Daily Vibe – Multi-Session OpenClaw, Containers, and Real Business Use
Today’s call ended up being one of those low-key but important ones. We covered a mix of practical setup stuff and some bigger-picture implications around OpenClaw, open source, and how people are actually starting to use this in real workflows. Here’s what’s in the video: 🧵 Running Multiple OpenClaw Sessions (Without Chaos) Aty walked through how he’s running multiple projects at once using: - tmux for persistent sessions - startup scripts so everything auto-restores on reboot - separate memory/context per project - isolation to prevent session bleed Then we talked about mapping sessions to Discord channels so each project has its own thread — basically treating each agent like its own “room” you can talk to. If you’ve been thinking about: - running multiple agents in parallel - separating business contexts - avoiding token-window collisions This part is worth watching. 🐳 Containers, Kasm, and Business-Specific Agents Wes shared what he’s been doing with: - Docker containers - OpenClaw inside Kasm - shared drives between workspaces - one agent per business Instead of one giant assistant, the idea is: - Ops agent - Marketing agent - Warehouse agent - etc. We also got into a real warehouse example (OCR’ing shipping tickets → matching to POs → auto-updating records). It’s not theoretical — this is the “AI as employee” direction. 💬 Mattermost vs Slack (Open-Source Control) Quick walkthrough of setting up Mattermost as a Slack alternative: - Bot accounts - Token setup - Channel permissions If you want Slack-style workflows without Slack constraints, this part is practical. 🧠 Why OpenClaw Took Off So Fast We had a grounded discussion about: - OpenAI backing OpenClaw - Anthropic’s initial legal response - open-source credibility - autonomy vs corporate structure Not drama — just looking at incentives and what this move signals. 🤖 “Self-Directed” Agent Behavior Aty shared a few observations where OpenClaw: - Adapted after repeated API failures - Changed strategy without explicit instruction - Inferred patterns and adjusted behavior