"What the Graph Owes: Connectors That Drive Outputs"
"Some connectors carry consequence. SingleLatest handles freshness and ordering for state updates, QoS handles delivery and the world's reply is just another record in the graph."
Deep dives, field notes, and technical papers from the AimDB team
"Some connectors carry consequence. SingleLatest handles freshness and ordering for state updates, QoS handles delivery and the world's reply is just another record in the graph."
"An embodied agent doesn't primarily need to retrieve things it heard about once. It needs to know what is, right now, in the system it's about to touch. That's a different shape of data and it needs different infrastructure."
"Cross a connector and the same record lives on two sides. The buffer you chose defines what conflict is possible. Ownership is declared in the wiring and enforced at runtime."
"Connectors are the edges of the dataflow graph. Same builder, same buffers, opposite directions — link_to streams records out, link_from brings them in."
"Reactive source/transform/tap pipelines are the execution model that turns a data-first graph into a running system."
"Why inverting the relationship between code and data changes everything and how AimDB's Rust dataflow engine makes data-first architecture work from MCU to cloud."
"How we built a unified async runtime abstraction that compiles the same typed structs for Cortex-M4 microcontrollers and Linux servers — the design decisions and trade-offs"
"How AimDB's MCP server turns your running distributed system into something an AI assistant can query, understand and help you design — from live sensor values to architecture proposals."
"How AimDB's MigrationStep and MigrationChain give you type-safe, bidirectional schema evolution — validated at compile time, dispatched automatically at runtime."
"How AimDB's Streamable trait eliminates parallel type systems at WASM, WebSocket and CLI boundaries — and why a four-line change is all it takes to add a new contract."
"The same Rust dataflow engine that runs on STM32 and Kubernetes now compiles to WASM — with contract enforcement at the boundary, not in JavaScript."
"AimDB's pluggable persistence layer adds queryable history to your Rust dataflow engine — from edge devices to Kubernetes, without changing producers or consumers."
"AimDB gives you the same typed dataflow engine through two entry points — a fully async API for reactive systems and a blocking sync API for threads, FFI and scripts."
"The three core primitives of AimDB's Rust dataflow engine — how data enters, flows, and transforms from MCU to cloud with compile-time safety."
"How Rust portable data contracts enable seamless data flow from no_std microcontrollers to Kubernetes — same code, MCU to cloud."
"The no_std async dataflow engine for streaming sensor data across embedded MCU, edge gateway, and Kubernetes — same Rust code everywhere."