Ship agents, not infrastructure tickets
Self-hosting delivers data sovereignty, and months of Kubernetes with it. Connic gets you managed EU residency under a German contract, with connectors, tracing, and guardrails already wired.
Self-hosting is the traditional answer to the residency question, and it is an honest one: run the agents on infrastructure you control, in a region you choose, and no vendor can move your data. For teams whose policies require operating the runtime themselves, it is not just an option, it is the requirement. Nothing in this comparison pretends otherwise.
The catch is that self-hosting moves the problem rather than shrinking it. You now operate the trace store, the upgrade cadence, and the on-call rotation, and the agent production stack (judges, guardrails, approvals, A/B testing, cost tracking) still has to come from somewhere, each tool with its own vendor and its own residency answer. Connic's pitch is the same compliance outcome by a shorter path: managed EU residency under a German contract, with the whole production surface in one region on one invoice.
Feature Comparison
Connic vs Self-Hosting, capability by capability.
Time to Production
First agent deployed
Connic: 5 minutes. Self-hosting: days to weeks of infrastructure setup.
CI/CD pipeline
Built into Connic. Self-hosting requires GitHub Actions, Jenkins, or ArgoCD setup.
Container orchestration
Managed by Connic. Self-hosting needs Kubernetes expertise.
Zero cold starts
Connic optimizes startup. Self-hosting requires tuning and warm-up strategies.
EU & Compliance
EU data residency
Both get there. Self-hosting on EU infrastructure delivers residency by construction; Connic delivers it managed, EU-hosted by default.
Single German counterparty for the agent stack
Connic puts the runtime, traces, judges, and guardrails under one German contract and one DPA. Self-hosting means a vendor list: every tool you wire in brings its own contract and residency answer.
EU AI Act tooling
Connic ships execution logs, approvals, and guardrails mapped to deployer obligations. Self-hosting: you assemble the tooling and document the evidence yourself.
Compliance outcome without an ops team
Connic's residency ships as a managed service. Self-hosted sovereignty is real, but you operate the stack that provides it.
Operations & Maintenance
Auto-scaling
Automatic with Connic. Self-hosting needs HPA, VPA, or custom autoscaling.
Zero-downtime deploys
Built into Connic. Self-hosting requires rolling update configuration.
Automatic rollbacks
One-click in Connic. Self-hosting needs rollback procedures and testing.
Log aggregation
Built-in. Self-hosting needs ELK, Loki, or CloudWatch setup.
Uptime monitoring
Included. Self-hosting needs Prometheus, Grafana, or external monitoring.
24/7 on-call
Connic handles incidents. Self-hosting means your team is on-call.
Security
Secrets management
Built-in encrypted secrets. Self-hosting needs Vault, AWS Secrets Manager, etc.
TLS/SSL certificates
Automatic with Connic. Self-hosting needs cert-manager or Let's Encrypt setup.
Network isolation
Managed by Connic. Self-hosting needs VPC, security groups, network policies.
Security patches
Automatic. Self-hosting requires regular patching of OS, containers, dependencies.
Security documentation
Connic provides security documentation and cloud-provider attestations. Self-hosting requires your own control evidence and audit path.
Integration & Connectivity
Webhook endpoints
Built-in with signing and validation. Self-hosting needs custom implementation.
Queue consumers
Kafka and SQS built-in. Self-hosting needs consumer infrastructure.
Cron scheduling
Native scheduler. Self-hosting needs CronJobs or external scheduler.
WebSocket support
Built-in with connection management. Self-hosting needs sticky sessions, scaling config.
Observability
Distributed tracing
Automatic. Self-hosting needs Jaeger, Zipkin, or Datadog setup.
Run history
Built-in dashboard. Self-hosting requires custom implementation.
Token/cost tracking
Automatic. Self-hosting needs custom metering and accounting.
Alerting
Included. Self-hosting needs PagerDuty, Opsgenie, or similar integration.
Pricing
Subscription doubles as usage credit
Connic plans are monthly usage credit (Developer €40, Pro €200, Enterprise custom) at identical per-unit rates: €0.047/run, €0.00042/sec compute, €0.25/GB-month storage. Self-hosting bills as cloud invoices plus engineering hours.
All-in cost visible on one line
One Connic invoice covers compute, storage, and the platform. Self-hosted TCO hides in DevOps time, on-call, and upgrade work.
Sovereignty without the ops burden
The residency argument for self-hosting is sound: your infrastructure, your region, your keys. But sovereignty is a property of the whole stack, not just the runtime. The trace store, the eval harness, the guardrails service, the approval flow, the cost dashboard: each is either something you build and operate, or a third-party tool with its own residency answer to collect and document. The Kubernetes cluster was never the hard part; the agent production surface around it is.
Connic's position is that the compliance outcome and the ops burden are separable. EU-hosted regions by default, a German contract counterparty, and traces, judges, guardrails, and approvals in the same region as the runtime give you the answer your DPO needs, without your team carrying the pager for it. If you are scoping this decision, walk through the sovereignty checklist first, then count the hidden costs of self-hosting and compare the managed vs self-hosted TCO math.
Where self-hosting genuinely fits
Some workloads should be self-hosted. Regulated environments whose policies require operating the runtime yourself, not just choosing where it runs. Organizations with an existing platform team whose Kubernetes, observability, and on-call practice is already paid for, where an agent workload is marginal load rather than a new discipline. And air-gapped networks, where a managed cloud platform is simply not on the table.
For those cases, Connic offers a self-hosted deployment on the Enterprise tier, so the choice is not platform versus sovereignty. For everyone else, the question is what the requirement actually says. If it says EU residency with auditable logs, that is an outcome, and a managed EU platform under a German contract reaches it in an afternoon instead of a quarter. The engineering hours you do not spend on the trace store are hours spent on agents.
Why teams choose Connic
What you get on day one — without writing connectors, wiring observability, or running infrastructure.
The Real Cost of Self-Hosting
Self-hosting looks cheaper until DevOps hours, on-call burden, and opportunity cost are on the same line. For the full breakdown, read the guide to replacing self-hosted AI agents.
Use Connic when
- You need EU residency as an outcome, not an infrastructure project
- You want to ship agents fast without infrastructure delays
- Your team is engineers, not DevOps specialists
- You'd rather build features than manage Kubernetes
- You want published per-unit rates instead of surprise cloud bills
- You don't want to be on-call for your agent infrastructure
Use Self-Hosting when
- Policy requires you to operate the runtime yourself
- You have an existing platform team with Kubernetes and on-call practice
- Your network is air-gapped or on-premise only
- You need complete control over every infrastructure component
- You're running at scale where the math favors self-hosting
Frequently Asked Questions
Doesn't self-hosting give better data sovereignty than a managed platform?
Is self-hosting cheaper than Connic?
Can I self-host Connic?
Bring the workflow, trigger source, compliance constraints, and deployment path you are evaluating. We will help separate what Self-Hosting should handle from what belongs in a managed agent runtime.
Compare with SalesStill shortlisting? Here are the others.
Head-to-head comparisons against the platforms most teams weigh alongside Connic. For the full field, survey the 2026 agent deployment platform landscape.
Connic vs Zapier Agents
No-code agents on Zapier's action catalog. Fast for business-user automation — no EU data storage, and short on the observability production agents need.
Connic vs LangSmith Deployment
LangChain Inc.'s managed runtime for LangGraph agents (renamed from LangGraph Platform in October 2025). The right home if you've picked LangGraph — a tight fit if you haven't.
Connic vs Vercel
Agentic infrastructure with the eve framework and AI Gateway. Compute can run in Frankfurt — Gateway logs, workflow state, and queue state cannot. Connic keeps every plane in the EU.
Connic vs n8n
German workflow-automation platform with LangChain-based agent nodes. Strong at visual process automation — a different shape from an agent-native runtime with cost tracking and A/B testing.
Connic vs Mastra
TypeScript-only agent framework with Mastra Server and Cloud. Deep TS integration — and a language lock-in if your stack ever changes.
Connic vs Inngest + AgentKit
Durable-execution platform with an open-source agent framework layered on. Strong fit for JS/TS teams — different shape from a runtime built for agents from day one.