Docker alternatives and similar tools
Based on the "Software Containers" category.
Alternatively, view Docker alternatives based on common mentions on social networks and blogs.
Docker Compose9.6 9.8 L4 Docker VS Docker ComposeDefine and run multi-container applications with Docker
Portainer9.4 0.0 Docker VS PortainerMaking Docker and Kubernetes management easy.
Dokku9.3 9.5 Docker VS DokkuA docker-powered PaaS that helps you build and manage the lifecycle of applications
Harbor9.3 9.7 Docker VS HarborAn open source trusted cloud native registry project that stores, signs, and scans content.
Docker Swarm8.7 9.9 Docker VS Docker SwarmSource repo for Docker's Documentation
LXC7.4 9.4 L2 Docker VS LXCLXC - Linux Containers
Habitus5.1 0.0 Docker VS HabitusA build flow tool for Docker.
Starter3.4 0.0 Docker VS StarterHelping you get started with containerized apps.
LXDa container "hypervisor" and a better UX for LXC.
BitnamiProduces open source installers or software packages for web applications and development stacks as well as virtual appliances.
OpenVZContainer-based virtualization for Linux.
Clean code begins in your IDE with SonarLint
* Code Quality Rankings and insights are calculated and provided by Lumnify.
They vary from L1 to L5 with "L5" being the highest.
Do you think we are missing an alternative of Docker or a related project?
The Notary project has officially been accepted in to the Cloud Native Computing Foundation (CNCF). It has moved to https://github.com/theupdateframework/notary. Any downstream consumers should update their Go imports to use this new location, which will be the canonical location going forward.
We have moved the repo in GitHub, which will allow existing importers to continue using the old location via GitHub's redirect.
The Notary project comprises a [server](cmd/notary-server) and a [client](cmd/notary) for running and interacting with trusted collections. See the [service architecture](docs/service_architecture.md) documentation for more information.
Notary aims to make the internet more secure by making it easy for people to publish and verify content. We often rely on TLS to secure our communications with a web server, which is inherently flawed, as any compromise of the server enables malicious content to be substituted for the legitimate content.
With Notary, publishers can sign their content offline using keys kept highly secure. Once the publisher is ready to make the content available, they can push their signed trusted collection to a Notary Server.
Consumers, having acquired the publisher's public key through a secure channel, can then communicate with any Notary server or (insecure) mirror, relying only on the publisher's key to determine the validity and integrity of the received content.
Notary is based on The Update Framework, a secure general design for the problem of software distribution and updates. By using TUF, Notary achieves a number of key advantages:
- Survivable Key Compromise: Content publishers must manage keys in order to sign their content. Signing keys may be compromised or lost so systems must be designed in order to be flexible and recoverable in the case of key compromise. TUF's notion of key roles is utilized to separate responsibilities across a hierarchy of keys such that loss of any particular key (except the root role) by itself is not fatal to the security of the system.
- Freshness Guarantees: Replay attacks are a common problem in designing secure systems, where previously valid payloads are replayed to trick another system. The same problem exists in the software update systems, where old signed can be presented as the most recent. Notary makes use of timestamping on publishing so that consumers can know that they are receiving the most up to date content. This is particularly important when dealing with software update where old vulnerable versions could be used to attack users.
- Configurable Trust Thresholds: Oftentimes there are a large number of publishers that are allowed to publish a particular piece of content. For example, open source projects where there are a number of core maintainers. Trust thresholds can be used so that content consumers require a configurable number of signatures on a piece of content in order to trust it. Using thresholds increases security so that loss of individual signing keys doesn't allow publishing of malicious content.
- Signing Delegation: To allow for flexible publishing of trusted collections, a content publisher can delegate part of their collection to another signer. This delegation is represented as signed metadata so that a consumer of the content can verify both the content and the delegation.
- Use of Existing Distribution: Notary's trust guarantees are not tied at all to particular distribution channels from which content is delivered. Therefore, trust can be added to any existing content delivery mechanism.
- Untrusted Mirrors and Transport: All of the notary metadata can be mirrored and distributed via arbitrary channels.
Any security vulnerabilities can be reported to [email protected].
See Notary's [service architecture docs](docs/service_architecture.md#threat-model) for more information about our threat model, which details the varying survivability and severities for key compromise as well as mitigations.
Notary has had two public security audits:
- [August 7, 2018 by Cure53](docs/resources/cure53_tuf_notary_audit_2018_08_07.pdf) covering TUF and Notary
- [July 31, 2015 by NCC](docs/resources/ncc_docker_notary_audit_2015_07_31.pdf) covering Notary
Getting started with the Notary CLI
Get the Notary Client CLI binary from the official releases page or you can build one yourself. The version of the Notary server and signer should be greater than or equal to Notary CLI's version to ensure feature compatibility (ex: CLI version 0.2, server/signer version >= 0.2), and all official releases are associated with GitHub tags.
To use the Notary CLI with Docker hub images, have a look at Notary's [getting started docs](docs/getting_started.md).
For more advanced usage, see the [advanced usage docs](docs/advanced_usage.md).
To use the CLI against a local Notary server rather than against Docker Hub:
- Ensure that you have docker and docker-compose installed.
git clone https://github.com/theupdateframework/notary.gitand from the cloned repository path, start up a local Notary server and signer and copy the config file and testing certs to your local Notary config directory:
$ docker-compose build $ docker-compose up -d $ mkdir -p ~/.notary && cp cmd/notary/config.json cmd/notary/root-ca.crt ~/.notary
127.0.0.1 notary-serverto your
/etc/hosts, or if using docker-machine, add
$(docker-machine ip) notary-server).
You can run through the examples in the
[getting started docs](docs/getting_started.md) and
[advanced usage docs](docs/advanced_usage.md), but
-s (server URL) argument to the
notary command since the server
URL is specified already in the configuration, file you copied.
You can also leave off the
-d ~/.docker/trust argument if you do not care
notary with Docker images.
To prevent mistakes in vendoring the go modules a buildscript has been added to properly vendor the modules using the correct version of Go to mitigate differences in CI and development environment.
Following procedure should be executed to upgrade a dependency. Preferably keep dependency upgrades in a separate commit from your code changes.
go get -u github.com/spf13/viper buildscripts/circle-validate-vendor.sh git add . git commit -m "Upgraded github.com/spf13/viper"
go mod tidy and
go mod vendor using the given version of Go to prevent differences if you are for example running on a different version of Go.
Note that Notary's latest stable release is at the head of the releases branch. The master branch is the development branch and contains features for the next release.
- Go >= 1.12
GOPATH. Then, run:
$ export GO111MODULE=on $ go get github.com/theupdateframework/notary # build with pkcs11 support by default to support yubikey $ go install -tags pkcs11 github.com/theupdateframework/notary/cmd/notary $ notary
To build the server and signer, run
*Note that all licence references and agreements mentioned in the Docker README section above are relevant to that project's source code only.