LinkMesh vs DIY OpAMP
LinkMesh vs building your own OpAMP server
OpAMP is an open protocol, and libraries like opamp-go let you build your own control plane to manage OpenTelemetry Collectors. For a team with the engineering capacity and unusual requirements, that is a legitimate path — you own every line and pay no license.
The catch is everything around the protocol: a config store, a fleet UI, authentication, pipeline editing, PII-masking templates, routing, an audit trail, throughput metering, and the ongoing maintenance of all of it. LinkMesh is that product, ready to run. This comparison is the honest build-vs-buy trade-off, not a claim that DIY is wrong.
Side by side
| LinkMesh | a DIY OpAMP server | |
|---|---|---|
| What you get | A finished control plane — fleet UI, pipeline builder, routing, masking, GitOps audit | The OpAMP protocol; you build the server, store, UI, and auth |
| Time to value | Minutes — install the server, enroll a collector | Weeks to months of platform engineering |
| Maintenance | Maintained and upgraded by OpenSight | You own upgrades, CVEs, and every edge case |
| Cost shape | Free up to 25 Collectors after a no-card registration (5 without one), then per-Collector | Free software, real engineering and opportunity cost |
| Best fit | Teams that want the outcome without building it | Teams that want to own and control every layer |
Check the comparison against the product documentation
The comparison reference was last reviewed on . Hosting options, packaging and prices can change. Confirm the capabilities and contract for your intended deployment before purchasing.
- opentelemetry.io: /docs/collector/
- github.com: /open telemetry/opentelemetry collector contrib/tree/main/processor/transformprocessor
Check LinkMesh pricing · Evaluate fleet management · Send a technical enquiry
Choose a DIY OpAMP server if…
- You have the platform-engineering capacity and want to own every layer.
- You have requirements unusual enough that no product fits, and control matters more than time.
- Managing collectors is itself a core part of what your team builds.
Choose LinkMesh if…
- You want centralized Collector management working now, not after a build project.
- A small team would rather not maintain a bespoke control plane, its UI, and its CVEs.
- You want a supported product with a UI, safety rails, and an upgrade path.
- The first 25 Collectors being free after a no-card registration in the OpenSight Customer Portal (5 without one) means you can evaluate before spending anything.
Common questions
Can I just build my own OpAMP server?
Yes. OpAMP is an open protocol and opamp-go is a real starting point — this is a legitimate choice, not a strawman. What the protocol gives you is the protocol: you still build the server, the config store, the UI, the authentication and the rollout logic on top.
How much work is that, realistically?
Weeks to months of platform engineering before the first useful outcome, against minutes to install a server and enrol a collector. The larger cost is afterwards: upgrades, CVEs and every edge case become yours permanently, and they arrive whether or not the team has time for them.
When is building it yourself the right call?
When you want to own and control every layer, when your requirements are unusual enough that a finished product would be fought rather than used, or when you have platform engineers whose job this genuinely is. Plenty of teams are in that position and should build.
If I adopt LinkMesh now, can I still build later?
Yes, and the standards are what make that true. Your collectors stay vanilla and their configuration stays standard OpenTelemetry, so replacing the control plane later means pointing them at a different OpAMP server rather than rewriting your pipelines.
Try LinkMesh in your own environment
The first 25 Collectors are free after a no-card registration in the OpenSight Customer Portal (5 without one), with every pipeline and fleet capability — enough to evaluate enrollment, pipeline configuration, PII masking, and multi-destination routing before you decide.