--- title: "Export Model" slug: "export-model" updated: 2025-08-22T11:58:28Z published: 2025-08-22T11:58:28Z canonical: "docs.akridata.ai/export-model" --- > ## Documentation Index > Fetch the complete documentation index at: https://docs.akridata.ai/llms.txt > Use this file to discover all available pages before exploring further. # Export Model Once the training is complete, you can export the model locally or on a different system. The export model option helps you download and run the model on your system. Refer to [Create model training](https://docs.akridata.ai/docs/create-model-training)for the step of creating a training session. ## Export the Model 1. On the left navigation panel, navigate to **Model Copilot** > **Training Projects**, and click **View** on the project card. 2. On the **Training Sessions** screen, click the **Export Model** button in the top-right corner. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/training-session-model-export(1).jpg) The Model Export window displays the list of all completed trainings. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/model-export-page(1).jpg) 3. Click the **+New** button that appears at the top. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/model-export-new.jpg) 4. In the **Select epoch for export** window, select the session for which you want to export the model. Based on the session you select, the graph displays the epoch points and the validation accuracy at each epoch. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/select-epoch-for-export.jpg) If no sessions are available, the following screen appears: ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/no-session-found.jpg) 5. Click an epoch point (say, epoch 35) to export the model. 6. In the query box that appears, click **Export**. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/export-model-query.jpg) 7. In case you also want to generate Docker for the model, enable the **Generate Docker** option. The export status for the selected session appears as Submitted. Once the Export is completed, you can download the export model. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/model-export-download-options.jpg) 8. Click the 3-dots icon appearing on the right of each completed export model. It displays 1. **Download the ONNX Model** once the export is completed. 2. **Download the Docker Model** if you had enabled the Generate Docker option during export. Please select the required option to download the model and use it. ## Download ONNX Model In this process, you can download the model as a .tar file to your local system. You can then untar the downloaded file using a command prompt on your system and follow the instructions to run the model. 1. Click **Download ONNX Model** to download the model. The Download Model window displays the following options: 1. **Copy URL**: Click the copy icon to copy the URL of the export model and download it on a different machine. 2. **Download**: Click this option to download on the same system. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/download-model.jpg) The model gets downloaded to your local system in a .tar file format. ### Download Docker image using Copy URL 1. Click the copy icon to copy the URL of the export model and download it on a different machine. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/docker-image-download(1).png) 2. To untar the file, run the untar command line in your system's command prompt, as shown. ```shell $ tar xvf model.tar inference/model.savedmodel/variables/variables.data-00000-of -00001 inference/model.savedmodel/variables/variables.index inference/model.savedmodel/saved_model.pb inference/model.savedmodel/fingerprint.pb inference/docker_spec.json inference/inference.py inference/akri_processor.py inference/README.md inference/requirements.txt inference/labels.txt ``` Once extracted, the **inference** folder gets created, containing the required files to run the model. 3. Open the inference/README.md file and follow the instructions. The README file describes the steps to run the model on your system. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/Readme.jpg) A sample output of the model is shown below: ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/sample-output.jpg) A sample CSV output of the above model will appear as follows: ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/sample-csv-output.jpg) ## Download Docker Model If you enabled the Generate Docker option during export, you can download the model as a Docker image. Click **Download Docker Model** to download the docker. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/download-docker-model(1).jpg) This provides the following options for downloading. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/Screenshot from 2025-05-02 15-47-38(1).png) 1. **Copy URL**: This option provides a URL that can be used to download the Docker image as a tar file using tools like ‘wget’. This is useful for downloading the docker image on a different machine. 2. **Get Docker Image Path:**This option provides a path to the Docker image in the AWS Elastic Container Registry, from which the image can be pulled directly. A set of temporary credentials is used to pull the image. 3. **Download:**Download the docker image through the browser on the same machine. ### Download Docker image using Copy URL 1. Click the copy icon to copy the URL of the export model and download it on a different machine. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/docker-export-tar(2).jpg) 2. Load the docker image, as shown. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/load-docker-image(1).jpg) Verify that the docker images are successfully added by running the “docker images” command. The command prompt displays the docker image name under REPOSITORY. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/docker-image-verify(1).jpg) Note that the docker image name is the same as the docker tag. ### Download Docker image using Get Docker Image Path Click the copy icon to copy the image path. You can click the Download Steps link to know the steps to download the docker. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/Screenshot-from-2025-05-02-15-58-26-05-02-2025_03_58_PM.png) ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/docker-image-download-steps(1).jpg) ### Download Docker ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/Screenshot-from-2025-05-02-15-56-38-05-02-2025_03_57_PM.png) Click this option to download the model to the same system. ## Run the downloaded docker image as Inference Server Once you have the docker image, you must run the Akridata Inference server. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/docker.jpg) ### Run the Object Detection Inference 1. Verify if the model is available for running the object detection inference, by using the following command: ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/detection-model.jpg) 2. Create input.json for the inference. A sample input is shown below: ```json {  "id": "inference_request_001",  "parameters": {    "frame_height": 1000,    "frame_width": 2048,    "frame_type": "jpg",    "topk": 1  },  "inputs": [    {      "name": "INPUT_IMG",      "shape": [        494617      ],      "datatype": "UINT8",      "parameters": {},      "data": [        255,        216,        255,        225,        0,        212,        69,        ...,        255,        217      ]    }  ] } ``` In this case: - id: Any string to identify this specific inference. - parameters - frame_height and frame_width: Image height and width in pixels - frame_type: Input image file format (e.g., jpeg, png) - topk: How many top predictions to return - inputs - name: Must be “INPUT_IMG” - shape: 1-D array with size of the image file. In the below example, the image file size is 35581 bytes. - datatype: Must be UINT8 - data: The bytes array filled by reading the image file. 3. Run the Inference by invoking the REST endpoint. A sample curl command is shown below: ```shell curl -X POST http://localhost:8000/v2/models/detection/infer \     -H "Content-Type: application/json" \     -d @${HOME}/Downloads/input.json > result.json ``` A sample output is shown below: ```json "outputs": [    {      "name": "OUTPUT_BOXES",      "datatype": "FP64",      "shape": [        1,        4      ],      "data": [        0.26157793402671814,        0.06080674743652344,        0.4113985598087311,        0.4725228271484375      ]    },    {      "name": "OUTPUT_SCORES",      "datatype": "FP64",      "shape": [        1      ],      "data": [        0.2304372489452362      ]    },    {      "name": "OUTPUT_LABELS",      "datatype": "FP64",      "shape": [        1      ],      "data": [        1      ]    } ] ``` The output names and descriptions are as follows: ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/output-name-desc-1.jpg) ### Get Map Class 1. To map the class ID to the class name 1. On the **Model Export** page, click **Get Map Class**. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/get-class-map(1).jpg) 2. Click the copy icon or the **Download** button to get the class map ids. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/class-mapping.jpg) ### Run Classification Inference 1. Verify if the model is available to run the classification inference by using the following command: ```shell curl http://localhost:8000/v2/models/classification {"name":"classification_pyt","versions":["1"],"platform":"ensemble","inputs": [{"name":"INPUT_IMG","datatype":"UINT8","shape":[-1]}],"outputs": [{"name":"OUTPUT_SCORES","datatype":"FP32","shape":[-1]} ]} ``` 2. Create input.json for the inference. - id: Any string to identify this specific inference - parameters - frame_height and frame_width: Image height and width in pixels - frame_type: Input image file format (e.g., jpeg, png) - inputs - name: Must be “INPUT_IMG” - shape: 1-D array with size of the image file. In the below example, the image file size is 35581 bytes - datatype: Must be UINT8 - data: The bytes array filled by reading the image file 3. Run the inference by invoking the REST endpoint. A sample curl command is shown below: ```shell curl -X POST http://localhost:8000/v2/models/classification/infer         -H "Content-Type: application/json"     -d @${HOME}/export_model_od_101/input1.json > result1.json ``` A sample output is shown below: ```json "outputs": [    {      "name": "OUTPUT_SCORES",      "datatype": "FP32",      "shape": [        6      ],      "data": [        0.14129173755645752,        0.2858140170574188,        0.12364951521158218,        0.14250728487968445,        0.12272501736879349,        0.18401245772838593      ]    }  ] ``` The output name and description are as follows: ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/output-name-desc.jpg) To get the predicted class, choose the index with the highest score and map the index to the class name. ![](https://cdn.document360.io/3e9d4528-fbc6-4948-a804-8ee7068e7ac3/Images/Documentation/get-predicted-class.jpg)