The Shift from User to Agent
Artificial intelligence currently faces a classification error. Policymakers treat AI as a new category of software or an add-on tool, similar to cloud computing or social media. This view misses the primary change occurring in digital spaces. As autonomous AI agents enter the ecosystem, they alter the core assumption of the internet. The internet was built for human action. Agents now act on behalf of those humans, often in ways that blur the line between user and tool.
Traditional internet traffic consists of humans clicking links, sending messages, or making purchases. That model is disappearing. Future traffic will consist of software acting as an intermediary for humans. This change requires a new architectural layer for the internet. If the internet does not adapt to manage this delegation of authority, the risks of misalignment and loss of accountability will grow beyond the capacity of current legal frameworks to contain them.
The Principal-Agent Problem at Scale
Social scientists use the term principal-agent to describe relationships where one person acts on behalf of another. Elected officials and insurance brokers are classic examples. These relationships are defined by information gaps and potential conflicts. Agentic AI fits this model, but it operates at a massive, automated scale. When millions of software agents interact with one another to execute tasks, they do not just replace human clicks. They substitute human decision-making with machine execution.
The policy debate remains split between two distinct camps. Internet governance experts focus on standards, infrastructure, and cybersecurity. AI governance experts focus on model training and safety outputs. Neither group is looking at the connection between the two. The risk is not that machines develop independent intentions, as some fear. The risk is that humans grant capable systems permissions to navigate complex environments in ways that remain opaque to the human principal.
Establishing an Authority Layer
Some technical standards are already under development to manage this shift. The Model Context Protocol works to help agents access external data through authorization frameworks like OAuth. Simultaneously, Google's Agent2Agent protocol, now under the Linux Foundation, allows agents from different vendors to coordinate. The IETF is looking into proposals for agent identity and verifiable delegation. These are not just isolated technical tweaks. They represent the construction of an authority layer for the internet.
This authority layer will dictate how machines communicate and how responsibility moves between humans and software. The primary goal for these efforts should be the formalization of verifiable human delegation. Without this, the agentic internet will function as a mess of incompatible protocols with no shared model of accountability. Technical standards represent only half of the challenge. The harder task is defining where human authority sits when actions pass through long chains of agents, platforms, and third-party tools.
Preserving Human Choice in an Automated Future
If the chain of command becomes too opaque, accountability will vanish even if the software can technically track every action. True architectural design must focus on making delegation visible. Permissions must be meaningful. Most importantly, authority must be revocable at any time. Users must avoid locking themselves into single-platform agents, as this creates a gatekeeper problem that removes the competitive nature of the open internet.
Technological agency requires that systems keep the human in the loop as a responsible actor. The internet became a global public resource because it allowed diverse technologies to interoperate while keeping space for human choice. While the future of the web will be increasingly agentic, it should remain human-directed and human-accountable. We must build the infrastructure now to ensure that when an agent acts, there is a clear, unbroken line of responsibility leading back to the human or organization that authorized the move.