Docker vs ContextForge
| Criterion | Docker | ContextForge | Docker reason | ContextForge reason |
|---|---|---|---|---|
| G1 Identity-bound per-call authorization (25) | 3 | 5 | HTTP modes require a bearer token, but calls are not checked against agent identity or the person behind it. [docker-gh] | Requests are authenticated with JWT and teams with RBAC, but checks against the person an agent acts for are not described. [cforge-gh] |
| G2 Credential brokering (20) | 6 | 5 | Secrets are managed by the gateway and injected into server containers, so clients do not hold them. [docker-gh] | Stored credentials are encrypted at rest, but short-lived brokering on each call was not described. [cforge-gh] |
| G3 Human approval and escalation (15) | 2 | 2 | No human approval step was found. [docker-gh] | No human approval step was found. [cforge-gh] |
| G4 Server registry and discovery (10) | 7 | 7 | Catalogs, profiles and a community registry import manage which servers run. [docker-gh][docker-docs] | A tool catalog with centralized discovery and federation across gateways is documented. [cforge-gh] |
| G5 Audit evidence (10) | 3 | 5 | OpenTelemetry instrumentation exists, but per-call logs tied to a person were not found. [docker-gh] | Observability is documented, but per-call logs tied to a person and SIEM export were not confirmed. [cforge-gh] |
| G6 Standards (10) | 5 | 5 | Handles remote OAuth through DCR, which the 2026-07-28 spec deprecates in favour of CIMD. [docker-gh][mcp-0728] | OAuth and federated SSO through Google, GitHub and Entra ID are named; MCP authorization specifics were not. [cforge-gh] |
| G7 Deployment and buying clarity (10) | 9 | 9 | Free under MIT and runs locally with Docker. [docker-gh][docker-docs] | Free to self-host under Apache 2.0. [cforge-gh] |
| Total | 4.65 | 5.15 | Weighted sum divided by 100. | |
In short: ContextForge totals 5.15 and Docker totals 4.65 on our weighted rubric, a gap of 0.50 points. ContextForge is ahead on per-call authorization and audit. Docker is ahead on credential brokering. Choose by the criteria your agents depend on, then check deployment and pricing below.
Which one should I choose?
ContextForge totals 5.15 against 4.65 for Docker. The largest weighted difference is on per-call authorization. Docker is ahead on credential brokering.
Pick Docker if credential brokering matters most to you.
It scores 6 against 5 there: secrets are managed by the gateway and injected into server containers, so clients do not hold them.
Pick ContextForge if per-call authorization matters most to you.
It scores 5 against 3 there: requests are authenticated with JWT and teams with RBAC, but checks against the person an agent acts for are not described.
How do deployment and pricing compare?
| Parameter | Docker | ContextForge |
|---|---|---|
| Deployment | Local or self-hosted with Docker. | Self-hosted container. |
| Price as published | Free under MIT. | Free under Apache 2.0. |
| Identity provider | No direct integration was documented on the pages read. | Yes. Federated SSO through Google, GitHub and Entra ID is documented. |
Full datasheets: Docker MCP Gateway and IBM ContextForge MCP Gateway.
Frequently asked questions
- Which is better, Docker or ContextForge?
- On our rubric ContextForge totals 5.15 against 4.65 for Docker. The better choice depends on which criteria matter most to you.
- Do Docker and ContextForge work with my identity provider?
- Docker: No direct integration was documented on the pages read. ContextForge: Yes. Federated SSO through Google, GitHub and Entra ID is documented.
- How do Docker and ContextForge differ on price?
- Docker: Free under MIT. ContextForge: Free under Apache 2.0.
By The Datasheet desk · Published and reviewed 2026-11-03