Docs (dot) Art of Infra
Tired of AI giving averaged-out networking advice? Docs (dot) Art of Infra is a free, open-source skill that gives your agent opinionated, vendor-specific rules on demand.
I’m Dan Jones, and this is Art of Infra - where we fix tech problems creatively, share weirdly useful ideas, and build a community of folks who love (and occasionally hate) infrastructure. Join us! It’s like a group therapy session, but for infra.
Tired of AI giving averaged-out networking advice? Docs (dot) Art of Infra is a free, open-source skill that gives your agent opinionated, vendor-specific rules on demand.
Join the Art of Infra Discord community to connect with network and infra engineers, discuss creative infrastructure solutions, share tech ideas, and collaborate in real-time.
There's a growing trend of users inserting AI into production servers, but why?
Read signalA common theme is emerging across social platforms about whether you actually built the thing or not. Does it matter if you led a team of agents to success?
Read signalA new home for my thoughts and ideas. Short-form text containing what I'm building and more.
Read signal
You know the basics - branches, merges, pull requests. Now it's time to clean up after yourself. Rebasing, squashing, stashing, and the safety net that means you can't actually break anything.
Time to get practical. Set up Git, version control your network configs, learn branching and merging the hard way (by breaking things), and open your first pull request on GitHub.
As network engineers, we've been solving version control problems badly for years, dated backup files, manual comparisons, config files named final_v2_WORKING.txt. Git exists because developers hit this wall decades ago. It's time we caught up.
This week: breaches hitting Cloudflare, Palo Alto & Zscaler, Cloudflare stopping a 11.5 Tbps DDoS attack, and HPE’s $14B Juniper deal cleared, plus more networking & cloud news.
Learn about routing and connectivity in AWS as we talk about VPC Peering, Transit Gateways, VPC Endpoints and AWS PrivateLink. Part of our "Networking in AWS for Network Engineers Course".
Take a peek at what's coming up with the site and me personally! There is a little surprise on the way and what better way to announce it than here(?)!.
We break down AWS IGWs and NAT GWs, where and when to use them, Pros and cons, and much more.
I've tried to cover most of the key concepts/ technologies utilised in VPCs in this post, but I
Tech jobs are booming. Using my 15+ years experience in IT, I'll help you navigate starting out, find your niche, and grow your skills. Discover how curiosity, continuous learning, and adaptability can launch your career in this evolving industry.
I discuss my new 2-node Proxmox cluster, highlighting challenges and achievements.
In this post, we'll be covering what an IPAM (IP Address Manager) is, and its use in AWS with its specific implementation via AWS VPC IPAM.
A quick no frills guide to installing Ghost blog on Ubuntu.
A practical series helping network engineers adopt Git, CI/CD, Terraform, and AI-assisted workflows.
This series of posts is designed to help network engineers with their first steps in AWS and how Cloud Networking operates.
We’ve created a handy list and PDF cheat sheet of the most useful Git CLI commands covering the basics, branching, merging, rebasing, and more. Yours to keep as a quick reference for everyday tasks.
We’ve created a handy list and PDF cheat sheet of the most useful Proxmox VE CLI commands covering VMs, containers, firewall, backups, and more. Yours to keep as a quick reference for everyday admin tasks.
We've put together a list and a PDF cheatsheet of the most commonly used Linux commands (of any flavour) as a reference for all.
Discover how a reverse proxy acts like a helpful doorman for your servers by improving security, handling traffic, off‑loading encryption, and making your site more resilient.
Discover how Multipath TCP lets a single connection use multiple network paths at once, increasing speed and resilience for mobile devices, data‑centres and the future Internet.
Discover how SLAAC lets devices self‑assign global addresses, removes DHCP overhead, preserves end‑to‑end connectivity, and scales effortlessly for home, enterprise, and IoT networks.