M1. This image was previously namedalpr-raspberry-pi
.alpr-jetson
for Nvidia Jetson (with GPU) with Jetpack 4.6 (r32).alpr-jetson:r35
for Nvidia Jetson (with GPU) with Jetpack 5.x (r35).alpr-zcu104
for ZCU.
<country>
:- leave blank for global engine
thailand
germany
korea
japan
egypt
<version>
: leave blank for latest.
To see the list of tags, select an image from Docker Hub and then click "Tags". Here are a couple of examples:
- Image for x86 with a specific version:
platerecognizer/alpr:21-09-13
- Image for x86 customized for
thailand
:platerecognizer/alpr:thailand
- Image for Jetson:
platerecognizer/alpr-jetson
Installation​
Below, you can check the installation process in detail for various architectures.
For the commands below, make sure to replace XXXXX with your Snapshot SDK License Key and YYYYY with your API Token. Get your token and license key.
Installation on an Intel CPU​
Abbreviated installation steps below. For a detailed, step-by-step guide, see the Install Docker and SDK on Windows and the associated FAQ for help.
- Sign up and log in.
- Subscribe to a SDK plan.
- Install Docker on your local machine. See requirements.
- Get our SDK image. In a terminal run
docker pull platerecognizer/alpr
- Install and run the container:
docker run --restart="unless-stopped" -t -p 8080:8080 -v license:/license \
-e TOKEN=YYYYY -e LICENSE_KEY=XXXXX \
platerecognizer/alpr
If you use the engine for Thai vehicles, replace platerecognizer/alpr
by platerecognizer/alpr:thailand
.
Installation on a Raspberry Pi​
Follow the steps 1) to 3) of the standard installation instructions.
- Get our SDK image. In a terminal run
docker pull platerecognizer/alpr-arm
- Run the container. Initialization can take up to 10-20 seconds.
Use the command 5) but with image
platerecognizer/alpr-arm
Installation for Desktop GPU (Nvidia Only)​
If you have an Nvidia Jetson, follow these instructions. Make sure you have installed the right Nvidia drivers and have Nvidia-docker installed. Tested with drivers version 450. Follow the steps 1) to 3) of the standard installation instructions.
- Get our SDK image. In a terminal run
docker pull platerecognizer/alpr-gpu
- Run the container.
Option 1 (new version of nvidia-docker), notice the --gpus all
:
docker run --gpus all --restart="unless-stopped" -t -p 8080:8080 -v license:/license -e TOKEN=YYYYY -e LICENSE_KEY=XXXXX platerecognizer/alpr-gpu
Option 2 (Deprecated nvidia-docker2 version):
docker run --runtime nvidia --restart="unless-stopped" -t -p 8080:8080 -v license:/license -e TOKEN=YYYYY -e LICENSE_KEY=XXXXX platerecognizer/alpr-gpu
Installation for Nvidia Jetson​
Configure the Nvidia Jetson according to the official Jetson Nano Developer Kit Guide. We currently support Jetpacks 4.6.1 and 5.1.1 (revisions R32 and R35). For more Jetson information, check our FAQ.
Follow the steps 1) to 3) of the standard installation instructions.
- Get our SDK image. In a terminal run
docker pull platerecognizer/alpr-jetson
- Run the container. The initial prediction can take up to 5-10 minutes. After the first prediction, inference speed is around 300ms.
docker run --runtime nvidia --restart="unless-stopped" -t -p 8080:8080 \
-v license:/license -e TOKEN=YYYYY -e LICENSE_KEY=XXXXX \
platerecognizer/alpr-jetson
- Having problems running the container? Check our Jetson FAQ.
Previously available PROCESS_GPU_FRACTION
environment variable is no longer supported.
Installation for Kubernetes​
Refer to the documentation with Helm charts here