Connic

Add AI agents to
your existing product

Your customers are asking for AI features. Ship them this sprint instead of next quarter. Embed agents into your SaaS with the skills your team already has — Python, YAML, and Git — so you skip the ML hire and the rebuild.

Read the quickstart

Connectors

inbound & outboundall healthy
trigger
stripe.invoice.paid
agent
invoice-processor
Webhook
Cron
Postgres
Kafka
Stripe
Email
SQS
Telegram
WebSocket
S3
MCP
Three patterns

The common shapes of an AI feature

Most embedded AI work shows up in one of these three forms. Each is a connector plus an agent — no new infrastructure to stand up.

SaaS adding document intelligence
S3 connector → agent → knowledge base → sync response

A user uploads a document. The S3 connector fires an agent that extracts the key fields, writes the result into the knowledge base, and hands structured JSON back to your app — so your customer sees results in seconds, not after an overnight batch.

S3Webhook (sync)KnowledgeOutput schema
E-commerce adding conversational search
WebSocket → agent → product knowledge → streaming reply

Shoppers type the way they would say it out loud. The WebSocket connector streams the conversation to an agent that searches your product catalog and streams matches back as it thinks — replacing dead-end keyword search with a guided buying flow.

WebSocketKnowledgeSessions
Internal tool adding automated reporting
Cron → agent → database → email

A cron connector wakes an agent every Monday. It queries your database with built-in tools, drafts a clean exec summary, and sends it through the outbound email connector — replacing the report someone used to assemble in a spreadsheet every week.

CronDatabaseEmail (outbound)
Integration without the integration work

Connectors do the plumbing

Your backend triggers an agent from a webhook, an S3 upload, a Postgres change, or a cron — and the result comes back through the same channel.

HTTP POST, S3 upload, Postgres NOTIFY, cron tick — anything kicks off a run.
Connic routes the event into the agent and waits for the result.
Synchronously on the same connection, or asynchronously through an outbound connector.
What you don't have to build
  • LLM integration: SDK setup, error handling, retries
  • Tool execution: Framework code, schema definitions
  • Deployment: Docker, Kubernetes, CI/CD pipelines
  • Scaling: Auto-scaling config, load balancing
  • Observability: Logging, tracing, custom dashboards
  • Knowledge base: Vector store, embeddings, chunking

Browse the connector library or jump straight into the quickstart.

Skip the platform team

Spend your engineering budget on features

Every hour your team spends on infrastructure is an hour they're not shipping the AI feature your customer asked for.

Ship in hours, not months

Write a YAML config, add a few Python tools, push to Git. That's the deploy. No Docker, no Kubernetes, no platform team standing up clusters.

Use the team you already have

If your team can write Python and use Git, they can ship AI features today — no ML hire, no DevOps headcount to add.

See every step of every run

Every run is captured as a full trace: LLM reasoning, tool calls, timing, cost. When something goes wrong, you find the root cause in seconds.

Review and roll back in Git

Agents live in your repo. Changes go through PRs, deploys ship on push, rollbacks are one click — same workflow your team uses for the rest of your code.

Secure by default

Variables are scoped per environment. Sensitive values stay masked in dashboards and logs. Every action lands in the project audit log.

Scale without capacity planning

Runs execute on managed infrastructure that scales with your traffic. No idle clusters, no surprise bills — set spend alerts and hard limits per agent or environment.

Production-ready, not proof-of-concept

The controls security and finance ask for before AI ships to real customers

Secure connectors

Every connector ships with authentication and encryption. Webhook connectors verify a shared secret on each request, and the Bridge connector reaches services in your VPC over an outbound tunnel — no inbound ports to open.

Budget controls

Set spend alerts and hard limits per agent or environment so a runaway prompt cannot bill you out of a quarter. Anomaly detection flags unusual spikes the moment they happen.

Audit logs and compliance

Every run is logged with a full trace. DPA available, EU AI Act support, and SOC 2 Type II on Enterprise plans — so legal and security can sign off without a custom build.

Frequently Asked Questions

Create a connector for your agent in the Connic dashboard. For real-time use cases, use the HTTP webhook connector in sync mode: your app sends an HTTP POST to the webhook URL and receives the agent result in the same response. For async processing, use the inbound mode which returns a run ID immediately, and pair it with an outbound connector to deliver results when the run completes.

Yes. Write custom Python tools that call your internal APIs or databases. Tools run on Connic infrastructure, so they can make outbound HTTP calls. For private network access, use Bridge — a self-hosted bridge agent in your VPC opens an outbound WebSocket tunnel so Connic can reach internal Postgres, S3, Kafka, and HTTP services without inbound ports.

Response times depend primarily on the LLM model and number of tool calls. Simple tasks with fast models complete in a few hundred milliseconds. Complex multi-step reasoning with several tool calls takes longer. The sync webhook has a default timeout of 5 minutes; for longer-running tasks, use the inbound (async) mode with an outbound connector.

Use knowledge base namespaces to isolate per-tenant content. Use middleware to set context fields (like context.tenant_id) that downstream tools, judges, and approval policies can target. Use separate environments for hard isolation between tiers. Every action lands in the project audit log.

For event-driven workloads, use Kafka or SQS — both handle backpressure natively and pair well with custom tools that batch downstream calls. For HTTP-based integrations, the inbound webhook mode queues runs asynchronously so your application is never blocked. Each connector can fan out to multiple agents.