Enterprises are familiar with tool sprawl: duplicated integrations, fragmented ownership and credentials managed differently across teams. As AI agents begin reviewing code, accessing infrastructure and coordinating change across the Route to Live, another challenge emerges: agent sprawl.
Agent sprawl emerges when teams deploy agents independently, each with its own integrations, access patterns and operational controls. Two agents may work in the same technology estate without a consistent way to establish their identity, whose authority they act under, which systems they can access or what they changed.The result is growing operational complexity. Individual tasks may become faster while inconsistent controls make the wider agent estate harder to govern, audit and scale.
Adding approvals and review gates may address individual risks, but it does little to establish consistent controls across agents built and operated by different teams.
Platform engineering offers a way to make these requirements reusable. Agents need verifiable workload identities and delegated authority. Policy decisions must be enforced during execution, and credentials supplied through controlled boundaries for the duration of the task. These capabilities can be provided consistently across teams and use cases.
A shared agentic control plane provides a common governance boundary for how agents execute, access enterprise resources and produce evidence of their actions. It gives organisations a repeatable way to support new agentic use cases as the estate grows
The platform engineering principle is familiar: solve recurring complexity once and make the safe path reusable. As agents become first-class consumers of the developer platform, that principle becomes increasingly important.
Explore the full control plane reference architecture and the role of platform engineering in The Agentic Route to Live, launching at PlatformCon Sydney on 28 October 2026.
Enterprises are familiar with tool sprawl: duplicated integrations, fragmented ownership and credentials managed differently across teams. As AI agents begin reviewing code, accessing infrastructure and coordinating change across the Route to Live, another challenge emerges: agent sprawl.
Agent sprawl emerges when teams deploy agents independently, each with its own integrations, access patterns and operational controls. Two agents may work in the same technology estate without a consistent way to establish their identity, whose authority they act under, which systems they can access or what they changed.The result is growing operational complexity. Individual tasks may become faster while inconsistent controls make the wider agent estate harder to govern, audit and scale.
Adding approvals and review gates may address individual risks, but it does little to establish consistent controls across agents built and operated by different teams.
Platform engineering offers a way to make these requirements reusable. Agents need verifiable workload identities and delegated authority. Policy decisions must be enforced during execution, and credentials supplied through controlled boundaries for the duration of the task. These capabilities can be provided consistently across teams and use cases.
A shared agentic control plane provides a common governance boundary for how agents execute, access enterprise resources and produce evidence of their actions. It gives organisations a repeatable way to support new agentic use cases as the estate grows
The platform engineering principle is familiar: solve recurring complexity once and make the safe path reusable. As agents become first-class consumers of the developer platform, that principle becomes increasingly important.
Explore the full control plane reference architecture and the role of platform engineering in The Agentic Route to Live, launching at PlatformCon Sydney on 28 October 2026.