- Description
- Requirements
- Installation
- Features
- Apps
- Branches
- Updating Walkoff
- Stability and Versioning
- Contributions
External Links:
- Are repetitive, tedious processes taking up too much of your time?
- Is more time spent focusing on managing your data than acting on the data itself?
WALKOFF is an automation framework that allows you to easily automate these 80% of tedious tasks so you can get the job done faster, easier, and cheaper.
WALKOFF is built upon an app based architecture which enables the plug and play integration of devices and capabilities. These capabilities can then be tied together to form Workflows. Workflows are defined in a JSON format making them easily sharable across environments and organizations and easily created/customizable through our drag and drop workflow editor.
Apps can also have custom interfaces enabling app developers to uniquely display information. WALKOFF not only makes it easier for users to automate their processes but allows users to act on their processes faster as well.
- Python 2.7+ or Python 3.4+
- Redis 5+
- Redis can be run on Linux (see https://redis.io/topics/quickstart or check your OS's package manager),
- If you are using Windows, you will need to use Redis in a VM or a Docker container.
- Best used with Linux, or in Docker
- On Linux, you will need the
python-devel
package for your distribution if running natively. - Windows is no longer supported at this time. We may restore Windows support at a later date, but we recommend running inside a Docker container or Linux VM instead.
- On Linux, you will need the
Individual apps may specify their own requirements.
There are three main ways of using WALKOFF - natively, using Docker, or using Kubernetes.
- Natively means running WALKOFF as a Python application on your computer. This is recommended for development.
- Docker allows you to run WALKOFF inside a container that provides a consistent and portable environment. This is recommended for checking out the project, or development if you have issues with Python versioning.
- Kubernetes allows you to run WALKOFF inside a cluster for purposes of scalability and load balancing. This is recommended for networks larger than toy examples. While an initial version exists, this is also under active development.
Once installed, the default login is admin/admin. This can be changed and additional users can be created within the settings page inside WALKOFF.
You can use Docker Compose to install WALKOFF along with Postgres and Redis.
Docker Compose is included with Docker CE on Windows and MacOS, but will need to be installed separately on Linux (see https://docs.docker.com/compose/install/ and https://docs.docker.com/install/ for more details.)
Once installed, create a file called docker-compose.yaml
as below (or clone this repository, the file is provided under k8s_manifests/dockerfiles/walkoff-combined/docker-compose.yaml
)
version: '3'
services:
walkoff:
ports:
- "8080:8080"
image: "walkoffcyber/walkoff:combinedv1"
environment:
- "CACHE={\"type\": \"redis\", \"host\": \"walkoff-redis\", \"port\": 6379}"
- "HOST=0.0.0.0"
- "PORT=8080"
- "ZMQ_RESULTS_ADDRESS=tcp://0.0.0.0:5556"
- "ZMQ_COMMUNICATION_ADDRESS=tcp://0.0.0.0:5557"
- "WALKOFF_DB_TYPE=postgresql"
- "EXECUTION_DB_TYPE=postgresql"
- "DB_PATH=walkoff"
- "EXECUTION_DB_PATH=execution"
- "WALKOFF_DB_HOST=walkoff-postgres"
- "EXECUTION_DB_HOST=walkoff-postgres"
- "EXECUTION_DB_USERNAME=walkoff"
- "EXECUTION_DB_PASSWORD=walkoff"
- "WALKOFF_DB_USERNAME=walkoff"
- "WALKOFF_DB_PASSWORD=walkoff"
depends_on:
- "walkoff-redis"
- "walkoff-postgres"
# entrypoint:
# - "sleep"
# - "36000"
# volumes:
# - /path/to/host/apps:/app/walkoff/apps
walkoff-redis:
image: "redis"
walkoff-postgres:
image: "postgres"
environment:
- "POSTGRES_USER=walkoff"
- "POSTGRES_PASSWORD=walkoff"
Alternatively:
# If you haven't created your own docker-compose.yaml, clone the respository and cd into it
git clone https://github.com/nsacyber/WALKOFF.git
cd WALKOFF/k8s_manifests/dockerfiles/walkoff-combined
Once you have configured the Compose file as desired and are in the same directory as it, you can start the containers (use Ctrl+C to stop them):
# Start containers
docker-compose up
If you would like to set usernames and passwords for your Redis or Postgres containers, ensure that they are consistent in your docker-compose.yaml, and that proper permissions are set on the file to protect it.
The default username and password after you access the webview is: admin/admin
If you intend to use the container for development, you may want to run WALKOFF manually inside the container to test your changes. To do this, uncomment the "entrypoint" line and its entries.
You can also mount a volume to directories inside the container, for example if you are developing apps and would like to mount it to WALKOFF's app directory, a commented example is provided above. Alternatively, you can use the docker cp command to copy files into the container. (See https://docs.docker.com/engine/reference/commandline/cp/ for more details.)
If you uncommented the sleep
entrypoint for development purposes, you will need to start WALKOFF yourself:
# Obtain the WALKOFF container ID - look for/grep 'walkoffcyber/walkoff:combinedv1'
docker ps
# Enter the container (you can use the first three characters of the ID for short)
docker exec -it abc /bin/bash
# Once inside the container, run WALKOFF (use Ctrl+C to stop the server):
python walkoff.py
Prerequisites:
- Stand up a managed Kubernetes cluster (for development purposes, minikube is recommended: https://kubernetes.io/docs/setup/minikube/)
- Install Helm to that cluster (see https://docs.helm.sh/using_helm/ for more details)
You can then use python -m walkoff install
to run a guided wizard that will set up resources for WALKOFF using helm and kubectl.
For example, to run WALKOFF in Minikube, assuming Minikube, Helm, and WALKOFF's Python dependencies are already installed:
# Create the cluster and enable ingress controller (this may take a few minutes)
minikube start
minikube addons enable ingress
# Install Helm tiller to cluster
helm init
# Check on status of pods - this may take a few minutes
kubectl get pods --all-namespaces
# Start WALKOFF install wizard
python -m walkoff install
# Obtain ingress IP of cluster, use this to access WALKOFF in your browser
minikube ip
The steps break down as follows (see online_install()
in walkoff/cli/install.py
for details):
- Create a namespace for WALKOFF if needed (not required, use default if you don't)
- Generate ZMQ certificates and store the public/private keys in Kubernetes secrets
- Prompt for an existing Redis instance and password, else install one to the cluster using Helm
- Prompt for an existing PostgreSQL instance, username, and password, else install two to the cluster using Helm
- Prompt for an existing CA signing keypair, else create one and store them in Kubernetes secrets
- Install cert-manager (https://github.com/jetstack/cert-manager) to the cluster to generate SSL certificates for ingress
- Install WALKOFF to the cluster using Helm with collected configuration details.
If the installation goes wrong or you change your mind, you can use python -m walkoff uninstall
to rollback changes that the wizard made (you must do this before attempting another install).
We recommend using a Python virtual environment (such as venv included with Python 3, virtualenv, pyenv-virtualenv or pipenv), as this avoids package version conflicts with other applications that you might have, and avoids the necessity of running pip with sudo, which could cause permissions issues as root will then own the packages.
Install Redis Server:
- MacOS: Use homebrew - https://brew.sh/
- Linux: Use your distro's package manager, follow an appropriate guide for your distro.
- Windows: There are no up-to-date Redis binaries available for Windows, and we no longer support Windows at this time. Support may resume at a later date.
- Docker: Run a Redis container with port 6379 published to localhost:
docker run --name walkoff-redis -p 6379:6379 -d redis
With the pre-requisites above satisfied, you can use the all-in-one setup script:
python setup_walkoff.py
If that is not the case, or if you would like to manually install WALKOFF:
First, install Python dependencies with the following command:
pip install -r requirements.txt
To install the Python dependencies for each individual app, run:
python scripts/install_dependencies.py
Or to just install the dependencies for specific apps:
python scripts/install_dependencies.py -a AppOne,AppTwo,AppThree
Then, generate certificates for WALKOFF's internal messaging:
python scripts/generate_certificates.py
If you were previously familiar with WALKOFF, NodeJS and NPM are no longer needed to build front-end components, as the webpacked JavaScript files are now included in this repository.
That's it! To start up the server, just navigate back to the WALKOFF root and run:
python walkoff.py
Then, navigate to the specified IP and port to start using WALKOFF. The default
is http://127.0.0.1:5000
.
Through this script, you can also specify port and host, for example
python walkoff.py --port 3333 --host 0.0.0.0
For more options, run
python walkoff.py --help
-
Custom app interfaces
-
Interfaces are built using HTML/CSS/Javascript with back-end functionality using Python.
-
Capability to stream data to interfaces.
-
-
User and Role based authentication
-
Case based logging
- Can granularly configure which events to log on a per-case basis
-
Drag and Drop Workflow Editor
- Makes creation and editing of workflows as easy as dragging and dropping capabilities.
-
Flexible Workflow Execution
- Manual Execution - Execute a workflow by pressing a button
- Active Execution - Cron style workflow execution Run workflow every 8 hours for the next 3 months
- Passive Execution - Trigger a workflow based upon data sent to Walkoff
- Ability to pause and resume workflows enabling human in the loop execution
-
Metrics
-
How often are certain apps run?
-
How often workflows are run?
-
WALKOFF-enabled apps can be found at www.github.com/nsacyber/walkoff-apps
- master - Main branch for WALKOFF version 2 will be updated from development periodically
- development - Development branch for WALKOFF version 2. Updated frequently
- gh-pages - Pages used to generate documentation at our github.io site
Other development-centric branches may be created but should not be considered permanent
An update script, python -m walkoff local update
, is provided to update your local repo to the most
recent release. This script uses SqlAlchemy-Alembic to update database schemas. Updating WALKOFF in Kubernetes is a work in progress.
WALKOFF uses Semantic Versioning. Until the full feature set is developed, the
versions will begin with 0.x.y
. The x
version will be updated when a
breaking change is made, a breaking change being defined as one which modifies
either the REST API or the API used to develop and specify the apps is modified
in a way which breaks backward compatibility. No guarantees are yet made for
the stability of the backend Python modules. The y
version will be updated
for patches, and bug fixes. The REST API will have an independent versioning
system which may not follow Walkoff's version number.
WALKOFF is a community focused effort and contributions are welcome.
Please submit pull requests to the development
branch. Issues marked
help wanted
and good first issue
are great places to start
contributing. Additionally, you can always look at our
CodeClimate Issues page
and help us improve our code quality.
Comments or questions? [email protected]