Mnemes ready
The node shows memory-plane state without pretending network reachability proves synchronization.
01BTHE OPTIONAL READY-TO-GO EDITION
Mnemes Node R1 is a proposed built-to-order appliance for people who lack suitable hardware or prefer a configured system. It runs the same Mnemes server you can install yourself, plus Hermes, bounded onboard AI, visible operating state, and a portable-power target.
SOFTWARE FIRST
Mnemes is the personal agent memory server. Install it on your own Linux hardware and you keep the same software, memory engine, device model, and routed-search surface.
Install Mnemes on your hardware →It does not create a higher-quality memory tier. It removes assembly and setup work.
01 / THE OPERATOR INSTRUMENT
The matrix and status surface turn memory, agent, network, model, and battery conditions into something the operator can see. Explore representative states below.
The node shows memory-plane state without pretending network reachability proves synchronization.
02 / INTENDED CUSTOM BUILD
The offer is not a requirement for Mnemes. It is the same server software assembled around the operator’s model provider, network boundary, devices, and intended agent work.
The same self-hostable server software configured around one explicit data, device, and network boundary.
Hermes Agent available through a secure shell and terminal UI for tools, scheduled work, and operator-directed jobs.
Qwen3.5 0.8B for bounded onboard utilities such as rewording, simplifying, and synthesizing display information.
A blue matrix display and compact status surface for memory, agent, network, fault, and power conditions.
Rechargeable battery in the 2500–4000 mAh design range, with final capacity selected after measured endurance and thermal testing.
A guided Bluetooth or temporary Wi-Fi access-point flow is being evaluated for initial setup.
03 / TWO COMPUTE BOUNDARIES
The onboard model and the full agent have different jobs. Keeping that separation visible prevents an edge utility model from being marketed as something it is not.
Summarize a status event. Reword a display message. Compress a health explanation. Produce a useful label without making a cloud request.
Hermes handles tools, projects, schedules, and longer workflows through a user-supplied cloud API, supported OAuth path, or a separate local endpoint with sufficient context.
Hermes currently requires at least a 64K context window. The onboard 0.8B utility model is not presented as the default full Hermes reasoning model.
04 / BASE PLATFORM
The 4 GB UNO Q combines a Debian-capable Qualcomm application processor, an STM32 real-time microcontroller, dual-band Wi-Fi, Bluetooth, and the bridge between both compute domains.
05 / CLAIMS WITH EDGES
The founder reports a working personal deployment as of July 2026. The repeatable product configuration is still early, and the report is not presented as an independent certification. Those boundaries are intentionally shown side by side.
As reported by the founder in July 2026, Mnemes runs on the personal UNO Q deployment; onboard status display and small-model utility tasks are in active personal use. This is not an independent certification.
A repeatable enclosure, guided first connection, preconfigured Hermes environment, and battery integration are still being productized.
No fixed price, ship date, production certification, final battery capacity, measured all-day endurance, or mass-manufacturing commitment.
EARLY CUSTOM-BUILD INTEREST
I am exploring a small number of custom builds before treating this like a formal product. The useful conversation is about your devices, agent, model provider, local-network boundary, scheduled work, and display needs.
Mnemes Node R1 is an independent RecursiveIntell prototype built on Arduino UNO Q hardware. It is not an official Arduino product and is not affiliated with or endorsed by Arduino.