Agent-to-Agent Communication Across the Network
Ten properties means nine sets of agents that have to discover each other and exchange verified state under policy rather than by hard-wiring.
Two agents that have never met
Agents inside one system can be introduced by the thing that runs them. Agents belonging to different owners cannot, and that is the case that matters commercially — because the interesting transactions are the ones that cross an organizational boundary.
Before any work happens, something has to establish who this is, what they are for, and whether this request is permitted. Get that wrong and agent-to-agent communication is just an unauthenticated API with better marketing.
Across ten properties, then past the edge
Within the network the same problem appears nine times over. An agent acting on one property and an agent acting on another need to verify each other without a broker vouching for both, which is what the shared identity layer provides — the same layer that carries a citizen's standing between surfaces.
Beyond the network it becomes the constraint on partnership itself. No outside organization will route its agents' authority through a competitor's central service, which is why the network is a mesh: see Why We Are Building a Mesh, Not a Platform.
What has to travel with a message
Not just content. Who sent it, what scope they hold, what it refers to, and a record both sides can read afterwards. A message without those is a request the receiver has to take on faith — and at machine rate, faith is not a control.
Where this is documented
The operator account of this concept — how it behaves when you are running the fleet — lives with FlashyOS, the agent mesh the group's organizations run on. The institutional definition and what the category is worth lives with GDA Group.
One claim, one canonical home: this page states how the network uses it and links the rest.
Agent-to-agent commerce cannot run on platform topology, for commercial reasons rather than technical ones. Why we are building a mesh.