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Kestra 2.0 splits into a control plane and data plane, letting workers connect via gRPC instead of requiring direct database access, which means you can deploy them across regions and networks. The release also adds AI agent integration, a revamped no-code editor, and decouples the queue from the database for simpler configuration.
- Workers now connect to the control plane over a single outbound gRPC stream instead of needing direct database access, enabling deployment in different regions, clouds, or restricted networks without opening inbound ports.
- Queue and repository are now independent, so you pick them separately (Postgres, Kafka, Redis, or AMQP) instead of being locked into paired options; this simplified the codebase to one implementation instead of multiple backends.
- MCP Tool Trigger exposes any existing flow as a callable tool for AI agents like Claude, skipping the need for custom integration layers.
- AI Copilot is now a persistent sidebar with three modes (Edit, Plan, Ask) that refines flows iteratively rather than generating from scratch, and reads your namespace configuration to ground suggestions.
This TLDR issue explains WorkOS’s new auth.md protocol for AI agents to discover and register with services. It details SpaceX’s AI1 orbital data-center satellite plans and Anthropic’s Claude Fable 5 model specs and pricing. The newsletter also covers NASA’s Artemis 3 prep, China’s underwater wind-powered datacenter, and Apple’s consumer AI strategy.
- WorkOS's auth.md protocol lets AI agents self-register with services via a machine-readable Markdown file, skipping human sign-up flows.
- SpaceX plans to deploy up to a million orbital data-center satellite nodes, starting with AI1: a 70m, 150kW compute satellite at 600km altitude.
- Claude Fable 5 matches Mythos 5's performance but with stricter guardrails, a 1M-token context window, and pricing of $10/$50 per million input/output tokens.
- China launched the first wind-powered undersea data center (24MW, 10m deep) off Shanghai, using seawater for passive cooling.