Platform ecosystem map
Show the core object first, map what extends it, then explain how each addition makes the core more valuable.
Section sequence
6sections, in the order the visitor meets them. Bar height is the section's weight in the page.
- DemonstrateCore object
- NavigateExtension map
- ProveParticipant rail
- NavigateBuilder route
- ProveCompounding proof
- ConvertStart with the core
How the page argues
- 1
Establish the core object the whole ecosystem attaches to.
- 2
Map the extension surfaces: apps, plugins, partners, APIs.
- 3
Show the participants by name, with counts that are current.
- 4
Give builders their own route, since they are a second audience.
- 5
Prove the compounding: one concrete case where an extension made the core more useful.
- 6
Convert into the core object, not into the ecosystem.
What each section has to be
- DemonstrateCore object
- The thing everything else attaches to — repository, store, canvas, workspace — shown concretely.
- NavigateExtension map
- The surfaces where third parties plug in, with what each surface can actually do.
- ProveParticipant rail
- Named apps and partners with a current count, so the ecosystem is evidenced not asserted.
- NavigateBuilder route
- Documentation, revenue share and review process for the second audience: people who will build here.
- ProveCompounding proof
- One case where an extension measurably increased the value of the core.
- ConvertStart with the core
- Entry into the core object, with extensions positioned as later additions rather than prerequisites.
Is this the right sequence?
Who it is for
Buyers assessing lock-in and longevity, plus builders deciding whether to invest in the platform.
Products it suits
Platforms with real third-party participation, where the ecosystem is a fact rather than a plan.
Not for
Products with a small or immature ecosystem, where the map exposes how empty it is.
Evidence strategy
Which proof modes carry the page, in the order they land.
- Primary: the core object, which must be valuable before any extension matters.
- Secondary: named participants with current counts, which prove the ecosystem exists.
- Tertiary: one compounding case, which shows the ecosystem produces value rather than noise.
CTA plan
What the page asks for, what it offers instead, and where.
- Primary
- Start with the core object
- Secondary
- Browse the app directory, or read the builder documentation
- Placement
- Core action first and last; the builder route lives with the extension map, aimed at its own audience.
Responsive behavior
What the sequence has to do when the viewport stops cooperating.
- The extension map becomes grouped lists with relationships stated in text rather than implied by position.
- The participant rail wraps rather than scrolling horizontally with entries hidden.
- The builder route becomes its own block on mobile instead of a sidebar.
Anti-patterns
The failure modes that make this sequence stop working.
- Leading with the ecosystem before the core object is understood.
- Partner logos with no directory behind them.
- A stale count that contradicts the live directory.
- Treating builders and buyers as one audience with one CTA.
Build spec
ProWhat an agent needs in order to build Platform ecosystem map: what each section must contain, the copy rule that keeps it honest, the slots to resolve from your product, and the order to build in.
Agent tags
The vocabulary an agent matches this recipe on.
- core-object
- extension-map
- participant-rail
- builder-route
- ecosystem-compounding