Question 1

What is the Service Horizon Matrix?

Accepted Answer

It is a Venture Insights framework that classifies network evolution by the capability gap each phase fills, rather than by download speed. It identifies three overlapping horizons: the Optimisation Era (0-2 years, capacity for video and uploads), the Immersion Era (2-5 years, symmetric demand led by agentic AI) and the Tactile Era (5-10+ years, deterministic connectivity for physical AI).

Question 2

How does agentic AI change broadband demand?

Accepted Answer

AI agents work continuously, 24/7, and exchange state in both directions. That makes demand symmetric or even upload-heavy, with tighter latency requirements and constant load. Multi-agent systems can generate an "idle" heartbeat of around 100 Mbps symmetric, which asymmetric consumer plans are not designed to carry.

Question 3

Why would AI platforms want a direct relationship with NBN?

Accepted Answer

Physical AI devices such as home assistance robots need assured performance end to end: bounded latency, low jitter and enterprise-grade reliability, extending through the in-home wireless link to the device. Global platform providers will want to specify that performance directly with the network owner, deliver it on a network slice, and bundle it into their device subscriptions, rather than relying on uniform best-effort products resold by RSPs.

Question 4

Can AI platforms already buy direct access to NBN?

Accepted Answer

In principle, yes. NBN supplies carriers and carriage service providers, and becoming a CSP requires no licence. But CSP status brings telco obligations such as interception capability, data retention, emergency call obligations and ombudsman membership, which global platforms prefer to avoid. The more likely pressure is for direct access on bespoke terms that sidestep those obligations, or for CSP registration used to bypass local RSPs entirely.

Question 5

What is the difference between the direct access and aggregation models?

Accepted Answer

In the direct access model, a global AI or robotics platform contracts directly with NBN and bundles sliced connectivity with its device, bypassing local RSPs. In the aggregation model, specialist RSPs aggregate demand from many AI and robotics providers, buy sliced wholesale inputs and resell performance-assured connectivity. Aggregation keeps a competitive local retail layer and opens access for smaller AI firms, but requires standardised, sliceable wholesale products.

Question 6

What should governments in Australia and New Zealand do?

Accepted Answer

Venture Insights believes governments should resist pressure to open direct wholesale access on global platforms' terms, and should instead support an aggregation model involving RSPs. It should define new wholesale service classes, protect best-effort consumer services from degradation, and develop a Trans-Tasman Digital Infrastructure Strategy that emphasises Australian and New Zealand investors, companies and jobs.

What Agentic and Physical AI Will Mean for Wholesale Networks and Regulation

Abstract

Key Takeaways

What's Inside

The Service Horizon Matrix: Three Layers of Demand

The "Big Three" Usage Drivers

From Quantity to Quality: The Linear Growth Fallacy

Why Agentic AI Agents Will Drive New Demand

Why Physical AI in the Home Is Inevitable

Opportunities for New Wholesale Arrangements

New Market Structures: Direct Access or Aggregation

Regulatory Implications

The Case for Resistance

Frequently Asked Questions