Skip to content
View konacurrents's full-sized avatar
4 followers · 19 following

Achievements

Achievement: Pull Sharkx2Achievement: QuickdrawAchievement: YOLO
BetaSend feedback

Achievements

Achievement: Pull Sharkx2Achievement: QuickdrawAchievement: YOLO
BetaSend feedback
Block or Report

Block or report konacurrents

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Please don't include any personal information such as legal names or email addresses. Maximum 100 characters, markdown supported. This note will be visible to only you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse
konacurrents/README.md

Kona Currents, LLC

KonaCurrents

Kona Currents, LLC offers downloadable software and apps for creation, collection, processing, and management of optical visual markers. We call these a Semantic Marker® This incluces An innovative text and optical search engine, along with an API for processing optical labels, barcodes and two-dimensional codes. These optical image and data files are downloadable for internal and external use. Apps also interact through published API's with our Cloud Computing services (various public download links below.)

Both public and private aspects of this GitHub include downloadable software for running the Internet of Things (IoT) devices, including the new ESP-32 family of embedded processors. The areas of processing include app software for ESP-32 and mobile devices (i.e. iPhone, watch, TV, etc). This also includes code for the cloud service processes. These are a mix of web servers (i.e, Apache Tomcat, and Nodered), also powerful messaging capabilities (including MQTT, Websockets, HTTP, DDS, telegram, etc.)

For more detail see: Semantic Marker® Web Page

SemanticMarker® Optical Visual Marker Processing

Kona Currents, LLC introduces a new approach for interacting with our technologically rich environment - such as Smart Devices and Internet of Things (IoT). Special optical visual markers, we call a Semantic Marker® such as two-dimensional code images and barcodes, come alive through interactive fee dback with the environment; continual scanning will send secure internet messages to IoT devices (like to the IoT dog feeder in video) and even show unique interactive Augmented Reality graphic overlays based on contextually and semantically relevent information (can you say Minority Report!).

Optical Visual Marker

We humans (mostly) use our Visual skills to make sense of our environment. But we also use Optical tools to enhance (or even make sense) of the same visual environemnt. For example, an optical telescope brings things closer for better understanding (like Planets or climbers on a wall._ Vision recognition of faces or text is also useful. The advantage of a visual two-dimensional code is that special optics can now translate the image into perfect information. So our vision is extended with optics resulting in an Optical Visual Marker - or our Trademarked name: Semantic Marker®

See SemanticMarker.org

Download Semantic Marker® REST & MQTT Message API

Download Semantic Marker® REST and MQTT Message API

Download Semantic Marker® Software for ESP-32 Devices

Dowload Semantic Marker® software for ESP-32 Devices

Download API and ESP Semantic Marker® architecture document

Various Semantic Marker® Aware Apps

Example Semantic Marker® iOS App image

This app provides a multitude of capabilities centered around the Semantic Marker® capabilities. This includes scanning a Semantic Marker® and sending a message to the named dog feeding device over bluetooth.

Example Semantic Marker ® appleWatch App image

Here the Semantic Marker® is sent to the watch through messages. Clicking expands to show the Avatar image while hiding the machine readable portion of the Semantic Marker®. Here our unique SMART Button framework is creating the Avatar image from information gathered in the secure messaging network.

Example of the Apple TestFlight for testing (Public release in work)

Apple TestFlight iOS Doenload with approval

ESP-32 App supporting the Semantic Marker® capabilities

The following shows the (small) ESP-32 M5 Device using software developed by Kona Currents, LLC, to support the Semantic Marker® optical visual marker infrastructure. This is actually a continually changing Semantic Marker® image reflecting the changing sensor values. The Augmented Reality overlay from the iOS App would show those changing values, otherwise a static web page would just show a snapshot. The Semantic Marker® optical visual marker is unique in the amount of information that can be encoded in an image, contrasted with trying to display similar information in this small display (think of the movie Matrix and the moving green images.)

The download for ESP-32 devices includes the software for what is shown in the image.

To request an account for testing or deployment, follow the links on the SemanticMarker.org site

Request Account

Pinned

  1. SemanticMarkerAPI SemanticMarkerAPI Public

    Kona Currents, LLC offers downloading of the API for the Semantic Marker®️ System. The descriptions below and code samples allow for our trademarked Semantic Marker®️ creation and interaction espec…

    HTML 1

  2. SemanticMarkerESP-32 SemanticMarkerESP-32 Public

    Kona Currents, LLC offers downloading of software for embedded ESP-32 capabilities that support creation and interaction with the Semantic Marker™ System. These use the Semantic Marker™ API and the…

    C++ 1