AI agents using Coinbase's Base network have completed more than 100 million transactions [1].
This milestone suggests that AI-driven payment rails are transitioning from experimental proof-of-concept stages toward a broader system of on-chain commerce. The shift indicates a growing capacity for autonomous software to handle financial exchanges without direct human intervention for every step.
Base operates as a Layer-2 scaling solution on the Ethereum blockchain. By utilizing this infrastructure, AI agents can execute high volumes of transactions with lower costs and faster speeds than those found on the main Ethereum layer [3].
According to reports, the total value transferred through this agentic commerce has surpassed $43 million [2]. This activity reflects a surge in autonomous agents managing wallets and executing payments to facilitate digital services or trade.
The growth of these agentic wallets is fundamentally altering how digital finance operates. As AI agents become more integrated into the Base ecosystem, they create a layer of economic activity that operates independently of traditional user interfaces.
Industry observers said that the scale of this activity marks a departure from small-scale tests. The network is now supporting a level of volume that suggests AI agents are becoming viable participants in the digital economy [1].
While the activity is concentrated on the Base network, the implications extend to the wider blockchain landscape. The ability for AI to autonomously move value suggests a future where software agents manage supply chains, subscriptions, and micro-payments in real time [3].
“Agentic payment activity surpassed 100 million transactions”
The scale of transaction volume on Base demonstrates that the technical barriers to autonomous AI commerce are falling. By leveraging Layer-2 scaling, AI agents can now operate at a frequency and cost-efficiency that makes micro-transactions viable, potentially creating a new 'machine-to-machine' economy that exists alongside human-led commerce.
