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Documentation Index

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Docker is the fastest way to get PywerView running on any Linux host without managing Python virtual environments or system-level Kerberos libraries. The official Dockerfile is based on ubuntu:jammy and installs python3, python3-pip, and libkrb5-dev so that every authentication method — password, hash, Kerberos ccache, and certificate — works out of the box inside the container. The only thing you need on the host is Docker itself.

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Build the Image

1

Clone the repository

Pull the PywerView source from GitHub. The Dockerfile lives at the repository root.
git clone https://github.com/the-useless-one/pywerview.git
cd pywerview
2

Build the Docker image

Build and tag the image. The Dockerfile copies the full source tree into /app/, then runs python3 setup.py install to place the pywerview entry-point on the system path.
docker build -t pywerview .
The Dockerfile contains pip3 install -r requirements.txt, but the repository ships a pyproject.toml rather than a requirements.txt. This means the pip3 install -r requirements.txt step will fail during a vanilla build. As a workaround, generate a requirements.txt from pyproject.toml before building (pip3 install toml then extract the dependencies list), or install dependencies directly: pip3 install beautifulsoup4 lxml pyasn1 ldap3-bleeding-edge pycryptodome 'impacket>=0.13.0'.
The Dockerfile installs PywerView via python3 setup.py install. If you modify the source code after the image is built, you must rebuild the image with docker build -t pywerview . for your changes to take effect inside the container.
3

Verify the image

Confirm the image is ready and the entry-point responds:
docker run --rm pywerview --help

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Run Commands

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Password Authentication

Pass credentials directly on the command line. The --rm flag removes the container automatically after the command completes. 
docker run --rm pywerview get-netcomputer \
  -t dc.contoso.com \
  -u alice \
  -p 'P@ssw0rd' \
  -w contoso.com

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Kerberos Authentication

Kerberos requires a ccache ticket file to be visible inside the container. Mount the directory containing the ccache file and point KRB5CCNAME at the in-container path using -e. 
docker run --rm \
  -v /path/to/tickets:/tickets \
  -e KRB5CCNAME=/tickets/alice.ccache \
  pywerview get-netcomputer \
  -t dc.contoso.com \
  -u alice \
  -k
The volume flag -v /path/to/tickets:/tickets maps a host directory into the container at /tickets. Any .ccache file in that directory becomes accessible. Update KRB5CCNAME to match the exact filename you want to use.

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Certificate (SChannel) Authentication

For certificate-based LDAP authentication, mount the directory containing your .crt and .key files and pass their in-container paths to --cert and --key. 
docker run --rm \
  -v /path/to/certs:/certs \
  pywerview get-netuser \
  -w contoso.com \
  --dc-ip 172.16.0.55 \
  --cert /certs/alice.crt \
  --key /certs/alice.key \
  --tls
Certificate authentication requires the --tls flag when connecting to LDAPS (port 636). Without --tls, PywerView will attempt StartTLS with an EXTERNAL SASL bind instead. Some domain controllers only accept one form, so if authentication fails, try toggling the flag.

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Authentication Methods at a Glance

Password

Pass -u and -p flags directly. No volume mounts required. Simplest option for quick enumeration.

Kerberos

Mount ccache file with -v and set KRB5CCNAME with -e. Use -k on the pywerview command. Requires a valid TGS or TGT for the target service.

Certificate

Mount certificate and key with -v. Pass --cert and --key. Add --tls to force LDAPS. Useful after obtaining a cert via ntlmrelayx or certipy.

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