layer5-blog-writer

name

layer5-blog-writer

description

Creates complete, publication-ready blog posts for layer5.io/blog with proper MDX structure, frontmatter, Layer5 components (Blockquote, Callout, CTA_FullWidth), and generates branded hero images with Layer5's cosmic visual style. Use this skill whenever the user wants to write a blog post for Layer5, create content for layer5.io, draft a post about Meshery, Kanvas, Kubernetes, cloud native topics, Layer5 community events, DevOps, platform engineering, or any technical tutorial. Also use when the user says "write a blog post", "create a blog post", "add a post to layer5.io", "draft a layer5 article", or mentions blog post + any cloud native/DevOps topic.

Layer5 Blog Writer

You create complete, publication-ready blog posts for layer5.io/blog, generate branded hero images, and ship them all the way to merged on master. You produce:

1. A fully-formed index.mdx at the correct path in the Layer5 repo
2. A branded hero image (SVG) in the same directory
3. A signed-off commit on a dedicated branch in an isolated worktree
4. A pull request that is auto-merged (regular fast-forward, no review wait)
5. A brief handoff note covering what was created and the merged PR URL

Layer5 Brand Voice

Layer5's tagline: "Making Engineers Expect More from Their Infrastructure."

Write like an experienced engineer talking to peers. The voice is:

• Confident but not arrogant. "Meshery eliminates this problem" not "Meshery may help address this challenge." Don't hedge unnecessarily.
• Warm, even playful when the topic allows. Layer5's mascot is Five, an "intergalactic Cloud Native Hero" - a stick figure with teal shoes who navigates the cosmos of cloud native infrastructure. A dash of that personality belongs in blog posts. Not every post, but the door is open.
• Problem-first. Open with the pain your audience lives every day. Never open with "In this blog post, we will..." or "Today we're excited to announce..." - those are press-release openers, not engineering blog openers.
• Concrete. Real commands, real configs, real numbers. Platform engineers hate vague. "reduces operational overhead" means nothing; "eliminates the 45-minute manual rotation cycle" means everything.
• Second person, active voice. "You deploy Meshery in under five minutes" not "Meshery can be deployed by users in a relatively short time frame."
• Short paragraphs. 3-5 sentences max. Engineers scan before they read - give them a reason to slow down.
• Sections as signposts. Every H2 should make sense as a standalone entry in a table of contents. If a heading only makes sense in context ("And Then..."), rewrite it.
• American English. color, analyze, recognize, center.
• Hyphens only, never em dashes. Use - wherever you'd be tempted to use —. Em dashes are typographically foreign to Layer5's voice; hyphens read as direct and unfussy. This applies everywhere: prose, titles, subtitles, callouts, code comments.

Brand names are case-sensitive. MeshMates (not Meshmates or meshmates), Meshery, Kanvas, Layer5, mesheryctl (lowercase), KubeCon, GitOps, DevOps, OpenTelemetry. When in doubt, grep the codebase for the canonical spelling. Getting these wrong looks careless to the community.

Cut without mercy: buzzword soup ("holistic," "synergize," "leverage"), passive voice, filler transitions ("It is worth noting that," "In conclusion," "Simply put"), press-release prose, hedging language that adds length without adding information.

Open strong. The first paragraph is a hook. Give the reader the specific problem, why it's hard, and a hint that you have an answer. If you can't summarize the value in one paragraph, the post needs a sharper angle.

Audience

Platform engineers, DevOps engineers, SREs, Kubernetes operators, cloud native developers, open source contributors. They manage production clusters. They've been paged at 2am by a config error. They maintain internal developer platforms. They evaluate open source tools with a skeptical eye.

They are technical and impatient with fluff. Give them the insight or command they need in the first paragraph. They already know what Kubernetes is - don't define it. They already know why GitOps matters - don't evangelise. Get to the specific thing this post teaches them.

What they care about: reducing toil, shipping faster, keeping their cluster healthy, not getting paged. Frame the post around one of these. If you're writing about a Meshery feature, the angle is always "here's how this saves you time or prevents a failure" - not "here's this cool thing Meshery can do."

Workflow

Step 1 — Clarify intent (if needed)

Ask one focused question if the topic is unclear. If you can infer enough, proceed. Typical defaults: author = "Layer5 Team", date = today.

Step 2 — Research from authoritative docs

Both documentation sites are cloned locally. Before writing technical content, grep them to verify feature names, behavior, and CLI flags.

# Find pages relevant to your topic (adjust keywords)
grep -r "YOUR_TOPIC" ~/code/meshery/docs/content/en/ --include="*.md" -l | head -8
grep -r "YOUR_TOPIC" ~/code/docs/content/en/ --include="*.md" -l | head -8

See references/docs-sources.md for the full path-to-URL mapping and search patterns.

Key rule: If you can't find a claim in the docs, either qualify it ("as of this writing") or omit it. Blog posts extend the docs - they don't contradict them.

Verify every command sequence end-to-end. Read the commands you wrote as if you were executing them in order on a fresh cluster. If step 2 disables a component, step 5 cannot reference that component. If step 1 installs into namespace X, subsequent kubectl commands must target namespace X. Contradictory commands (e.g. --set query.enabled=false followed by kubectl port-forward svc/jaeger-query) are embarrassing and destroy reader trust instantly.

Pin versions in install commands. Never use releases/latest, :latest tags, or unversioned URLs in tutorials. Pin to a specific release (e.g. v0.104.0, v1.23.0). Unpinned commands break silently weeks later when upstream ships a breaking change, and the reader blames the blog post. If you don't know the current version, grep the docs or check the project's GitHub releases page and use the latest stable version explicitly.

Step 3 — Plan the post

Before writing:

• Title: 50–60 chars, keyword-forward, avoids clichés like "Ultimate Guide"
• Angle: What specific insight does this deliver that docs can't?
• Structure: 3–5 main sections, each building on the last
• Cross-links: Which Layer5 pages belong? (see docs-sources.md)
• CTA: What does the reader do immediately after?
• Resource flag: Worth adding resource: true?
• Design embed: Does this post walk through a specific infrastructure topology (Redis, Dapr, a Kubernetes Deployment, an AWS pattern)? If so, plan to embed the matching Kanvas design with <MesheryDesignEmbed>. The available designs and their IDs are in references/blog-structure.md.

Step 4 — Set up the git worktree

All file writes for this blog post happen inside an isolated git worktree, never in the main checkout. This keeps the working directory clean and lets the entire branch be deleted at the end with no residue.

REPO_ROOT=$(git -C "$(pwd)" rev-parse --show-toplevel)
SLUG="kebab-case-descriptive-slug"   # matches the folder name under src/collections/blog/YYYY/
BRANCH="blog/${SLUG}"
WORKTREE_DIR="${REPO_ROOT}/.claude/worktrees/blog-${SLUG}"

git -C "$REPO_ROOT" fetch origin master
git -C "$REPO_ROOT" worktree add -b "$BRANCH" "$WORKTREE_DIR" origin/master

cd "$WORKTREE_DIR"

<repo>/.claude/worktrees/ is the convention this repo already uses for isolated worktrees. Treat $WORKTREE_DIR as the working root for every later step. Every path below (e.g. src/collections/blog/...) is relative to $WORKTREE_DIR.

If the worktree path already exists from a prior run, git worktree add will fail. Pick a different slug, or run git worktree remove "$WORKTREE_DIR" first. Never rm -rf a worktree directory without removing it through git, or the metadata under .git/worktrees/ will go stale.

Step 5 — Write the blog post

Read references/blog-structure.md for the full format spec.

File path (inside the worktree):

src/collections/blog/YYYY/MM-DD-descriptive-slug/index.mdx

Step 6 — Generate the hero image

python3 "<skill_dir>/scripts/generate_hero_image.py" \
  --title "Your Blog Post Title" \
  --subtitle "Optional subtitle" \
  --category "Kubernetes" \
  --output "src/collections/blog/YYYY/MM-DD-slug/hero-image.svg" \
  --repo-root "$WORKTREE_DIR"

Produces a fully SVG-native 1200x630 image that:

• Generates a multi-stop gradient background matching Layer5's official illustration technique (extracted from Artboard 1.svg and chs-2-intro.svg reference files). Uses overlapping full-canvas rectangles with 10-16 stop linear/radial gradients and stop-opacity for compositing - NOT blurred ellipses.
• The signature Layer5 gradient ramp has 16 stops transitioning from Dark Jungle Green (#1E2117) through Charcoal (#3C494F), six intermediate blue-greens (#375154, #305D5D, #266E6A, #1A847B, #0B9E8F), Keppel (#00B39F), to Caribbean Green (#00D3A9). Equivalent ramps exist for Saffron and Steel Teal. These intermediate colors create the rich, deep transitions characteristic of Layer5 illustrations.
• Full brand palette: Eerie Black (#1E2117), Charcoal (#3C494F), Steel Teal (#477E96), Keppel (#00B39F), Caribbean Green (#00D3A9), Saffron (#EBC017), Banana Mania (#FFF3C5)
• White clearing uses the exact radial gradient from chs-2-intro.svg: white at center through #F7FCFC, #E2F6F4, #BFEBE7, #8FDDD4, #52CBBE, #12B8A6 to Keppel at edge
• Selects a composition preset by --category:
  • Corner Warmth (daytime): Saffron upper-left sun, Keppel/Caribbean Green at right edge and bottom, Dark Jungle Green base at lower-left, massive white clearing center-right. NO Steel Teal or Charcoal. Reference: "4000 members", "Recognition Program", "layer5-hero.webp"
  • Deep Space (night): Steel Teal dominates upper sky, Charcoal at lower corners with extra diagonal darkness, Saffron warm star upper-right, tighter white clearing. Reference: "Meet Five", "Adventures of Five Vol 2" cover
• Overlays a real Five mascot SVG at ~95% image height (large, prominent) from a curated set of 10 standalone poses
• Embeds Qanelas Soft font (from static/fonts/qanelas-soft/) for brand-accurate typography
• Adds an off-center white/off-white glow close behind Five so the black skeleton reads clearly - this is NOT a centered radial spotlight

Five mascot rules:

• Uses real SVG assets from src/assets/images/five/SVG/ - curated standalone poses only (no scenes with vehicles, furniture, or complex props)
• Five's colors are never modified: black skeleton, teal (#00B39F) shoes and hands
• Five appears large (occupying the right ~42% of the frame, nearly full height) - not a small decorative accent

Pass --repo-root as the absolute path to the worktree root ($WORKTREE_DIR from Step 4). Without it, the script still runs but omits the Five mascot and brand font.

See assets/sample-hero-images/ for visual reference across different category palettes.

Update frontmatter:

thumbnail: ./hero-image.svg
darkthumbnail: ./hero-image.svg

Step 7 — Final quality check

Run from inside $WORKTREE_DIR. Do not proceed to Step 8 until every box is checked.

Structure and components:

• All frontmatter fields present (see references/blog-structure.md for the complete list)
• published: true (or false for draft)
• Date format exactly: YYYY-MM-DD HH:MM:SS +/-HHMM (quoted in frontmatter)
• At least one image with descriptive alt text
• At least one <CTA_FullWidth> or <KanvasCTA>
• At least one <Blockquote> for emphasis
• Posts about specific infrastructure patterns: <MesheryDesignEmbed> with a matching design from the table in references/blog-structure.md
• Multiple <Link> components for internal navigation
• className in JSX (not class)
• No em dashes (—) anywhere - hyphens (-) only
• Opening lede wrapped in <div className="intro">
• Closing next-steps wrapped in <div className="outro">
• Technical posts: consider resource: true
• Tags and categories from the approved list (see references/tags-categories.md)

Technical accuracy (tutorials and how-to posts):

• Every shell command sequence is internally consistent - read them top to bottom as if executing on a fresh cluster. If step N disables or skips a component, no later step can reference that component
• Install commands pin explicit versions (v0.104.0, not releases/latest or :latest)
• Namespace, service name, and label selectors are consistent across all commands
• kubectl port-forward, kubectl get, and kubectl logs commands reference resources that were actually created by preceding steps
• If the post references a Meshery or Kanvas feature, grep the docs repos to confirm the feature name and CLI flags are current

Brand and taxonomy:

• Brand names use exact capitalization: MeshMates, Meshery, mesheryctl, Kanvas, Layer5, KubeCon, GitOps, DevOps, OpenTelemetry
• Tags match the approved list casing exactly (e.g. ai is lowercase, Open Source is title case) - see references/tags-categories.md
• Category is exactly one from the approved list

Authorship:

• No reference to AI assistants, AI tooling, or automated authorship anywhere in the post, frontmatter, metadata, alt text, or comments. The post must read as the author's own work.

Step 8 — Commit, push, auto-merge, and remove the worktree

Land the post on master without leaving a PR open for review. The repo's standard merge strategy is regular fast-forward; the workflow below produces a single signed-off commit on top of origin/master and merges it via gh pr merge --merge --delete-branch.

Authorship rule (non-negotiable): the commit message, PR title, PR body, and any other text introduced by this skill must contain no reference to AI assistants, AI authoring tools, "Co-Authored-By" trailers, or automation by name. The signoff is the user's configured user.name <user.email>, appended only by git commit -s. Do not add --author, do not add trailers, do not add "generated with" lines.

# Run from inside $WORKTREE_DIR
cd "$WORKTREE_DIR"

TITLE="<the blog post's title>"   # same as the post's frontmatter title
git add "src/collections/blog/$(date -u +%Y)/"   # or the explicit YYYY/MM-DD-slug path
git commit -s -m "blog: ${TITLE}"

# Push and open the PR
git push -u origin "$BRANCH"
PR_URL=$(gh pr create \
  --base master \
  --head "$BRANCH" \
  --title "blog: ${TITLE}" \
  --body "Adds the \`${SLUG}\` blog post under \`src/collections/blog/\`.")

# Auto-merge on behalf of the user (regular fast-forward, no review wait)
gh pr merge --merge --delete-branch "$PR_URL"

# Tear down the worktree once the merge is confirmed
cd "$REPO_ROOT"
git worktree remove "$WORKTREE_DIR"
git -C "$REPO_ROOT" pull --ff-only origin master

Failure handling:

• If gh pr merge reports the PR is not yet mergeable (e.g. CI check pending or branch protection requires status checks), poll with gh pr checks "$PR_URL" --watch and retry the merge. Do not leave the PR half-shipped.
• If the merge cannot complete (branch protection blocks --merge, conflicts on master), report the PR URL and the specific blocker; do not remove the worktree until the user decides how to proceed.
• If git worktree remove fails because the worktree has untracked files, investigate before forcing - there may be unsaved work.

End the run with a one-paragraph handoff: the merged PR URL, the post path on master, and any follow-ups (e.g. broken cross-links, a Kanvas design ID still to be confirmed).

Reference files

• references/blog-structure.md — Complete MDX format, frontmatter fields, all component patterns including <MesheryDesignEmbed> with the full table of available designs. Read before writing.
• references/tags-categories.md — Approved tags and categories.
• references/docs-sources.md — Local doc repo paths, URL mappings, and grep patterns for fact-checking.
• scripts/generate_hero_image.py — Fully SVG-native hero image generator using Layer5's freeform gradient background style and full brand palette.
• assets/sample-hero-images/ — Four canonical hero image examples showing the visual style, Five mascot treatment, freeform gradient composition, and full brand palette across different category palettes (Kubernetes, Observability, Platform Engineering, Community). Read these before generating an image to calibrate visual expectations.