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TRON Energy & Bandwidth for AI Agents

Let your agent buy, delegate and manage TRON resources on its own — with hard limits it can't exceed.

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Agents can't babysit a TRX balance

An autonomous agent moving USDT on TRON hits the same wall a human does — run out of Energy and the transfer fails or silently burns TRX at several times the cost. Unlike a human, an agent can't just notice the failure and top up manually; the resource needs to just be there, and there need to be guardrails so a bug or a bad instruction can't drain a wallet.

An API and an MCP server built for that

rocketron exposes the same actions two ways: a REST API for custom code, and an MCP server — stdio or remote at mcp.rocketron.io/mcp — for agents that speak MCP directly, no custom tool-calling glue required.

Scoped API keys — read, purchase, or full — so a monitoring agent literally cannot spend
Daily spend limits per key, enforced server-side before every charge
Automations (auto-refill, smart) mean the agent sets a policy once instead of polling balance and re-ordering
Idempotency keys make retries safe when an agent's own logic double-calls

Point your MCP client at it

Remote transport, no install — authenticate with the same scoped API key you'd use for the REST API.

{
  "mcpServers": {
    "rocketron": {
      "url": "https://mcp.rocketron.io/mcp",
      "headers": {
        "X-Api-Key": "rok_4f9a1c8e2b7d..."
      }
    }
  }
}

Why agents specifically

Two transports
Remote HTTP (mcp.rocketron.io) or local stdio — the same tools either way.
Least privilege by default
A read-only key can monitor balance and pricing with zero spend risk.
Set-and-forget automations
auto-refill and smart mode keep an address topped up without another call.
~0.3s delegation
An agent's transaction doesn't stall waiting on Energy to land.

Frequently asked questions

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