🐉 Dragonfly

metal, managed

Dragonfly is a fast, flexible, and satisfying platform for managing and deploying bare-metal infrastructure at any scale.

Whether you’ve got 5 test VMs or 5,000 enterprise grade machines in a datacenter...

Dragonfly will help.

What does it do?

Dragonfly is a virtual and bare-metal provisioning and orchestration system. It answers the question:

“I just racked a machine - what happens next?”

When a machine boots via PXE, it loads a minimal agent that registers itself with the Dragonfly server.

From there, Dragonfly can:

Grab details about the machine
Install an operating system
Boot any ISO via the Dragonfly server
Run memtest or drop to a root shell

Dragonfly turns unconfigured hardware into usable infrastructure — automatically, securely, and quickly.

Features

The main highlights:

🌍 Web interface for managing, deploying and monitoring your machines and infrastructure.
📡 Automatic machine registration via PXE + Spark (Dragonfly Agent)
🔄 Automated OS installation with support for ISOs, PXE, and chainloading.
🏎️ Deploy Linux in under 60 seconds.
🔧 Perform maintenance tasks such as memtest, rescue mode boot and remote reimaging. More features:
🔒 Login system with admin/user roles and permissions
🔧 Reimage any machine in two clicks
🧠 Effortless grouping and tagging for your machines, and emoji/font-awesome icon support for easy visual identification.
💈 Real-time deployment tracking with progress bars and status indicators.
🏷️ "Just Type" experience — with bulk editing, drag-fill, and autocomplete.
🩻 Introspection - view details of your machines, including hardware, OS, and network configuration.
🔍 Search - find any machine by name, tag, or ID.

🛣️ Roadmap

See ROADMAP.md for upcoming features and planned work.

🚀 Installation

See dragonfly.computer for installation instructions.

📝 License

Dragonfly is licensed under the AGPLv3 license.

See the LICENSE for more details.

📚 Credits

Dragonfly is inspired by the Tinkerbell project. It would not have been possible without their work, and we're grateful for their efforts.

We also thank other projects that Dragonfly builds on, such as:

Thanks to Taylor Vick for the login page background image ("racks.jpg")

🤖 Interim AI Disclosure

This project's development is accelerated via contributions from LLMs ("code-gen"/"ai generated code").

A combination of manual human testing and automated testing is used when developing Dragonfly, and real hardware with real stakes is used to validate it.

Tools used include:

Claude Code (Anthropic) + Codex (OpenAI) + Palace (Riff Labs)

Models used include:

Claude (Anthropic, various models)
GPT-Codex, GPT (OpenAI, various models)
GLM (Z.ai, various models)

Further details on our specific usage of AI for development will be published in a documentation refresh.

🐉 Dragonfly

metal, managed

Dragonfly is a fast, flexible, and satisfying platform for managing and deploying bare-metal infrastructure at any scale.

Whether you’ve got 5 test VMs or 5,000 enterprise grade machines in a datacenter...

Dragonfly will help.

What does it do?

Dragonfly is a virtual and bare-metal provisioning and orchestration system. It answers the question:

“I just racked a machine - what happens next?”

When a machine boots via PXE, it loads a minimal agent that registers itself with the Dragonfly server.

From there, Dragonfly can:

Grab details about the machine
Install an operating system
Boot any ISO via the Dragonfly server
Run memtest or drop to a root shell

Dragonfly turns unconfigured hardware into usable infrastructure — automatically, securely, and quickly.

Features

The main highlights:

🌍 Web interface for managing, deploying and monitoring your machines and infrastructure.
📡 Automatic machine registration via PXE + Spark (Dragonfly Agent)
🔄 Automated OS installation with support for ISOs, PXE, and chainloading.
🏎️ Deploy Linux in under 60 seconds.
🔧 Perform maintenance tasks such as memtest, rescue mode boot and remote reimaging. More features:
🔒 Login system with admin/user roles and permissions
🔧 Reimage any machine in two clicks
🧠 Effortless grouping and tagging for your machines, and emoji/font-awesome icon support for easy visual identification.
💈 Real-time deployment tracking with progress bars and status indicators.
🏷️ "Just Type" experience — with bulk editing, drag-fill, and autocomplete.
🩻 Introspection - view details of your machines, including hardware, OS, and network configuration.
🔍 Search - find any machine by name, tag, or ID.

🛣️ Roadmap

See ROADMAP.md for upcoming features and planned work.

🚀 Installation

See dragonfly.computer for installation instructions.

📝 License

Dragonfly is licensed under the AGPLv3 license.

See the LICENSE for more details.

📚 Credits

Dragonfly is inspired by the Tinkerbell project. It would not have been possible without their work, and we're grateful for their efforts.

We also thank other projects that Dragonfly builds on, such as:

Thanks to Taylor Vick for the login page background image ("racks.jpg")

🤖 Interim AI Disclosure

This project's development is accelerated via contributions from LLMs ("code-gen"/"ai generated code").

A combination of manual human testing and automated testing is used when developing Dragonfly, and real hardware with real stakes is used to validate it.

Tools used include:

Claude Code (Anthropic) + Codex (OpenAI) + Palace (Riff Labs)

Models used include:

Claude (Anthropic, various models)
GPT-Codex, GPT (OpenAI, various models)
GLM (Z.ai, various models)

Further details on our specific usage of AI for development will be published in a documentation refresh.

🐉 Dragonfly

metal, managed

Dragonfly is a fast, flexible, and satisfying platform for managing and deploying bare-metal infrastructure at any scale.

Whether you’ve got 5 test VMs or 5,000 enterprise grade machines in a datacenter...

Dragonfly will help.

What does it do?

Dragonfly is a virtual and bare-metal provisioning and orchestration system. It answers the question:

“I just racked a machine - what happens next?”

When a machine boots via PXE, it loads a minimal agent that registers itself with the Dragonfly server.

From there, Dragonfly can:

Grab details about the machine
Install an operating system
Boot any ISO via the Dragonfly server
Run memtest or drop to a root shell

Dragonfly turns unconfigured hardware into usable infrastructure — automatically, securely, and quickly.

Features

The main highlights:

🌍 Web interface for managing, deploying and monitoring your machines and infrastructure.
📡 Automatic machine registration via PXE + Spark (Dragonfly Agent)
🔄 Automated OS installation with support for ISOs, PXE, and chainloading.
🏎️ Deploy Linux in under 60 seconds.
🔧 Perform maintenance tasks such as memtest, rescue mode boot and remote reimaging. More features:
🔒 Login system with admin/user roles and permissions
🔧 Reimage any machine in two clicks
🧠 Effortless grouping and tagging for your machines, and emoji/font-awesome icon support for easy visual identification.
💈 Real-time deployment tracking with progress bars and status indicators.
🏷️ "Just Type" experience — with bulk editing, drag-fill, and autocomplete.
🩻 Introspection - view details of your machines, including hardware, OS, and network configuration.
🔍 Search - find any machine by name, tag, or ID.

🛣️ Roadmap

See ROADMAP.md for upcoming features and planned work.

🚀 Installation

See dragonfly.computer for installation instructions.

📝 License

Dragonfly is licensed under the AGPLv3 license.

See the LICENSE for more details.

📚 Credits

Dragonfly is inspired by the Tinkerbell project. It would not have been possible without their work, and we're grateful for their efforts.

We also thank other projects that Dragonfly builds on, such as:

Thanks to Taylor Vick for the login page background image ("racks.jpg")

🤖 Interim AI Disclosure

This project's development is accelerated via contributions from LLMs ("code-gen"/"ai generated code").

A combination of manual human testing and automated testing is used when developing Dragonfly, and real hardware with real stakes is used to validate it.

Tools used include:

Claude Code (Anthropic) + Codex (OpenAI) + Palace (Riff Labs)

Models used include:

Claude (Anthropic, various models)
GPT-Codex, GPT (OpenAI, various models)
GLM (Z.ai, various models)

Further details on our specific usage of AI for development will be published in a documentation refresh.

🐉 Dragonfly

metal, managed

Dragonfly is a fast, flexible, and satisfying platform for managing and deploying bare-metal infrastructure at any scale.

Whether you’ve got 5 test VMs or 5,000 enterprise grade machines in a datacenter...

Dragonfly will help.

What does it do?

Dragonfly is a virtual and bare-metal provisioning and orchestration system. It answers the question:

“I just racked a machine - what happens next?”

When a machine boots via PXE, it loads a minimal agent that registers itself with the Dragonfly server.

From there, Dragonfly can:

Grab details about the machine
Install an operating system
Boot any ISO via the Dragonfly server
Run memtest or drop to a root shell

Dragonfly turns unconfigured hardware into usable infrastructure — automatically, securely, and quickly.

Features

The main highlights:

🌍 Web interface for managing, deploying and monitoring your machines and infrastructure.
📡 Automatic machine registration via PXE + Spark (Dragonfly Agent)
🔄 Automated OS installation with support for ISOs, PXE, and chainloading.
🏎️ Deploy Linux in under 60 seconds.
🔧 Perform maintenance tasks such as memtest, rescue mode boot and remote reimaging. More features:
🔒 Login system with admin/user roles and permissions
🔧 Reimage any machine in two clicks
🧠 Effortless grouping and tagging for your machines, and emoji/font-awesome icon support for easy visual identification.
💈 Real-time deployment tracking with progress bars and status indicators.
🏷️ "Just Type" experience — with bulk editing, drag-fill, and autocomplete.
🩻 Introspection - view details of your machines, including hardware, OS, and network configuration.
🔍 Search - find any machine by name, tag, or ID.

🛣️ Roadmap

See ROADMAP.md for upcoming features and planned work.

🚀 Installation

See dragonfly.computer for installation instructions.

📝 License

Dragonfly is licensed under the AGPLv3 license.

See the LICENSE for more details.

📚 Credits

Dragonfly is inspired by the Tinkerbell project. It would not have been possible without their work, and we're grateful for their efforts.

We also thank other projects that Dragonfly builds on, such as:

Thanks to Taylor Vick for the login page background image ("racks.jpg")

🤖 Interim AI Disclosure

This project's development is accelerated via contributions from LLMs ("code-gen"/"ai generated code").

A combination of manual human testing and automated testing is used when developing Dragonfly, and real hardware with real stakes is used to validate it.

Tools used include:

Claude Code (Anthropic) + Codex (OpenAI) + Palace (Riff Labs)

Models used include:

Claude (Anthropic, various models)
GPT-Codex, GPT (OpenAI, various models)
GLM (Z.ai, various models)

Further details on our specific usage of AI for development will be published in a documentation refresh.

🐉 Dragonfly

metal, managed

Dragonfly is a fast, flexible, and satisfying platform for managing and deploying bare-metal infrastructure at any scale.

Whether you’ve got 5 test VMs or 5,000 enterprise grade machines in a datacenter...

Dragonfly will help.

What does it do?

Dragonfly is a virtual and bare-metal provisioning and orchestration system. It answers the question:

“I just racked a machine - what happens next?”

When a machine boots via PXE, it loads a minimal agent that registers itself with the Dragonfly server.

From there, Dragonfly can:

Grab details about the machine
Install an operating system
Boot any ISO via the Dragonfly server
Run memtest or drop to a root shell

Dragonfly turns unconfigured hardware into usable infrastructure — automatically, securely, and quickly.

Features

The main highlights:

🌍 Web interface for managing, deploying and monitoring your machines and infrastructure.
📡 Automatic machine registration via PXE + Spark (Dragonfly Agent)
🔄 Automated OS installation with support for ISOs, PXE, and chainloading.
🏎️ Deploy Linux in under 60 seconds.
🔧 Perform maintenance tasks such as memtest, rescue mode boot and remote reimaging. More features:
🔒 Login system with admin/user roles and permissions
🔧 Reimage any machine in two clicks
🧠 Effortless grouping and tagging for your machines, and emoji/font-awesome icon support for easy visual identification.
💈 Real-time deployment tracking with progress bars and status indicators.
🏷️ "Just Type" experience — with bulk editing, drag-fill, and autocomplete.
🩻 Introspection - view details of your machines, including hardware, OS, and network configuration.
🔍 Search - find any machine by name, tag, or ID.

🛣️ Roadmap

See ROADMAP.md for upcoming features and planned work.

🚀 Installation

See dragonfly.computer for installation instructions.

📝 License

Dragonfly is licensed under the AGPLv3 license.

See the LICENSE for more details.

📚 Credits

Dragonfly is inspired by the Tinkerbell project. It would not have been possible without their work, and we're grateful for their efforts.

We also thank other projects that Dragonfly builds on, such as:

Thanks to Taylor Vick for the login page background image ("racks.jpg")

🤖 Interim AI Disclosure

This project's development is accelerated via contributions from LLMs ("code-gen"/"ai generated code").

A combination of manual human testing and automated testing is used when developing Dragonfly, and real hardware with real stakes is used to validate it.

Tools used include:

Claude Code (Anthropic) + Codex (OpenAI) + Palace (Riff Labs)

Models used include:

Claude (Anthropic, various models)
GPT-Codex, GPT (OpenAI, various models)
GLM (Z.ai, various models)

Further details on our specific usage of AI for development will be published in a documentation refresh.

🐉 Dragonfly

metal, managed

Dragonfly is a fast, flexible, and satisfying platform for managing and deploying bare-metal infrastructure at any scale.

Whether you’ve got 5 test VMs or 5,000 enterprise grade machines in a datacenter...

Dragonfly will help.

What does it do?

Dragonfly is a virtual and bare-metal provisioning and orchestration system. It answers the question:

“I just racked a machine - what happens next?”

When a machine boots via PXE, it loads a minimal agent that registers itself with the Dragonfly server.

From there, Dragonfly can:

Grab details about the machine
Install an operating system
Boot any ISO via the Dragonfly server
Run memtest or drop to a root shell

Dragonfly turns unconfigured hardware into usable infrastructure — automatically, securely, and quickly.

Features

The main highlights:

🌍 Web interface for managing, deploying and monitoring your machines and infrastructure.
📡 Automatic machine registration via PXE + Spark (Dragonfly Agent)
🔄 Automated OS installation with support for ISOs, PXE, and chainloading.
🏎️ Deploy Linux in under 60 seconds.
🔧 Perform maintenance tasks such as memtest, rescue mode boot and remote reimaging. More features:
🔒 Login system with admin/user roles and permissions
🔧 Reimage any machine in two clicks
🧠 Effortless grouping and tagging for your machines, and emoji/font-awesome icon support for easy visual identification.
💈 Real-time deployment tracking with progress bars and status indicators.
🏷️ "Just Type" experience — with bulk editing, drag-fill, and autocomplete.
🩻 Introspection - view details of your machines, including hardware, OS, and network configuration.
🔍 Search - find any machine by name, tag, or ID.

🛣️ Roadmap

See ROADMAP.md for upcoming features and planned work.

🚀 Installation

See dragonfly.computer for installation instructions.

📝 License

Dragonfly is licensed under the AGPLv3 license.

See the LICENSE for more details.

📚 Credits

Dragonfly is inspired by the Tinkerbell project. It would not have been possible without their work, and we're grateful for their efforts.

We also thank other projects that Dragonfly builds on, such as:

Thanks to Taylor Vick for the login page background image ("racks.jpg")

🤖 Interim AI Disclosure

This project's development is accelerated via contributions from LLMs ("code-gen"/"ai generated code").

A combination of manual human testing and automated testing is used when developing Dragonfly, and real hardware with real stakes is used to validate it.

Tools used include:

Claude Code (Anthropic) + Codex (OpenAI) + Palace (Riff Labs)

Models used include:

Claude (Anthropic, various models)
GPT-Codex, GPT (OpenAI, various models)
GLM (Z.ai, various models)

Further details on our specific usage of AI for development will be published in a documentation refresh.

🐉 Dragonfly

metal, managed

Dragonfly is a fast, flexible, and satisfying platform for managing and deploying bare-metal infrastructure at any scale.

Whether you’ve got 5 test VMs or 5,000 enterprise grade machines in a datacenter...

Dragonfly will help.

What does it do?

Dragonfly is a virtual and bare-metal provisioning and orchestration system. It answers the question:

“I just racked a machine - what happens next?”

When a machine boots via PXE, it loads a minimal agent that registers itself with the Dragonfly server.

From there, Dragonfly can:

Grab details about the machine
Install an operating system
Boot any ISO via the Dragonfly server
Run memtest or drop to a root shell

Dragonfly turns unconfigured hardware into usable infrastructure — automatically, securely, and quickly.

Features

The main highlights:

🌍 Web interface for managing, deploying and monitoring your machines and infrastructure.
📡 Automatic machine registration via PXE + Spark (Dragonfly Agent)
🔄 Automated OS installation with support for ISOs, PXE, and chainloading.
🏎️ Deploy Linux in under 60 seconds.
🔧 Perform maintenance tasks such as memtest, rescue mode boot and remote reimaging. More features:
🔒 Login system with admin/user roles and permissions
🔧 Reimage any machine in two clicks
🧠 Effortless grouping and tagging for your machines, and emoji/font-awesome icon support for easy visual identification.
💈 Real-time deployment tracking with progress bars and status indicators.
🏷️ "Just Type" experience — with bulk editing, drag-fill, and autocomplete.
🩻 Introspection - view details of your machines, including hardware, OS, and network configuration.
🔍 Search - find any machine by name, tag, or ID.

🛣️ Roadmap

See ROADMAP.md for upcoming features and planned work.

🚀 Installation

See dragonfly.computer for installation instructions.

📝 License

Dragonfly is licensed under the AGPLv3 license.

See the LICENSE for more details.

📚 Credits

Dragonfly is inspired by the Tinkerbell project. It would not have been possible without their work, and we're grateful for their efforts.

We also thank other projects that Dragonfly builds on, such as:

Thanks to Taylor Vick for the login page background image ("racks.jpg")

🤖 Interim AI Disclosure

This project's development is accelerated via contributions from LLMs ("code-gen"/"ai generated code").

A combination of manual human testing and automated testing is used when developing Dragonfly, and real hardware with real stakes is used to validate it.

Tools used include:

Claude Code (Anthropic) + Codex (OpenAI) + Palace (Riff Labs)

Models used include:

Claude (Anthropic, various models)
GPT-Codex, GPT (OpenAI, various models)
GLM (Z.ai, various models)

Further details on our specific usage of AI for development will be published in a documentation refresh.

🐉 Dragonfly

metal, managed

Dragonfly is a fast, flexible, and satisfying platform for managing and deploying bare-metal infrastructure at any scale.

Whether you’ve got 5 test VMs or 5,000 enterprise grade machines in a datacenter...

Dragonfly will help.

What does it do?

Dragonfly is a virtual and bare-metal provisioning and orchestration system. It answers the question:

“I just racked a machine - what happens next?”

When a machine boots via PXE, it loads a minimal agent that registers itself with the Dragonfly server.

From there, Dragonfly can:

Grab details about the machine
Install an operating system
Boot any ISO via the Dragonfly server
Run memtest or drop to a root shell

Dragonfly turns unconfigured hardware into usable infrastructure — automatically, securely, and quickly.

Features

The main highlights:

🌍 Web interface for managing, deploying and monitoring your machines and infrastructure.
📡 Automatic machine registration via PXE + Spark (Dragonfly Agent)
🔄 Automated OS installation with support for ISOs, PXE, and chainloading.
🏎️ Deploy Linux in under 60 seconds.
🔧 Perform maintenance tasks such as memtest, rescue mode boot and remote reimaging. More features:
🔒 Login system with admin/user roles and permissions
🔧 Reimage any machine in two clicks
🧠 Effortless grouping and tagging for your machines, and emoji/font-awesome icon support for easy visual identification.
💈 Real-time deployment tracking with progress bars and status indicators.
🏷️ "Just Type" experience — with bulk editing, drag-fill, and autocomplete.
🩻 Introspection - view details of your machines, including hardware, OS, and network configuration.
🔍 Search - find any machine by name, tag, or ID.

🛣️ Roadmap

See ROADMAP.md for upcoming features and planned work.

🚀 Installation

See dragonfly.computer for installation instructions.

📝 License

Dragonfly is licensed under the AGPLv3 license.

See the LICENSE for more details.

📚 Credits

Dragonfly is inspired by the Tinkerbell project. It would not have been possible without their work, and we're grateful for their efforts.

We also thank other projects that Dragonfly builds on, such as:

Thanks to Taylor Vick for the login page background image ("racks.jpg")

🤖 Interim AI Disclosure

This project's development is accelerated via contributions from LLMs ("code-gen"/"ai generated code").

A combination of manual human testing and automated testing is used when developing Dragonfly, and real hardware with real stakes is used to validate it.

Tools used include:

Claude Code (Anthropic) + Codex (OpenAI) + Palace (Riff Labs)

Models used include:

Claude (Anthropic, various models)
GPT-Codex, GPT (OpenAI, various models)
GLM (Z.ai, various models)

Further details on our specific usage of AI for development will be published in a documentation refresh.

Name		Name	Last commit message	Last commit date
.github/workflows		.github/workflows
.stagefreight/reports		.stagefreight/reports
crates		crates
jetpack-playbooks		jetpack-playbooks
media/screenshots		media/screenshots
migrations		migrations
os-templates		os-templates
patches		patches
playbooks		playbooks
scripts		scripts
src		src
tests		tests
.dockerignore		.dockerignore
.gitignore		.gitignore
.gitlab-ci.yml		.gitlab-ci.yml
.gitmodules		.gitmodules
.stagefreight.yml		.stagefreight.yml
CLAUDE.md		CLAUDE.md
Cargo.lock		Cargo.lock
Cargo.toml		Cargo.toml
Dockerfile		Dockerfile
LICENSE		LICENSE
Makefile.toml		Makefile.toml
NIX.md		NIX.md
README.md		README.md
ROADMAP.md		ROADMAP.md
SECURITY.md		SECURITY.md
build.rs		build.rs
docker-compose.yml		docker-compose.yml
flake.lock		flake.lock
flake.nix		flake.nix
package-lock.json		package-lock.json
package.json		package.json
tailwind.config.js		tailwind.config.js

Name		Name	Last commit message	Last commit date
.github/workflows		.github/workflows
.stagefreight/reports		.stagefreight/reports
crates		crates
jetpack-playbooks		jetpack-playbooks
media/screenshots		media/screenshots
migrations		migrations
os-templates		os-templates
patches		patches
playbooks		playbooks
scripts		scripts
src		src
tests		tests
.dockerignore		.dockerignore
.gitignore		.gitignore
.gitlab-ci.yml		.gitlab-ci.yml
.gitmodules		.gitmodules
.stagefreight.yml		.stagefreight.yml
CLAUDE.md		CLAUDE.md
Cargo.lock		Cargo.lock
Cargo.toml		Cargo.toml
Dockerfile		Dockerfile
LICENSE		LICENSE
Makefile.toml		Makefile.toml
NIX.md		NIX.md
README.md		README.md
ROADMAP.md		ROADMAP.md
SECURITY.md		SECURITY.md
build.rs		build.rs
docker-compose.yml		docker-compose.yml
flake.lock		flake.lock
flake.nix		flake.nix
package-lock.json		package-lock.json
package.json		package.json
tailwind.config.js		tailwind.config.js

Name		Name	Last commit message	Last commit date
.github/workflows		.github/workflows
.stagefreight/reports		.stagefreight/reports
crates		crates
jetpack-playbooks		jetpack-playbooks
media/screenshots		media/screenshots
migrations		migrations
os-templates		os-templates
patches		patches
playbooks		playbooks
scripts		scripts
src		src
tests		tests
.dockerignore		.dockerignore
.gitignore		.gitignore
.gitlab-ci.yml		.gitlab-ci.yml
.gitmodules		.gitmodules
.stagefreight.yml		.stagefreight.yml
CLAUDE.md		CLAUDE.md
Cargo.lock		Cargo.lock
Cargo.toml		Cargo.toml
Dockerfile		Dockerfile
LICENSE		LICENSE
Makefile.toml		Makefile.toml
NIX.md		NIX.md
README.md		README.md
ROADMAP.md		ROADMAP.md
SECURITY.md		SECURITY.md
build.rs		build.rs
docker-compose.yml		docker-compose.yml
flake.lock		flake.lock
flake.nix		flake.nix
package-lock.json		package-lock.json
package.json		package.json
tailwind.config.js		tailwind.config.js

Name		Name	Last commit message	Last commit date
.github/workflows		.github/workflows
.stagefreight/reports		.stagefreight/reports
crates		crates
jetpack-playbooks		jetpack-playbooks
media/screenshots		media/screenshots
migrations		migrations
os-templates		os-templates
patches		patches
playbooks		playbooks
scripts		scripts
src		src
tests		tests
.dockerignore		.dockerignore
.gitignore		.gitignore
.gitlab-ci.yml		.gitlab-ci.yml
.gitmodules		.gitmodules
.stagefreight.yml		.stagefreight.yml
CLAUDE.md		CLAUDE.md
Cargo.lock		Cargo.lock
Cargo.toml		Cargo.toml
Dockerfile		Dockerfile
LICENSE		LICENSE
Makefile.toml		Makefile.toml
NIX.md		NIX.md
README.md		README.md
ROADMAP.md		ROADMAP.md
SECURITY.md		SECURITY.md
build.rs		build.rs
docker-compose.yml		docker-compose.yml
flake.lock		flake.lock
flake.nix		flake.nix
package-lock.json		package-lock.json
package.json		package.json
tailwind.config.js		tailwind.config.js

Name		Name	Last commit message	Last commit date
.github/workflows		.github/workflows
.stagefreight/reports		.stagefreight/reports
crates		crates
jetpack-playbooks		jetpack-playbooks
media/screenshots		media/screenshots
migrations		migrations
os-templates		os-templates
patches		patches
playbooks		playbooks
scripts		scripts
src		src
tests		tests
.dockerignore		.dockerignore
.gitignore		.gitignore
.gitlab-ci.yml		.gitlab-ci.yml
.gitmodules		.gitmodules
.stagefreight.yml		.stagefreight.yml
CLAUDE.md		CLAUDE.md
Cargo.lock		Cargo.lock
Cargo.toml		Cargo.toml
Dockerfile		Dockerfile
LICENSE		LICENSE
Makefile.toml		Makefile.toml
NIX.md		NIX.md
README.md		README.md
ROADMAP.md		ROADMAP.md
SECURITY.md		SECURITY.md
build.rs		build.rs
docker-compose.yml		docker-compose.yml
flake.lock		flake.lock
flake.nix		flake.nix
package-lock.json		package-lock.json
package.json		package.json
tailwind.config.js		tailwind.config.js

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🐉 Dragonfly

What does it do?

Features

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🚀 Installation

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📚 Credits

🤖 Interim AI Disclosure

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🐉 Dragonfly

What does it do?

Features

🛣️ Roadmap

🚀 Installation

📝 License

📚 Credits

🤖 Interim AI Disclosure

About

Resources

Security policy

Stars

Watchers

Forks

Releases

Packages

Contributors

Languages

Uh oh!

Latest commit

History

Folders and files

Repository files navigation

🐉 Dragonfly

What does it do?

Features

🛣️ Roadmap

🚀 Installation

📝 License

📚 Credits

🤖 Interim AI Disclosure

About

Resources

Security policy

Stars

Watchers

Forks

Releases

Packages

Contributors

Languages

Uh oh!

Latest commit

History

Folders and files

Repository files navigation

🐉 Dragonfly

What does it do?

Features

🛣️ Roadmap

🚀 Installation

📝 License