Single control plane (MCP)
One system mediates access to tools and services through a unified control surface.
MCP centralizes access. Decision infrastructure governs why and under what authority actions occur.
Decision Infrastructure
Architectures change. Decisions still fail the same way.
SignalSmith focuses on the governance of why a system acts, whether it should act, and who is accountable when consequences land.
Decision infrastructure keeps intent, execution, and accountability connected across architectures.
SignalFlow™ is the operating layer that brings those decisions into real workflows, teams, and delivery systems.
Decision layers
Three decision layers hold across architectures.
Decision infrastructure defines how systems should act. SignalFlow™ makes that executable in practice.
Architectures change. The decision model does not.
The surrounding architecture may change. The decision layers do not.
Different architectures, same decision model.
SignalFlow™
Different architectures on top. Same decision layers underneath. Operational execution around them.
These layers are continuously tested under real execution conditions through operator systems like SigSaw™ that enforce proof, constraint, and accountability.
Architectures control how work flows. Decision infrastructure governs why actions are allowed and who remains accountable.
MCP centralizes tool access through a unified control plane. A2A distributes agency across many actors. Decision infrastructure makes both accountable to the same intent, execution, and accountability layers.
One system mediates access to tools and services through a unified control surface.
MCP centralizes access. Decision infrastructure governs why and under what authority actions occur.
Many agents coordinate, hand off work, and produce outcomes across a distributed system.
A2A distributes agency. Decision infrastructure governs authority, coordination, and accountability.
The choreography changes. The decision model does not.
Our research POV pressure-tests the same decision layers across architectures, proving how intent, execution, and accountability hold up under real-world demand.