Insta360 360-degree video processing from the command line

This repository contains the utility and instructions to process Insta360 360-degree videos (with extension .insv) from the command line, without using the Insta360 Studio (Insta360's desktop editing software).

If you are a Linux user, this utility can come in handy, because as of early 2025, Insta360 Studio has not shipped a Linux version.

Prerequisites

• A machine that runs Docker
• Enough free disk space to store original and processed video files
• Fill out the application, get approved, and download the Insta360 media SDK for Linux
  • The latest media SDK I have access to is LinuxSDK20241128.zip. It contains a pre-built package libMediaSDK-dev_2.0-6_amd64_ubuntu18.04.deb for Ubuntu 18.04, which is the only file I need from the zip.
  • According to Insta360's note, GPU is required in version 3.x.x. If your computer doesn't have an NVIDIA GPU, we suggest that you use an earlier version of the media SDK.

My workflow for converting and joining 360-degree videos

1. Clone this repository.

   git clone https://github.com/syncom/insta360-cli-utils.git

2. Extract the aforementioned .deb file from the media SDK zip, and place it in the root directory of the cloned repository.

3. Build the Docker container image in which the SDK is installed. Suppose the file's name is libMediaSDK-dev_2.0-6_amd64_ubuntu18.04.deb.

   # From the repository root
   docker build --tag ubuntu:insta360 \
   --build-arg="MEDIASDK_UBUNTU_DEB=libMediaSDK-dev_2.0-6_amd64_ubuntu18.04.deb".

4. Run the container, mounting the host directory datadir/ to the container path /root/datadir, for host-container data sharing.

   If you don't have an NVIDIA GPU

   As mentioned above, you need to use a media SDK whose version is below 3.0.0. In this case, you can perform video processing using the CPU.

   docker run -v "$(pwd)/datadir":/root/datadir --rm -it ubuntu:insta360

   If you have an NVIDIA GPU

   You can use the GPU for video processing (tested on a PC with NVIDIA GeForce RTX™ 4060 Ti running Ubuntu).

   Before running the Docker container with CUDA support, perform the following prerequisite steps:

   1. Install the NVIDIA Container Toolkit

   2. Configure Docker so that it can use the NVIDIA Container Runtime

      sudo nvidia-ctk runtime configure --runtime=docker
      # restart the Docker daemon
      sudo systemctl restart docker

   The above steps only need to be done once on the host PC. Now you can run the CUDA container.

   docker run --runtime=nvidia --gpus all \
   -v "$(pwd)/datadir":/root/datadir \
   --rm -it ubuntu:insta360

   Copy or move .insv files into datadir/ on the host for processing in the container.

5. Inside the Docker container, at the shell prompt:

   MERGED_VIDEO="merged.mp4"
   MERGED_VIDEO_360="merged360.mp4"# Change to the host-mapped data directory in containercd datadir/
   # Convert to MP4, for 4K and lower resolution videosforiin*.insv;do \
   MediaSDKTest -inputs "$i" -output "${i}.mp4" \
   -enable_directionlock -enable_flowstate -enable_denoise
   done# Join MP4 files into one (assuming filenames are sorted in chronological order)
   ls *.mp4 > list.txt
   sed -i.bak 's/^/file /g' list.txt
   ffmpeg -safe 0 -f concat -i list.txt -vcodec copy -acodec copy "$MERGED_VIDEO"# Inject metadata (RDF/XML GSpherical tags)
   exiftool -XMP-GSpherical:Spherical="true" \
   -XMP-GSpherical:Stitched="true" \
   -XMP-GSpherical:ProjectionType="equirectangular" \
   -XMP-GSpherical:StereoMode="mono" \
   -api largefilesupport=1 \
   "$MERGED_VIDEO" \
   -o "$MERGED_VIDEO_360"

   "$MERGED_VIDEO_360" is the merged 360-degree video that can be viewed in VLC media player or uploaded to YouTube as a 360 video.

   For 5.7K videos, separate video files like /path/to/VID_20240528_113402_00_032.insv and /path/to/VID_20240528_113402_10_032.insv are generated by the camera for the left-eye and right-eye views. Both files need to be supplied to the -inputs argument of MediaSDKTest, in the aforementioned order. For example,

   # For 5.7K video
   MediaSDKTest \
   -inputs VID_20240528_113402_00_032.insv VID_20240528_113402_10_032.insv \
   -output "both_eyes.mp4" \
   -enable_directionlock -enable_flowstate -enable_denoise

6. Clean up datadir/

   After processing is complete and you have copied the files you need out of datadir/, you can remove its contents from the repository root with:

   git clean -df datadir/

Utility: join-insv

The utility join-insv is available in the container to automate the above workflow. Example:

# For 4K and lower resolution
join-insv --output /path/to/merged_360video.mp4 \
/path/to/input-1.insv /path/to/input-2.insv ...
# For 5.7K
join-insv --is_57k --output /path/to/merged_5.7k_360video.mp4 \
/path/to/VID_20240528_113402_00_001.insv /path/to/VID_20240528_113402_10_001.insv \
/path/to/VID_20240528_120003_00_002.insv /path/to/VID_20240528_120003_10_002.insv \
...

The synopsis of join-insv is as follows.

Usage: join-insv
[ -H | --is_57k ]
[ -o| --output outfile ]
[ -h| --help ]
<infile> [infiles]