The Open Network is getting significantly more automated. On May 8, 2026, TON Core officially shipped Acton, an AI-powered development toolkit designed to lower the barrier to entry for complex blockchain logic. By turning standard smart contracts into what the team calls autonomous robots, Acton aims to make building on TON as simple as deploying a pre-made template, potentially ushering in a wave of high-frequency, agentic activity within the Telegram-integrated ecosystem.
From Static Code to Autonomous Robots
Acton’s core value proposition lies in its ability to convert static smart contracts into agents capable of executing sequences of on-chain actions independently. Unlike traditional contracts that require a user to trigger every step, these Acton-powered “robots” can monitor network states and perform multi-step tasks without manual intervention.
The toolkit comes equipped with a suite of tested modules that handle common patterns out of the box. To facilitate safe experimentation, TON Core introduced $JET, a native test token that functions similarly to the $TST token on the BNB Chain. Developers can use $JET to test minting, transfers, and metadata management in a sandbox environment before moving to the mainnet. Early adopters have already begun flooding social media with contract addresses, showcasing the speed at which these AI-generated “robots” can be deployed.
Scaling the TON Operating System
The launch of Acton is the latest in a series of aggressive infrastructure upgrades for TON. In July 2025, the ecosystem introduced Tolk 1.0, a programming language optimized for the TON Virtual Machine that slashed gas fees by nearly 40%. These efficiencies contributed to a record-breaking Q1 2026, where the network processed over 1 million daily transactions and saw its Total Value Locked (TVL) cross the $1 billion milestone.
TON’s growth is inextricably linked to its deep integration with Telegram, which has increasingly served as the front-end for the agentic economy. With the addition of Acton, the network is moving toward a full-stack vision of finance where agentic wallets and autonomous contracts interact seamlessly, allowing users to delegate complex trading or governance tasks to AI-managed bots.
Developer’s Double-Edged Sword
While Acton promises to democratize development, it also introduces significant risks. The history of decentralized finance is littered with exploits, and adding an AI abstraction layer over smart contract code can create hallucinated vulnerabilities that are difficult to audit. Investors are cautioned that the rapid deployment of poorly vetted code often precedes bridge exploits and “rug pulls.”
As the network reaches for its next billion in TVL, the success of Acton will likely be measured by two signals: the quality of the new “Jetton” deployments and the willingness of established projects to integrate these autonomous robots into their production workflows. For now, TON is betting that the ease of AI-powered development will outweigh the risks of a fragmented, bot-heavy liquidity landscape.
