RuView GitHub Guide: Repository, Demo, Setup, and What to Check First

Where to Find the Official RuView GitHub Repository

The public repository is github.com/ruvnet/RuView. Treat that URL as the canonical source for code, documentation, issue reports, release notes, and installation changes. If you arrive through a mirror, blog snippet, social post, or cached README, return to the repository before copying commands.

The hosted demo at ruvnet.github.io/RuView/ is useful for exploring the interface, but it should not be treated as a complete replacement for the source repository. A demo can show the user flow; GitHub shows the implementation, dependencies, recent commits, and open limitations.

• Open the README first, then inspect issues and releases for current status.
• Use the repository URL when citing RuView in docs or experiments.
• Keep the ruview.blog demo page for quick browser checks and non-developer sharing.

What to Check First in ruvnet/RuView

A good first pass takes less than ten minutes. Read the README for the intended workflow, then inspect the project tree for frontend, firmware, model, Docker, and documentation folders. After that, check recent commits and issues to see whether setup instructions are stable or still changing.

Do not start with model accuracy claims. For WiFi sensing projects, the practical constraints matter first: whether your hardware exposes CSI, whether packet capture is repeatable, whether calibration is documented, and whether the environment used by the demo resembles your test room.

Hosted Demo vs Local Setup

Use the hosted RuView demo when you want to inspect the interface quickly, explain the concept to someone else, or confirm that the browser experience loads. Use a local setup when you want to change code, inspect logs, connect hardware, compare model outputs, or debug why a WiFi sensing scenario is not repeatable.

The safest workflow is staged: open the ruview.blog demo, open the GitHub repository, review the README, run the simplest local path, then connect real CSI hardware only after you can reproduce the software path. This avoids confusing browser UI problems with sensor or model problems.

• Demo first for orientation and screenshots.
• Repository second for the exact commands and current limitations.
• Local setup third for code changes, logs, and hardware tests.

Hardware and WiFi CSI Reality Check

RuView-style sensing depends on signal detail. Many ordinary WiFi devices expose RSSI or connection stats but not the richer Channel State Information needed for serious sensing. ESP32 CSI experiments are a common low-cost path, while more advanced research can require multiple nodes, synchronization, and labeled data.

Before interpreting results, record the room baseline, note the WiFi channel, keep packet timing stable, and document sensor placement. Presence detection in a fixed room is a much easier target than pose, breathing, fall risk, or multi-person tracking.

Practical Setup Checklist Before You Clone

Before cloning the repository, decide what kind of test you are running. A browser review only needs the hosted demo and the GitHub README. A local software review needs Python, Node, Docker, or whichever runtime the current README specifies. A sensing review needs compatible WiFi hardware, a repeatable room layout, and a way to label each trial. Separating these goals prevents a common failure mode: users debug hardware before they have confirmed the software can run, or they judge the project from the demo without checking the source.

Create a small notes file for each experiment. Record the repository commit or release, operating system, browser, Docker image or package versions, sensor board, firmware version, WiFi channel, transmitter and receiver positions, room size, and the exact scenario being tested. Those details may feel slow at the start, but they are what make RuView-style experiments comparable later. Without them, a successful presence result in one room cannot be explained or repeated in another room.

• Confirm the current README before copying commands from another article.
• Choose one goal for the session: demo review, local software run, or real CSI capture.
• Record commit, runtime versions, hardware, WiFi channel, placement, and room baseline.

How to Validate a RuView Result Responsibly

Validation should be visible and conservative. For presence detection, test empty room, one person entering, one person sitting still, door movement without a person, and repeated entry from different directions. For motion or pose-like outputs, record whether the system is responding to the intended body movement or simply to a stronger multipath change near the antenna. For breathing or vital-sign experiments, treat any number as a research signal until it has been compared with an independent reference under controlled conditions.

A useful RuView GitHub workflow also includes negative examples. Capture periods where nothing important happens, where the router sends irregular traffic, where furniture changes, where multiple people cross the room, and where the sensor is moved slightly. These cases reveal whether the pipeline is robust or only tuned to a clean demo. Put those limits in your own notes, because honest limits are more valuable than a single polished screenshot.

• Test empty-room and false-positive scenarios, not only successful demos.
• Compare health or breathing signals with independent references before drawing conclusions.
• Keep limitations beside screenshots, reports, and demos so later readers do not overinterpret results.

Common RuView GitHub Search Mistakes

The most common mistake is treating any video, demo, or article as newer than the repository. Another mistake is assuming that a working hosted demo proves a specific hardware setup will work in your room. A third mistake is using RuView as if it were a certified medical, fall-detection, or security product.

For SEO and user safety, keep the intent boundary clear. The homepage targets the RuView demo and brand query. The ESP32 CSI guide explains signal capture. This GitHub guide explains how to use the public repository as a reliable engineering reference.

• Do not copy commands from stale snippets without checking GitHub.
• Do not call RSSI-only data CSI.
• Do not interpret breathing, health, or fall signals without independent validation.

Official Links and Technical References

RuView GitHub FAQ