skills/insforge/SKILL.md
Use this skill when writing app code with InsForge or @insforge/sdk: database CRUD, auth, storage uploads/storage RLS, functions, OpenRouter AI, realtime, emails, Stripe checkout, subscriptions, customer portal flows, or pointing S3-compatible tooling (aws CLI, AWS SDKs, rclone, Terraform, boto3) at InsForge Storage. Trigger on requests like add auth, fetch data, upload files, make a bucket public, add checkout, sell subscriptions, or send email. For infrastructure, SQL migrations, CLI commands, or Stripe key/catalog setup, use insforge-cli instead.
npx skillsauth add insforge/agent-skills insforgeInstall this skill globally with one command. Works with Claude Code, Cursor, and Windsurf.
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This skill covers client-side SDK integration using @insforge/sdk. For backend infrastructure operations (creating tables, inspecting schema, deploying functions, secrets, managing storage buckets, configuring Stripe keys/catalog, website deployments, cron job and schedules, logs, etc.), use the insforge-cli skill.
npm install @insforge/sdk@latest
Before using the SDK, create a .env file (or .env.local for Next.js) in your project root with your InsForge URL and anon key.
Ensure the project is linked. Check for .insforge/project.json in the project root.
npx @insforge/cli link for an existing project or npx @insforge/cli create for a new project.Get the anon key via the CLI:
npx @insforge/cli secrets get ANON_KEY
Get the URL from the oss_host field in .insforge/project.json (e.g., https://myapp.us-east.insforge.app).
Write both values to the .env file using the correct framework prefix (see table below).
Important: Use the anon key for user-scoped SDK clients, including SSR. For privileged server-only app code that needs admin/service access, use
createAdminClient({ apiKey }); the API key is a full-access admin key, equivalent to a service role key on other platforms.
Use the correct environment variable prefix and access pattern for your framework:
| Framework | .env file | Variables | Access Pattern |
|-----------|-------------|-----------|----------------|
| Next.js | .env.local | NEXT_PUBLIC_INSFORGE_URL, NEXT_PUBLIC_INSFORGE_ANON_KEY | process.env.NEXT_PUBLIC_* |
| Vite (React, Vue, Svelte) | .env | VITE_INSFORGE_URL, VITE_INSFORGE_ANON_KEY | import.meta.env.VITE_* |
| Astro | .env | PUBLIC_INSFORGE_URL, PUBLIC_INSFORGE_ANON_KEY | import.meta.env.PUBLIC_* |
| SvelteKit | .env | PUBLIC_INSFORGE_URL, PUBLIC_INSFORGE_ANON_KEY | import { env } from '$env/dynamic/public' |
| Create React App | .env | REACT_APP_INSFORGE_URL, REACT_APP_INSFORGE_ANON_KEY | process.env.REACT_APP_* |
| Node.js / Server | .env | INSFORGE_URL, INSFORGE_ANON_KEY | process.env.* |
Example .env.local for Next.js:
NEXT_PUBLIC_INSFORGE_URL=https://your-appkey.us-east.insforge.app
NEXT_PUBLIC_INSFORGE_ANON_KEY=eyJhbGciOiJIUzI1NiIs...
Important: Keep
.envfiles local. Add.env,.env.local, and.env*.localto your.gitignoreand keep.env.examplefor documenting required variables.
import { createClient } from '@insforge/sdk'
// Next.js / CRA: use process.env
const insforge = createClient({
baseUrl: process.env.NEXT_PUBLIC_INSFORGE_URL,
anonKey: process.env.NEXT_PUBLIC_INSFORGE_ANON_KEY
})
// Vite / Astro: use import.meta.env
const insforge = createClient({
baseUrl: import.meta.env.VITE_INSFORGE_URL,
anonKey: import.meta.env.VITE_INSFORGE_ANON_KEY
})
For trusted server-only code that needs project-admin access:
import { createAdminClient } from '@insforge/sdk'
const admin = createAdminClient({
baseUrl: process.env.INSFORGE_URL,
apiKey: process.env.INSFORGE_API_KEY
})
| Module | Integration Guide | |--------|-------------------| | Database | database/sdk-integration.md | | Auth | auth/sdk-integration.md | | Storage | storage/sdk-integration.md | | Functions | functions/sdk-integration.md | | AI | ai/overview.md | | Real-time | realtime/sdk-integration.md | | Email | email/sdk-integration.md | | Payments | payments/sdk-integration.md |
| Module | Content | |--------|---------| | Database | CRUD operations, filters, pagination, RPC calls | | Auth | Sign up/in, OAuth, sessions, profiles, password reset | | Storage | Upload, download, delete files; S3-compatible gateway for CI / backup tooling; write RLS policies for buckets | | Functions | Invoke edge functions | | AI | OpenRouter AI calls for chat, images, video, audio, embeddings, and model discovery | | Email | Send custom transactional HTML emails (welcome, newsletter, notifications) | | Payments | Stripe Checkout Sessions, subscriptions, and Billing Portal redirects | | Real-time | Connect, subscribe, publish events, and track presence snapshots plus join/leave deltas |
| Guide | When to Use |
|-------|-------------|
| database/postgres-rls.md | Writing or reviewing RLS policies — covers infinite recursion prevention, SECURITY DEFINER patterns, performance tips, and common InsForge RLS patterns |
| storage/s3-gateway.md | Fallback path when the consumer is existing S3 tooling (aws CLI, AWS SDKs, rclone, Terraform, boto3) and adopting @insforge/sdk is impractical — covers endpoint/region setup, access-key management, path-style addressing, and supported vs. not-supported S3 operations. Requires InsForge 2.0.9+. Prefer the SDK (storage/sdk-integration.md) for app code |
| storage/postgres-rls.md | Writing RLS policies for storage.objects — owner-only, public-read, path-scoped, team-shared, and the NULL uploaded_by caveat for mixed REST + S3 buckets |
| database/pgvector.md | Building semantic search, recommendations, or RAG — covers the vector extension, schema/dimensions, distance operators, HNSW/IVFFlat indexes, and RPC similarity search |
| ai/chat-completions.md | Text generation, structured answers, and streaming chat through OpenRouter |
| ai/image-generation.md | Image generation/editing through OpenRouter, then durable storage in InsForge Storage |
| ai/video-generation.md | Async OpenRouter video jobs, status polling, and storing generated media |
| ai/audio.md | Speech-to-text, text-to-speech, and storing audio assets/transcripts with InsForge |
| ai/embeddings-and-rag.md | Generating embeddings through OpenRouter, storing them in pgvector, and wiring up a basic RAG pipeline |
| ai/models-list.md | Discovering OpenRouter model IDs, modalities, parameters, pricing, and embedding dimensions |
| payments | Configuring Stripe keys, syncing catalog, creating products/prices, webhooks, and portal RLS before app integration |
Before integrating payments, make sure a Stripe key is configured. Run npx @insforge/cli payments status. If it shows unconfigured, ask the user for the Stripe key first. See the insforge-cli skill's payments reference.
The real-time SDK is for frontend event handling and messaging. Configure channel patterns, database triggers, and channel/message RLS with the insforge-cli skill; see realtime.
Auth redirect URL allowlist is now managed via the CLI — use
npx @insforge/cli config export/plan/apply. Other auth settings (password
policy, OAuth providers, verification methods) still live on the dashboard. See
the insforge-cli skill's Configuration section.
When a code change in this skill depends on a schema migration, new RLS policy, OAuth provider config change, or any other backend change that affects prod behavior, create a backend branch first. Branches share JWT_SECRET (existing user JWTs keep working) but get a fresh database + EC2 + API_KEY / ANON_KEY, so you can test the SDK + backend change end-to-end in isolation.
The full branching workflow lives in the insforge-cli skill — see branch for the decision guide and lifecycle commands. Typical loop:
npx @insforge/cli branch create feat-x --mode schema-only
# ... apply migrations / change auth config / update RLS on the branch ...
# ... test the SDK against the branch backend ...
npx @insforge/cli branch merge feat-x --dry-run # review SQL
npx @insforge/cli branch merge feat-x # apply to parent
⚠ After
branch createorbranch switch, update the app's InsForge URL and anon-key env values, then restart your dev server (or re-source.env) so the SDK talks to the selected branch backend.
All SDK methods return { data, error }.
| Module | Methods |
|--------|---------|
| insforge.database | .from().select(), .insert(), .update(), .delete(), .rpc() |
| insforge.auth | .signUp(), .signInWithPassword(), .signInWithOAuth(), .signOut(), .getCurrentUser() |
| insforge.storage | .from().upload(), .uploadAuto(), .download(), .remove() |
| insforge.functions | .invoke() |
| insforge.ai | Deprecated fallback only: .chat.completions.create(), .images.generate(), .embeddings.create() |
| insforge.realtime | .connect(), .subscribe(), .publish(), .on(), .disconnect() |
| insforge.emails | .send({ to, subject, html, cc?, bcc?, from?, replyTo? }) |
| insforge.payments | .createCheckoutSession(), .createCustomerPortalSession() |
insert([{...}])@insforge/sdk/ssr helpers (createBrowserClient, createServerClient, createRefreshAuthRouter, updateSession). Keep the refresh token httpOnly and let the browser read the short-lived access token for Storage/Realtime. See auth/ssr-integration.mdurl AND key to database for download/delete operations/functions/{slug}insforge.emails.send() ships on every paid plan. Use the platform-managed delivery path; custom sender domain is dashboard config. See email/sdk-integration.md.npx @insforge/cli payments ... first; frontend code only creates Checkout/Portal sessions.payments.checkout_sessions and payments.customer_portal_sessions. Checkout creation needs INSERT; checkout requests with idempotencyKey also need matching SELECT on payments.checkout_sessions.@insforge/sdk directly for all features including authentication.vercel.json in the project root for SPA routing (React, React Router apps). The download-template tool includes this automatically.npx @insforge/cli branch create first — see the insforge-cli skill's branch reference. After branch create / branch switch, update the app's InsForge URL and anon-key env values, then restart the dev server.tools
Use this skill whenever someone needs a backend, or a task touches backend or cloud infrastructure: at minimum read it to check relevance, then stop if the task is not actually backend/cloud work, or use it to provision and manage that backend with the InsForge CLI if it is. Covers projects, SQL, migrations, RLS policies, functions, storage buckets, frontend deployments, compute services, secrets/env vars, AI/OpenRouter key setup, Stripe payment keys/catalog/products/prices/webhooks, schedules, logs, diagnostics, import/export, **declarative auth redirect URLs via `insforge.toml`** (applied with `config apply`), or **managing backend branches** (creating a branch project to test risky schema/auth/RLS changes, merging a branch back to prod, resolving merge conflicts). For app code with @insforge/sdk, use the insforge skill instead.
development
Use when diagnosing problems in an InsForge project — reactive failures (SDK error object, HTTP 4xx/5xx, gateway timeout 502/503/504, edge function failure or timeout, login/OAuth/auth errors, RLS denial, realtime channel issues, slow query on one endpoint, edge function or Vercel deploy failure), proactive audits (security/RLS review, performance/index review, system health check, pre-launch readiness), or when the user has an error but doesn't know where to start.
testing
Use when wiring an external auth provider (Clerk, Auth0, WorkOS, Kinde, Stytch, Better Auth) into InsForge for JWT-based RLS, or when adding the OKX x402 payment facilitator for onchain pay-per-use billing.
development
Use this skill for proactive backend health audits in an InsForge project — security misconfigurations, performance regressions, and system health issues surfaced by `diagnose advisor`, plus the backend-side deep-dives that pair with each advisor issue. Also use this skill when a user reports backend-wide performance degradation (high CPU/memory, all responses slow, connection pool exhaustion, lock contention) without a single failing request. Trigger on requests like "health check", "audit my backend", "review security", "check RLS policies", "find slow queries", "backend performance review", "high CPU/memory", "everything is slow", "EC2/database/system health", or pre-launch readiness audits. For reactive runtime errors with a single concrete failing request (SDK error objects, HTTP 4xx/5xx, function failures, deploy failures), use `insforge-debug` instead.