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All versions of Pathvector for all supported platforms are available to download from the latest release page.

It is recommended to run Pathvector every 12 hours to update IRR prefix lists and PeeringDB prefix limits. Adding 0 */12 * * * pathvector generate to your crontab will update the filters at 12 AM and PM every day.

The only required dependency is bird >= 2.0.7, but some features require additional dependencies:

  • RPKI filtering: RTR server such as gortr or Cloudflare's public RTR server at
  • IRR prefix list generation: bgpq4
  • VRRP daemon: keepalived

Package Repository

Pathvector releases >= 5.1.2 are available in the package repository. Packages will still continue to be uploaded to the natesales repo for compatibility with existing installs, but for security it is recommended to use the for all new installations due to increased security by GPG signatures. Packages in are signed with 0983 AC66 7B4F 0B54 F69D. Note that packages downloaded from GitHub releases are not signed.

Pathvector on Linux is available for amd64, aarch64, and mips64 as binaries and deb and rpm packages from releases.

Debian (Ubuntu, etc.)

curl > /usr/share/keyrings/pathvector.asc
echo "deb [signed-by=/usr/share/keyrings/pathvector.asc] stable main" > /etc/apt/sources.list.d/pathvector.list
apt update && apt install -y pathvector


yum install -y yum-utils
yum-config-manager --add-repo
yum install pathvector


VyOS is based on Debian, see Debian for more information.


TNSR is based on Ubuntu, see Debian for more information. Past TNSR versions were based on CentOS, see Netgate's FAQ for more information.


Pathvector is available as an amd64/aarch64 binary for FreeBSD from the releases page.

Ubiquiti EdgeOS

Ubiquiti EdgeRouters are based on Debian. Pathvector supports the ER-8-XG, ER-12P, ER-12, ERPro-8, ER-8, ER-6P, ERPoe-5, ER-4, and ERLite-3 routers based on the MIPS64 architecture. See Debian for more information.

Not Supported (MIPS1004Kc): ER-X, ER-X-SFP, ER-10X

Arista EOS

Pathvector can run on Arista switches by installing a SWIX (Switch Extension) file from releases. First, copy the pathvector-arista.swix file to /mnt/flash/ on your switch.

From the EOS CLI:

  1. Copy the extension to extensions: copy flash:pathvector-arista.swix extensions:
  2. Install the extension: extension pathvector-arista.swix
  3. Mark the extension to be installed on boot: copy installed-extensions boot-extensions
  4. Add the pathvector alias: alias pathvector "bash pathvector"
  5. Add Pathvector to scheduler ( optional): schedule pathvector interval 720 max-log-files 1 command pathvector -c /mnt/flash/pathvector.yml -o /mnt/flash/bird/ -s /run/bird.ctl
  6. Save changes: wr mem

Juniper JunOS

Pathvector can run on Juniper devices by installing a signed JunOS extension package. First, download the Pathvector Juniper release, either to your local machine and SCP it over to the Juniper router/switch, or pull it directly in the request system software command by replacing the filename with the URL to the file.

Add the Pathvector extension provider: set system extensions providers pathvector license-type customer deployment-scope commercial

Install the Pathvector package: request system software add pathvector-juniper.tgz or request vmhost software add pathvector-juniper.tgz

Cisco IOx

Pathvector can run on IOx compatible Cisco devices by installing a IOx package release, or directly to the device with ioxclient. See!app-management/application-management for more information.

Nokia Service Router (SR) Linux

Nokia SR Linux is based on CentOS, see CentOS for more information.

Mikrotik RouterOS

Pathvector has experimental RouterOS support. Mikrotik has discontinued this feature. See the RouterOS Container reference for installation instructions for the container package.

To build a Docker image for an alternate architecture:

docker build --output type=tar,dest=pathvector-mikrotik-arm64v8.tar -t pathvector-cron:arm64v8 --build-arg ARCH=arm64v8 -f ../vendorbuild/mikrotik/Dockerfile ..

Building from source

Pathvector can be easily built from source for some, but not all, of the many supported Go platforms.

For example, to build Pathvector for M1 Macs:

git clone && cd pathvector
GOOS=darwin GOARCH=arm64 go build