Type it, done.
Create any automation by describing it in plain language. No flowcharts, no drag-and-drop wiring, no developer required.
Botpress + SendGrid · Workflow automation
Connect Botpress and SendGrid with AI-native workflow automation
Type an outcome. Definable Workflow reads Botpress data, applies your rules, and writes to SendGrid — end to end, in one multi-agent run. Builder plans every step, Executor calls each API, Verifier retries failures. Chain 1,000+ other apps in the same flow. Zero code, zero flowcharts, self-healing. Free on the Starter plan.
Updated · Hosted IN · US · EU
6 use cases Self-healing 1,000+ apps ai chatbots
Definable connects Botpress and SendGrid through a three-agent AI loop — Builder plans, Executor runs, Verifier self-heals. One plain-English prompt replaces every Zap, scenario, and cron. Setup takes under two minutes.
Botpress and SendGrid are two anchors of a much bigger automation. Definable Workflow chains your AI layer, your inbox, and as many other tools as the job needs into a single multi-step flow — built, executed, and verified by AI. Describe the outcome; Workflow plans the steps, runs every API call, branches on conditions, fans out in parallel where useful, retries on failure, and self-heals when an upstream API shifts shape.
6 ways to automate
What you can automate between Botpress and SendGrid
- When a model output is generated in Botpress, draft a contextual reply in SendGrid
- When a tool call completes in Botpress, route the email to the right owner in SendGrid
- When a new email arrives in SendGrid, route the output to the right system in Botpress
- When an email matches a label or filter in SendGrid, log the generation in Botpress
- When a generation is rated in Botpress, extract structured data from the body in SendGrid, and log the result in a structured record for team review
- When an evaluation finishes in Botpress, archive after follow-up in SendGrid, then send a notification to the assigned owner with the full context
Why Workflow
Most automation tools run code. Workflow runs on AI.
AI builds it AND runs it.
Other platforms use AI to generate brittle code that runs offline. Workflow's entire execution layer is AI — it interprets, decides, and acts step by step.
Self-healing by design.
Every step is monitored by a verification layer. If something fails — a rate limit, an unexpected response, a skipped condition — Workflow detects it, corrects it, and reruns automatically.
Cross-tool orchestration.
Multi-step, event-driven, condition-based flows across Botpress, SendGrid, and 1,000+ other tools — all from one instruction.
How it works
Four steps from prompt to running workflow
- 01
Describe your workflow
Type what you want to happen between Botpress and SendGrid. No setup wizard.
- 02
Workflow builds it automatically
Definable maps the instruction to the right actions across both tools. Review the plan before it runs.
- 03
AI executes every step
Workflow runs end-to-end. Calls Botpress, processes the data, applies conditions, and fires the SendGrid action.
- 04
Verification layer monitors everything
Every step verified. If something fails, Workflow catches it, adjusts, and retries — without any manual intervention.
Example workflow
Trigger → Condition → Action
Trigger 
B
B When break down workspace usage by bot in Botpress
Condition
If the Botpress event matches your configured filter
Action 
S
S Send email with twilio sendgrid in SendGrid
Verified
Workflow verified every step completed successfully.
Definable vs Zapier · Make · n8n
Why teams pick Definable for Botpress + SendGrid
Zapier, Make, and n8n require you to build every automation node by node — and break the moment an API drifts. Definable builds the workflow from plain English and self-heals failed steps automatically.
Capability Definable Zapier / Make / n8n
Plain-English setup Yes No — build nodes
Self-heals API drift Yes No — flow breaks
50+ AI models built-in Yes Bring your own key
Multi-step, cross-tool Yes Yes — manual
Verification layer Yes No
Free tier 5,000 credits/mo Task-limited
Where this runs
Hosted where your data is compliant
Definable runs Botpress + SendGrid workflows from Mumbai (IN), N. Virginia (US), and Frankfurt (EU). Tenant-isolated storage, no cross-region transfer, DPDP + GDPR + SOC 2 Type II + ISO 27001 compliant.
IN · Mumbai
DPDP compliant. Data resident. INR pricing from ₹399/mo.
US · N. Virginia
SOC 2 Type II. HIPAA-ready. USD pricing from $0.
EU · Frankfurt
GDPR compliant. ISO 27001. Data resident. EUR pricing available.
FAQ
Common questions about Botpress + SendGrid
What can I automate between Botpress and SendGrid?
Anything you can describe. Workflow connects Botpress (your AI layer) and SendGrid (your inbox) through a single instruction. Examples: when a model output is generated in Botpress, draft a contextual reply in SendGrid; when a tool call completes in Botpress, route the email to the right owner in SendGrid. There's no limit to step count or branching depth.
Do I need to write code to connect Botpress and SendGrid?
No. You describe the outcome in plain language and Workflow assembles the steps, authenticates both tools, runs the flow end-to-end, and self-corrects if anything fails.
What happens if Botpress or SendGrid returns an unexpected response?
Workflow has a verification layer on every step. If a response is malformed, an API rate-limit hits, or a condition is unmet, Workflow detects it, adjusts, and reruns the step automatically — without breaking the flow.
How is this different from drag-and-drop automation tools?
Most automation tools generate static workflows that run brittle code. Workflow is AI-native: the execution layer interprets each step at runtime, so it adapts when Botpress ships an API change or SendGrid returns a new field shape. You don't maintain it.
How long does it take to set up?
Minutes. Authenticate Botpress and SendGrid, type what you want to happen, review the plan Workflow generates, and start running.
Workflows built, run, and fixed by AI.
Stop maintaining automations. Workflow handles everything between Botpress, SendGrid, and the rest of the stack.