mcpgate vs MintMCP
MintMCP and mcpgate sit on opposite ends of the “how should an MCP gateway be operated” spectrum. MintMCP is a managed-first proprietary platform — they host the gateway for you, you pay per-user enterprise licensing, self-hosting is reserved for the largest tier. mcpgate is the opposite: self-host first, BSL 1.1 source-available, free for up to 5 users, no sales conversation required to try it. Which one fits depends entirely on whether you want to run infrastructure yourself.
Last reviewed: . Claims about MintMCP are quoted from mintmcp.com as of 2026-05-17 — MintMCP is closed-source so we can’t verify via a public repo. We maintain mcpgate. Tell us if anything is off and we’ll fix it.
The 30-second verdict
Pick MintMCP if…
- You want managed hosting — someone else operates the gateway, you don’t want to run infrastructure.
- You need SOC 2 Type II certification on the gateway operator itself (not just the host environment).
- Your team is ≥50 users and procurement is comfortable with custom enterprise pricing.
- You want to compose from a very broad catalog (“10,000+ MCP servers” per their marketing).
- OIDC SSO and OAuth out of the box matter, and you’re comfortable with the rest of the security posture being a vendor responsibility rather than your own.
Pick mcpgate if…
- You want to run the gateway yourself. Your data plane, your infrastructure, no third party in the middle.
- You want cost transparency — no sales call, no per-user platform fees, no “contact us for pricing”.
- You want source-available code under BSL 1.1 (not OSI-OSS but auditable, with 3-year auto-convert to Apache 2.0).
- You want PII pseudonymization with rehydration, not just PII detection (different mechanism — details below).
- Your team is ≤5 users today and you want a real free tier to evaluate, not a trial.
The choice resolves to one question: who carries the operational responsibility for the gateway? With MintMCP, the vendor does — they host, you consume. With mcpgate, you do — your infrastructure, your runtime. Neither is “better” in the abstract; they answer a different organisational question.
Where each one sits
Side by side
| mcpgate | MintMCP | |
|---|---|---|
| License | BSL 1.1, source-available; converts to Apache 2.0 after 3 years. | Proprietary, closed-source. No public repository. |
| Deployment model | Self-hosted only. Docker Compose; runs on your infra. | Managed cloud by default (“managed MCP server hosting” per their pricing page). Self-hosted option offered — but their own listicle on self-hosted gateways doesn’t include themselves, and self-host is positioned as “on your infrastructure” for the largest tier. |
| Free tier | Yes — up to 5 users, all features. Free forever, not a trial. | No free tier. “Custom pricing based on team size and needs. Per-user licensing with scalable platform fees.” (their pricing page) |
| Pricing transparency | Listed on /pricing: Free / Team (399 EUR/month) / Enterprise. No sales call needed to evaluate. | Not disclosed. “Schedule a consultation” / “Contact enterprise@mintmcp.com” for actual rates. Four team-size brackets exist (1-50, 51-1000, 1001-9999, 10000+) but no public rates per bracket. |
| SOC 2 Type II | Self-hosted — security and compliance posture is yours, on your infra. | Yes, marketed as “Enterprise-grade security and compliance (SOC 2 Type II)” on their homepage. |
| SSO / Auth | OIDC for any IdP (Google, Microsoft, Okta, Keycloak, Auth0, …) via OIDC_ISSUER_URL. Per-user OAuth for downstream services. | “OAuth & SSO authentication” per their homepage. Specific providers not disclosed publicly. |
| PII handling | Pseudonymization with rehydration: sensitive fields are replaced with stable pseudonyms outbound; mapping stays on-prem encrypted, 24h TTL; values are rehydrated on the way back when the agent calls into the source system. The LLM never sees real names. | Their public marketing uses “PII detection and secret scanning” terminology. Without code access we can’t verify exactly what that implementation does — pseudonymization and detection are different categories of approach (whether the LLM sees the real values at all vs. flagging when they would), and the marketing copy doesn’t describe rehydration. If this matters for your security review, ask them directly. |
| Audit log | Built in. Admin-gated viewer, tamper-evident hashing. | “Complete audit trails for every tool interaction” per their homepage. |
| Access control model | Operator vs. user distinction at the auth layer. Action-level discovery + risk gating shipped May 2026: gateway_search_actions, gateway_activate, risk annotations on every YAML action, default_active flag for compliance allow-lists, BM25 retrieval index. Classic per-role denylists (“Alice cannot call X”) aren’t the shape we built — that’s a different model. | “Role-based access control for your entire organization” per their homepage. Specific granularity not disclosed publicly. |
| Service / server catalog | 22 hand-written native YAML integrations with deep per-service action coverage (Jira ADF, Slack channel resolution, Confluence storage-format, …) plus OpenAPI import for any REST API and any MCP server reachable via URL. The 22 pre-built handle the common tools deeply; the import path covers anything else. | “10,000+ MCP servers, made enterprise-ready” per their homepage. Composition model: any MCP server gets wrapped with their managed-service layer. |
| Per-user policy hooks | Yes — YAML hooks each user defines from their AI client. Hot-reloaded. | Not documented in their public marketing. |
| Data residency | 100% on-prem. Nothing flows through mcpgate.de. | Cloud-managed default means data flows through MintMCP’s infrastructure. Self-hosted tier presumably keeps it in-customer. |
The case for MintMCP
You don’t want to operate the gateway. MintMCP’s pitch is exactly this: their managed STDIO-to-managed conversion wraps any local MCP server with hosted OAuth, SSO, audit, monitoring. If your operational capacity is “we’d rather not run another service”, MintMCP solves that. mcpgate is the opposite — you run it.
SOC 2 Type II as a vendor attribute. If your security review needs the gateway operator itself to be SOC 2 certified, MintMCP advertises that directly. With mcpgate, the gateway runs on your infrastructure, so the SOC 2 posture is whatever you’ve already certified — you don’t inherit it from us.
Default catalog breadth. MintMCP claims access to “10,000+ MCP servers”. mcpgate ships 22 pre-built integrations + an OpenAPI / MCP-server-URL import path for anything else — so the reachable surface is comparable, but the default experience is different. If your team’s workflow is “browse the open MCP registry, click ‘connect’”, MintMCP’s wider default catalog is closer to that. If your team’s workflow is “the 22 we use daily, deeply integrated, plus the occasional one-off we wire in ourselves”, that’s mcpgate’s shape.
Enterprise procurement motion. Per-user platform fees, custom rates, dedicated SLAs — MintMCP is structured for the “procurement-led purchase” case. mcpgate’s pricing is published on a public page; if signing an MSA before evaluation is part of how your org buys software, MintMCP supports that motion natively. We don’t have a published MSA-first sales motion today.
The case for mcpgate
Self-host on the free tier, not behind an enterprise gate. mcpgate is self-hosted from day one of the free tier. MintMCP’s pricing page lists a “Self-hosted (on your infrastructure)” deployment option, but it appears positioned for the largest customer tier rather than as a default — and notably, MintMCP’s own listicle on “Best MCP Gateways for Self-Hosted Deployments 2026” doesn’t list MintMCP itself, which is a useful signal about how they think about their own self-host story. If self-hosting matters and you’re not at the contract-required customer scale, mcpgate is the simpler fit.
PII pseudonymization with rehydration vs. PII detection terminology. mcpgate ships pseudonymization: outbound, real values are replaced with stable pseudonyms; the LLM never sees them. Inbound, the gateway rehydrates the real values when the agent calls back into the source system, so write-flows still work. MintMCP’s public marketing uses “PII detection and secret scanning” instead — different terminology, and without code access we can’t confirm exactly how their implementation behaves. As categories, detection-and-block and pseudonymization-with-rehydration differ in whether the LLM ever sees the real values at all (pseudonymization: structurally no; detection-and-block: depends on what triggers and what action). For a security review that asks “can customer names reach the LLM provider at all?” mcpgate’s answer is structurally no; the equivalent answer from MintMCP requires their team to confirm.
Cost transparency. mcpgate publishes its pricing. Free, Team, Enterprise — listed on /pricing. MintMCP gates pricing behind a sales conversation: “Schedule a consultation” or “Contact enterprise@mintmcp.com”. That’s a fine model if you have a procurement org, but it’s friction if you’re evaluating in the small.
Source-available code. You can read mcpgate’s source — every hook, every action, every YAML wiring. With MintMCP, the platform is proprietary. If your security review or audit requires the ability to read the gateway’s code, mcpgate fits and MintMCP doesn’t.
Per-user policy hooks. MintMCP advertises RBAC and policies — operator-level. mcpgate adds a second layer where each end-user can define their own policy hooks from their AI client. A PM saying “always assign Jira tickets to me” without filing a request is a small but real productivity unlock.
Tradeoffs
- License. BSL 1.1 is source-available, not OSI-approved open source. MintMCP is proprietary — neither is OSI-OSS, so this isn’t a clear “OSS vs. proprietary” story. If you specifically need to read the code, mcpgate beats MintMCP. If your procurement only cares about “closed-source enterprise vendor with SOC 2”, MintMCP is a tidier sell.
- Operational burden. Self-hosting is real work. If your team has zero appetite for running an extra service, that’s a structural reason to pick MintMCP regardless of any feature comparison.
- Default catalog size. MintMCP’s “10,000+ MCP servers” headline counts what’s available in the open MCP-server ecosystem they pre-expose. Per-server depth varies — true of any composition-style integration, theirs and ours both, when we use our import path. The reachable surface is similar; the defaults aren’t. If “every MCP server in the open ecosystem pre-listed” matters more than “22 deep + bring-your-own”, MintMCP’s default fits and mcpgate’s doesn’t.
- SOC 2. mcpgate doesn’t inherit SOC 2 to you — the gateway runs on your infra, so the certification is your org’s problem. For some procurement teams that’s a feature; for others it’s a friction.
- Market validation. Both projects are relatively new in MCP terms, but MintMCP has more visible customer logos on its marketing site. If “who else is running this” is decisive on day one, you’ll find more public evidence on the MintMCP side today. That’s a stage-of-life signal, not a product-quality one.