RAIN / Software

Follow the signal.Understand the system.

An architecture guide to RAIN’s local telemetry, inference, evaluation and audit-history components, with current implementation boundaries.

Architecture documentation · simulation stage

INTELLIGENCE BELONGS WHERE THE DATA LIVES.

01 / THE IDEA

One local loop, distinct responsibilities.

The current project describes telemetry capture, local storage, inference, retraining, promotion, rollback and audit components running against a battery-storage simulator. This is a guide to those responsibilities. It is not a released API reference or a production deployment manual.

01

Input and storage

Read-only telemetry enters the local environment and is stored on-site. A pilot needs a defined signal schema, quality checks, sampling expectations and retention policy.

02

Inference and learning

The incumbent runs inference while retraining produces candidate models. Held-out evaluation gates promotion so retraining does not automatically replace the active model.

03

History and review

A signed, linked history records inferences and model changes, including rejected candidates. The local view presents advisories and model context for an operator.

02 / IN PRACTICE

Put the thinking into practice.

Define the scope, preserve the boundary, and make the outcome something a person can inspect.

  1. 01

    Trace the input boundary

    Identify where source measurements enter, what can be read and where raw data is retained. Equipment commands are outside this architecture.

  2. 02

    Trace the model lifecycle

    Follow the incumbent, training data, candidate evaluation, promotion decision and rollback path. Treat each transition as something to verify.

  3. 03

    Trace the evidence boundary

    Determine what an advisory can show and what its recorded history can support. Production uplink transport and hardware-backed signing remain unfinished work.

03 / A FEW DETAILS

Worth understanding.

Does the runtime require a cloud connection?

The local inference and learning loop is designed to operate without runtime network egress. The simulator uplink is a local no-op, and production transport is not yet implemented.

Where is the production deployment guide?

A production deployment manual is not published. Hardware configuration, equipment interfaces and operating procedures still need to be scoped and verified through a first field pilot.

BUILD WITH RAIN

One site. One question.
A useful next step.

RAIN is preparing for its first field pilot. Start by defining the environment, the data boundary, and what success should look like.

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