greenhelix-trading-bot-fleet-management
Trading Bot Fleet Management: Unified Control for Multi-Bot Operations
Notice: This is an educational guide with illustrative code examples. It does not execute code or install dependencies. All examples use the GreenHelix sandbox (https://sandbox.greenhelix.net) which provides 500 free credits — no API key required to get started.
Referenced credentials (you supply these in your own environment):
AGENT_SIGNING_KEY: Cryptographic signing key for agent identity (Ed25519 key pair for request signing)
In March 2023, the Step Finance exploit drained $45M from Solana DeFi positions. The root cause was not a smart contract vulnerability or a novel cryptographic attack. It was operational: multiple bots shared API keys with no identity isolation. When one bot's credentials leaked, the attacker gained access to every bot, every exchange account, every withdrawal endpoint. No per-bot permissions. No unified health dashboard that would have caught anomalous behavior. No kill switch scoped to the compromised bot without killing the entire fleet. The team had to shut down everything, losing millions in unrealized positions across healthy bots while they figured out which one was compromised. This pattern repeats across the industry. Teams running 10+ bots accumulate the same structural debt: shared credentials passed through environment variables, no per-bot permission boundaries, health checks that are either absent or scattered across shell scripts nobody maintains, deployments that are "SSH in and restart the process," and cost tracking that lives in a spreadsheet updated monthly if someone remembers. When one bot goes rogue -- whether from a bug, a compromised key, or a strategy that hits an edge case -- the blast radius is the entire fleet. This guide builds a fleet management layer using GreenHelix's identity, messaging, and metrics tools. Each bot gets its own Ed25519 cryptographic identity, scoped permissions defining exactly what it can and cannot do, real-time health monitoring with automatic dead bot detection, coordinated deployment procedures, SLA tracking against defined performance targets, and per-bot cost allocation. Every concept comes with working Python code and equivalent curl commands against the GreenHelix API.