Snippable connects to Google Search Console + GA4, finds what's broken, writes the patches, and closes the loop with your engineer¹ — in one session.
Every martech tool you've bought ends at "here's a 40-row audit report". The fix becomes a Jira ticket. The ticket becomes a Notion doc. The doc becomes nothing.
We've shipped two products past $1M ARR. Every time, the analytics tab was the one nobody trusted. Half the agencies you've paid had dashboards that called a 28-day rolling total "today". Half the AI tools fabricated case studies with rounded numbers that bounced when you looked twice.
Snippable is the answer when you're tired of audit PDFs that never become commits.
Three steps. Each ends in a SHIPPED row on your dashboard, not an audit PDF.
OAuth in. Pick a site. Pick a GA4 property. That's it. We pull yesterday plus 28 days of history on first connect — your dashboard is populated before you click around.
# what you do 1. Connect Google Search Console 2. Pick www.yourdomain.com 3. (Optional) Pick GA4 property # what happens next 30s ✓ Eager backfill: 14 days of GSC daily ✓ Background tail: 76 more days queued ✓ First agent run kicks off
Each agent has a role — Strategist, Technical SEO, Content, AEO, GEO, Keyword, Backlink, Competitive, Quality, Analytics. Each runs on its own schedule. Each produces concrete content_patches.
Your developer adds Snippable as an MCP server in their Claude Code session. They call get_proposed_patches(), get ready-to-ship JSON-LD or content payloads, commit, push, and call mark_patch_shipped() to close the loop.
# engineer's repo, one-time $ claude mcp add snippable -- ./bin/snippable-mcp.sh # in a Claude Code session > What's Snippable telling us to ship? → snippable.get_quick_wins(limit=3) ← 3 HIGH-priority patches with full payload > Ship the first one. → Applies, commits, pushes → snippable.mark_patch_shipped(patchId, prUrl) ✓ status flipped PROPOSED → SHIPPED
Every insight has a closure. Agents don't file reports — they propose content_patches your engineer can ship, then update their own status. This is the live feed from our customer zero.
33065ba5 , 1fb4ace9 , d34a75cd , 30ef0e56 · 4 patches · ProfessionalService schema for Mumbai VAPT page 50456460 · FAQPage · homepage — 5 high-intent Q&As a04b91f3 · homepage buyer-intent H2s (pricing, DPDP deadline, founder) Real artifacts from a 12-hour window of Bachao.AI's Snippable tenant. The CAUGHT row at 03:17 is the moat in two lines: our agent proposed a JSON-LD schema with a non‑existent email. The engineer's Claude Code session caught it before publish via report_blocker. We don't ship lies onto your site.
We shipped the new /analytics surface through a full CPO → CTO → Dev → QA → SecQA pipeline because the previous one was lying about its own data. The diff is the entire pitch.
7 / 30 / 90 — no Today, no YesterdayThe result: a dashboard you stop trusting two weeks in. By month three you don't open it.
GSC/GA4) and compares vs same-length prior window
Shipped 2026-05-21 — full PRD + Architecture + Test Plan + Security Audit, 0 P0/P1 findings.
Snippable exposes a stdio MCP server with 10 tools — 6 read + 4 write. Your developer adds it to their Claude Code session and pulls the patch queue directly into their workflow. No copy-paste. No Notion docs. No tickets nobody reads.
# engineer's repo, one-time $ claude mcp add snippable \ --scope local --env SNIPPABLE_TENANT_ID=<uuid> \ -- /path/to/snippable/bin/snippable-mcp.sh ✓ added stdio MCP server snippable · 10 tools connected
| get_status_report | Full MD bundle — roadmap, quick wins, backlog, opportunities, patches |
| get_roadmap | Latest 90-day plan — 3 phases × actions × KPIs as JSON |
| get_quick_wins | HIGH/CRITICAL open insights with full body + actionUrl |
| get_backlog_tasks | Ordered by priority — URGENT > NORMAL > BACKGROUND |
| get_proposed_patches | Content patches with full payload to ship |
| get_backlink_opportunities | Sorted by DA, with submission URL + cost (FREE/PAID) |
| mark_patch_shipped | Flips status PROPOSED → SHIPPED, stamps PR URL + note |
| mark_task_done | Closes a backlog task with optional note |
| mark_insight_acted | Marks an insight as acted-on, not just dismissed |
| report_blocker | If you can't ship safely — files a HIGH-priority insight on the dashboard with your reason |
# Operator → engineer Claude: > What's Snippable telling us to ship? # Engineer Claude → MCP: → snippable.get_quick_wins(limit=5) ← Returns 5 HIGH-priority insights with full body # Operator picks one: > Ship the homepage FAQPage schema. # Engineer Claude works: → snippable.get_proposed_patches(kind="JSON_LD") → Reads src/app/page.tsx → Edits the Next.js metadata export → git checkout -b snippable/patch-50456460 → git commit cb8297f → git push -u origin snippable/patch-50456460 → snippable.mark_patch_shipped(50456460, prUrl, note) ✓ Patch SHIPPED · status flipped in Snippable dashboard # When the engineer catches a problem: → snippable.report_blocker(patchId, reason) ✓ New HIGH-priority insight on operator's dashboard
Verbatim: today the engineer Claude shipped 6 patches via MCP. One of them (a ContactPage JSON-LD) had founder@bachao.ai in the payload — an email that doesn't exist in the codebase. Engineer caught it via report_blocker, swapped to ceo@bachao.ai, then shipped. Logged in the dashboard with the full reasoning.
Claude Code spawns the MCP server as a child process. No port open. No CORS. No tunneling needed.
Every query AND-clauses on SNIPPABLE_TENANT_ID. Write tools verify row ownership. Cross-tenant access impossible.
Claude Code today. Cursor + Cline tomorrow when they adopt the MCP spec. Protocol is open.
Annual customers get 2 months free on Fix and Ship. No "Enterprise" tier — if you have a real budget you'll know it.
Connect, see what's broken. One agent run on demand. Genuine free tier.
Start free →Find the fix, copy-paste to your engineer. The dashboard fills itself daily.
Start 14-day trial →The full MCP bridge. Engineer connects, patches ship themselves.
Start 14-day trial →HSN code, valid for input credit. DPIIT-recognised startups get the right paperwork.
Stripe for USD. Pick the rails that match your books.
SEO is one person's job. We charge per site, not per teammate.
No, not yet. Patches go to a review queue. Your engineer ships them — manually, via copy-paste, or automatically via the MCP bridge (Ship tier).
WordPress auto-publish exists as FOUNDATION (backend code, no operator-reachable surface yet). We're holding the trigger until a real WordPress customer can validate the rollback path under real traffic. Want to be that customer? Email us.
Use the dashboard. Every patch payload is one-click copy-paste into a PR. The MCP bridge is the upgrade path, not the requirement.
When Cursor, Cline, or any other MCP-spec-compliant agent catches up, the same Snippable MCP server will work with them — the protocol is open.
Postgres on Neon, region ap-south-1 (Mumbai). Encrypted at rest. OAuth tokens stored with row-level encryption.
We don't train any model on your data. Anthropic's API calls use prompt caching but not training routing. Full data-handling spec in the privacy doc.
DPDP Act 2023: consent-based, India-resident, deletion within 7 days of request, no third-party transfer except service-provider role with our LLM partner under DPC.
Semrush tells you what to do. Surfer scores your content. Ahrefs catalogs your competitors. None of them write the patch and close the ticket.
Snippable's wedge is the closed loop: an agent proposes a concrete content/JSON-LD/meta patch with a full payload, your engineer (or their Claude Code session) ships it, the agent's status flips from PROPOSED to SHIPPED in your dashboard. No more audit PDF that nobody acts on.
GSC has a ~2-day reporting lag. We show it explicitly on every chart — hatched bars for unfinalized days, tooltip text "not finalized — GSC backfills 2 days later".
If you pick "Today" and we have no GSC data yet, we say so. We don't paper over it with a 28-day rolling total relabeled as today. That pattern is the entire reason Snippable exists.
Under 5 minutes from "I just connected GSC" to "there's a JSON-LD patch in my review queue".
The eager backfill pulls 14 days of GSC daily data synchronously (~30 sec). The first agent run kicks off immediately after — typically the Technical SEO agent surfaces meta-tag or schema gaps within 2-3 minutes.
Connect Google Search Console. 60 seconds. We pull 14 days of history immediately and your first agent run starts within 5 minutes. No credit card. No demo gate.
We'll only email you about your tenant. No newsletter, no "tips and tricks", no LinkedIn invites from the founder.