DevOps & Infra Skill
Bash Defensive Patterns
Master defensive Bash programming techniques for production-grade scripts.
$15
Turborepo Caching
Configure Turborepo for efficient monorepo builds with local and remote caching.
A production playbook for configuring Turborepo so your monorepo builds only what changed and caches everything else, locally and across CI. It covers task graph design with dependsOn, content-addressable caching, affected-package filtering, and remote caching on Vercel or a self-hosted server, turning repeated builds into near-instant cache hits.
$15 one-time
Add to a kit → Prices include 20% VAT. · Forged on real agency work · one-time, no lock-in
- Type Skill
- Category DevOps & Infra
- Delivery Email · instant
- License One-time
Inside the run · no black box
See the actual work before you buy it.
A cache hit rate under 80 percent is a configuration bug, not bad luck. Taking a Turborepo from cold builds to shared remote hits comes down to six moves:
- Model the task graph in turbo.json: build depends on upstream builds, outputs declared explicitly (.next output minus its cache folder), inputs declared explicitly so test files and markdown never invalidate the build key.
- Use the workspace protocol everywhere ('workspace:*' for internal packages) so local source always resolves; pinned versions on internal packages are the most common monorepo cache trap.
- Connect the remote cache: turbo login and link for Vercel, or a self-hosted artifact server, with TURBO_TOKEN and TURBO_TEAM in CI so the pipeline and every laptop pull from the same cache.
- Filter in CI instead of building the world: the filter '...[origin/main]' builds only changed packages and their dependents on each PR.
- Order the pipeline fail-fast: deploy depends on build, test and lint together; dev servers are marked persistent and never cached.
- Debug misses with dry-run, summarize and verbose hashing output; a cache hit rate under roughly 80 to 90 percent means inputs or globalDependencies are defined too broadly.
One power source. 6 lines out.
turborepo-caching · core
core active · 6 lines
- ✓ setting up turbo.json pi…
Setting up turbo.json pipelines for a fresh monorepo
- ✓ cutting ci minutes by bu…
Cutting CI minutes by building only affected packages
- ✓ wiring remote caching sh…
Wiring remote caching shared between CI and local machines
- ✓ standing up a self-hosted
Standing up a self-hosted remote cache server
- ✓ debugging unexpected cache
Debugging unexpected cache misses with dry-run and summarize
- ✓ scoping builds with pack…
Scoping builds with package filters and workspace protocol
Yours to keep.
Drag time forward. Watch what stays.
Forever
That's what owning means.
The rented stack
ai writing tool: subscription
expired · access lostanalytics suite: subscription
expired · access lostdesign platform: subscription
expired · access lost(nothing left)
Your forge
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Cached tasks complete in zero milliseconds instead of full rebuilds
license: perpetual -
CI cost drops as only changed packages and their dependents rebuild
license: perpetual -
Build pipelines run in correct dependency order with no race conditions
license: perpetual -
Cache keys stay precise so unrelated edits don't invalidate builds
license: perpetual
subscriptions expire · deeds don't
Everything in the box.
Pick a piece up. Watch it work.
Complete turbo.json with build, test, lint, typecheck, and dev pipelines
6 parts · one working system · ships instantly by email
This wasn't forged for everyone.
- Not for you if you'd rather rent a tool than own one.
- Not for you if you want someone else to run your stack.
- Not for you if you're happy guessing.
Teams running a JavaScript/TypeScript monorepo who want fast, predictable builds and lower CI spend through intelligent caching.
then this was forged for you.Works with
Universal by design: these run in any AI. Delivered in the open Agent Skills + MCP format (native in Claude); ChatGPT, Gemini, Cursor and Copilot adapt the same files their own way.
- Claude Native format
- ChatGPT Adapts via open standards
- Gemini Adapts via open standards
- Cursor Adapts via open standards
- Copilot Adapts via open standards
Catch what's on your mind.
the air is clear. nothing between you and the forge.
catch a spark: the forge will answer
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Our monorepo is on another tool: is migration covered, and does this apply outside JavaScript?
Migrating from other monorepo tools is one of the covered scenarios, with a complete turbo.json for build, test, lint, typecheck and dev pipelines. The playbook is written for JavaScript/TypeScript workspaces; Turborepo can technically run other tasks, but the recipes here assume that ecosystem.
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How do I know a cache hit is safe and not serving stale output?
Caching is content-addressable: the hash covers declared inputs, so the explicit inputs/outputs rules in the playbook exist exactly to prevent phantom hits and false misses. When something looks wrong, the debugging toolkit: dry-run, verbose hashes, graph, force and summarize, shows you what went into the key.
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Will caching rescue a monorepo with a tangled dependency graph?
No. Tasks only skip when their inputs are unchanged and their dependsOn chain is correct, so a graph where everything depends on everything keeps rebuilding everything. The task-graph design section helps, but untangling the dependencies is work the cache cannot do for you.
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How is it delivered?
By email right after purchase: ready to run, downloaded instantly, no setup wait.
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One-time or subscription?
A one-time purchase; no subscription or hidden fees. VAT (20%) is included.
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Can I get a refund?
As a digital product, it can’t be refunded once downloaded. That’s why we show exactly what’s inside and who it’s for, right here.