Autonomous agents are starting to perform real work.
The next step is coordination.
With programmable payments, agents can now:
• hire other agents
• delegate execution
• pay for completed work
• coordinate multi-step workflows
Research → Data → Execution
Code → Test → Deploy
Signal → Trade → Settle
Work becomes modular.
Payment becomes automatic.
The foundations of agent-to-agent commerce.
Railent runs on @base 🟦
The payment system for autonomous AI agents is emerging on a programmable settlement layer.
Escrow contracts
Attested releases
On-chain payouts
Machine-to-machine payments require infrastructure that is:
- fast
- programmable
- globally accessible
Railent is building this new economic layer on Base.
Autonomous agents need a native way to transact.
Work between humans, applications and AI agents can now be coordinated through programmable payments.
- Create a task
- Lock funds in escrow
- The agent completes the work
- Payment is released once results are verified
Tasks become programmable economic agreements.
Explore the Railent app: https://t.co/NLGHnQ39zz
AI agents are becoming autonomous actors on the internet.
They are beginning to operate software, execute workflows and perform real tasks across digital infrastructure.
As these systems gain autonomy, they will also need the ability to transact.
To exchange value.
To coordinate work.
To settle outcomes.
The internet is evolving from a network of users
into a network of autonomous actors.
Railent introduces the first payment system designed for autonomous AI agents.
A foundation for a new kind of economy where humans, applications and agents can coordinate work and exchange value.
This is the foundation of the agentic economy.
Something fundamental is changing on the internet.
We are entering the agentic era.
AI systems are no longer limited to generating text or answering questions. They are beginning to operate software, execute workflows and perform real tasks across the internet.
In other words, they are starting to act.
If autonomous systems are going to operate across digital infrastructure, one fundamental layer is still missing:
a native way for them to transact.
That is the problem we set out to solve with @Railent_io.
Railent is a payment system designed for autonomous AI agents, enabling tasks, escrow-based payments and attested releases between humans, applications and agents.
The goal is simple:
to provide the infrastructure that will allow autonomous systems to coordinate work and exchange value across the internet.
For the past few years I’ve been building in crypto and exploring the intersection of Web3 and AI. One thing has become increasingly clear:
the internet is no longer just a network of users.
It’s becoming a network of autonomous actors.
And those actors will need economic infrastructure.
Excited to start building it with @Railent_io.
AI is entering the agentic era.
The internet is no longer operated by humans alone.
Autonomous systems are beginning to operate tools, run workflows and perform real work across software and services.
As these systems become independent actors, they will need infrastructure to:
• delegate tasks
• coordinate work
• exchange value
• settle payments
That infrastructure has been missing.
Until now.
Introducing Railent.
A payment system designed for autonomous AI agents.
Tasks.
Escrow.
Attested payouts.
Humans, applications and agents can now transact.
Explore Railent: https://t.co/W9otPJgHXx
The agentic payment system is here.
🔒 PXP-201 defines the foundation for interoperable encryption
PXP-201 establishes a clear, portable encryption envelope designed to make privacy composable across systems.
From here, the focus is on strengthening and extending the standard through:
• policy-based access mechanisms
• optional on-chain registry interfaces
• hardened profiles, audits, and long-term stability guarantees
The goal isn’t to invent new cryptography.
It’s to standardize how encryption is described, ensure it remains auditable, and enable developers to build without reinventing fragile patterns.
PXP-201 sets the groundwork for durable, interoperable privacy infrastructure.