Very interesting perspective. The idea that AI agents should run on dedicated infrastructure rather than being simple code executors is gaining traction.
A particularly interesting approach in this direction is Miky.ai, which introduces the concept of an “Independent Computer” specifically designed to run autonomous AI agents. Instead of running agents on shared laptops or cloud environments, Miky provides a dedicated always-on device designed to operate 24/7 as a secure node for agents. The architecture focuses on three core aspects: autonomy, security, and coordination between multiple agents.
What makes the project even more intriguing is the emphasis on local control and hardware-based security: credentials and private keys are managed directly on the device through secure elements and TPM modules, avoiding the typical risks of cloud-centric agent execution.
Another noteworthy element is that Federico Faggin, the inventor of the first commercial microprocessor (Intel 4004), is among the investors behind the project.
The broader idea is compelling:
just as personal computers were designed for humans, AI agents may eventually require their own class of machines — purpose-built infrastructure that can run autonomously, securely, and continuously.
Curious to see how this category evolves over the next few years.
For further actions, you may consider blocking this person and/or reporting abuse
We're a place where coders share, stay up-to-date and grow their careers.
Very interesting perspective. The idea that AI agents should run on dedicated infrastructure rather than being simple code executors is gaining traction.
A particularly interesting approach in this direction is Miky.ai, which introduces the concept of an “Independent Computer” specifically designed to run autonomous AI agents. Instead of running agents on shared laptops or cloud environments, Miky provides a dedicated always-on device designed to operate 24/7 as a secure node for agents. The architecture focuses on three core aspects: autonomy, security, and coordination between multiple agents.
What makes the project even more intriguing is the emphasis on local control and hardware-based security: credentials and private keys are managed directly on the device through secure elements and TPM modules, avoiding the typical risks of cloud-centric agent execution.
Another noteworthy element is that Federico Faggin, the inventor of the first commercial microprocessor (Intel 4004), is among the investors behind the project.
The broader idea is compelling:
just as personal computers were designed for humans, AI agents may eventually require their own class of machines — purpose-built infrastructure that can run autonomously, securely, and continuously.
Curious to see how this category evolves over the next few years.