eodas/eospy

Executive Order Corp - Arduino Tron - EOSPY Java - A Java version of the EOSPY - Executive Order Sensor Processor System Client IoT EOSpy :: EOSPY-Executive Order Sensor Processor System - Arduino Tron MQTT AI-IoT Client using EOSpy AI-IoT Drools-jBPM

Raspberry Pi IoT RPi (Pi IoT Tron) - INTERNET OF THINGS (IoT) :: Internet of Things Drools-jBPM Expert System using Pi IoT Tron AI-IoTBPMServer

Raspberry Pi IoT (Pi IoT Tron) - INTERNET OF THINGS (IoT)

Executive Order Corp - RPi Tron - MQTT Telemetry Transport Machine-to-Machine(M2M)/Internet of Things(IoT) Raspberry Pi IoT Tron :: EOSPY-Executive Order Sensor Processor System - Arduino Tron MQTT AI-IoT Client using EOSpy AI-IoT Drools-jBPM

Nvidia Tron AI-IoT :: Internet of Things Drools-jBPM NVidia Tron

Executive Order Corp - Nvidia Tron - MQTT Telemetry Transport Machine-to-Machine(M2M)/Internet of Things(IoT) Nvidia Tron AI-IoT :: EOSPY-Executive Order Sensor Processor System - Arduino Tron MQTT AI-IoT Client using EOSpy AI-IoT Drools-jBPM

EOSpy AI-IoT :: Internet of Things Drools-jBPM Arduino Tron

Executive Order Corp - Arduino Tron - Arduino ESP8266 MQTT Telemetry Transport Machine-to-Machine(M2M)/Internet of Things(IoT) Arduino Tron :: EOSPY-Executive Order Sensor Processor System - Arduino Tron MQTT AI-IoT Client using EOSpy AI-IoT Drools-jBPM

The power of the IoT (Internet of Things) device increases greatly when business process (jBPM) can use them to provide information about our real-world as well as execute IoT (devices) as part of our business process. The jBPM-BPMN modular allow us to define both the Business Processes and IoT Devices Behavior at the same time using one diagram. With EOSpy adding Drools-jBPM to IoT, we make the IoT devices “smart”. Moving beyond just collecting IoT data and transitioning, to leveraging the new wealth of IoT data, to improving the smart decision making is the key. Executive Order EOSpy Arduino Tron AI-IoT will help these IoT devices, environments and products to self-monitor, self-diagnose and eventually, self-direct.

EOSPY Java — Automation Alert Monitoring – A Java version of the EOSPY – Executive Order Sensor Processor System Client.

The EOSPY Java Client application allows you to transmit automation and remote monitoring system information directly to the EOSPY Server from your own Java application. Monitor buildings, servers, vehicles and people from anywhere in the world and post there status and condition directly to the EOSPY Server from your own application. Stay connected and informed to what’s important. The EOSPY Executive Order Spy Java Client is a GPS tracking automation and remote monitoring system that is a complete custom package for your business or office. Its wireless GPS tracking allows you to monitor your office, systems, personal property, and business from anywhere in the world.

Receive information from any number of events like when an employee arrives on-site, where a vehicle is located and even receive remote ambient light intensity, temperature, humidity and other information. An alarm is triggered if the SOS button is pressed or the vehicle has exceeded the speed you defined. The EOSPY Java ties all location and environment monitoring information on one GPS Map Screen.

Monitor buildings, servers, vehicles and people from anywhere in the world and post there status and condition directly to the EOSPY Server from your own application. Stay connected and informed to what’s important. The EOSPY Executive Order Spy Java Client is a GPS tracking automation and remote monitoring system that is a complete custom package for your business or office. Its wireless GPS tracking allows you to monitor your office, systems, personal property, and business from anywhere in the world. Receive information from any number of events like when an employee arrives on-site, where a vehicle is located and even receive remote ambient light intensity, temperature, humidity and other information. An alarm is triggered if the SOS button is pressed or the vehicle has exceeded the speed you defined. The EOSPY Java ties all location and environment monitoring information on one GPS Map Screen.

Executive Order Spy — This quick guide will help you install and configure the EOSPY – Executive Order Sensor Processor System components.

Executive Order Spy has several components:

1. The EOSPY AI-IoT, the Internet of Things Drools-jBPM Expert System.
2. The EOSPY Server, the live map GPS tracking Windows program.
3. The EOSPY Client, the Arduino Tron or Android application you install on an Android phone.
4. Configure GSM/GPRS/GPS Tracking Devices to use with EOSPY – Executive Order Sensor Processor System Server.

You can have an unlimited number and combination of EOSPY Clients and/or GPS tracking devices in use with EOSPY Server. (Download EOSPY Server from our website http://www.eospy.com and Download EOSPY Client from the Google Store, standard or TI-SensorTag version)

(1) EOSPY AI-IoT – To install the EOSPY AI-IoT program on your Windows computer, download and install the "Eclipse IDE for Java Developers." Use the Eclipse feature to Add new software, available on the Eclipse menu “Help -> Install New Software”. Select the “Add” option and install these packages:

1. Drools + jBPM Update Site 7.48.0 - http://downloads.jboss.org/jbpm/release/7.48.0.Final/updatesite/
2. BPMN2-Modeler 1.5.1 - http://download.eclipse.org/bpmn2-modeler/updates/photon/1.5.1/
3. GIT the EOSPY AI-IoT from the source code repository, and Import Existing Maven project.

(2) EOSPY Server – To install the EOSPY Server program on your Windows computer, download the eospy.exe installation program and click on the eospy.exe install program. EOSPY will by default install in the destination location: C:\Program Files\EOSpy Server and create a Start Menu folder: EOSPY on your desktop. To start the EOSPY Server, click on the Eagle icon on your desktop. The EOSPY login and map will appear in your browser. The default email and password are both: admin

(3.A) EOSPY Client (Arduino Tron) – To install the EOSPY Arduino Tron application on your Arduino Device, download the EOSPY Arduino Tron Sensor application from GIT. Update the with WiFi network values for network SSID (name) and network password. Update the EOSPY Server IP address and unique unit ID values and add in EOSPY Server. Also, you may use a DHT11 digital temperature and humidity sensor see the Arduino Tron Sensor sketch for more details and information.

(3.B) EOSPY Client (Android) – To install the EOSPY Client application on your phone, download the EOSPY application from the Google App Store. To start the EOSPY Client, click on the Eagle icon on your phone. The EOSPY Client screen will appear. You can also download the EOSPY TI-SensorTag Client version.

To configure a new EOSPY Client you will need to enter the EOSPY Server address, Domain name, or IP address into the Server address. Next add this device in the EOSPY Server by entering the Device name and the Device identifier. Swipe the Service Status On and YOU’RE DONE. The device will appear on the EOSPY Server map the next time the EOSPY Client sends GPS position information.

(4) GPS Tracking Devices – Many companies make various off-the-shelf GPS Tracking devices. Configuring these devices will vary a little from vendors. First, add the new device with a unique identifier into the EOSPY – Executive Order Sensor Processor System Server. Next, configure your device to use the appropriate EOSPY Server IP address and port number. If the device fails to report, check the IP Address and Device ID.

Device Unique Identifier For most devices you should use an IMEI (International Mobile Equipment Identity) number as a unique identifier. However, some devices have vendor specific unique identifiers, for example TK-103 devices use 12-digit identifier.

If you don’t know your device identifier you can configure your device first and look at the server log file. When the server receives a message from an unknown device it writes a record containing a unique identifier of a new device. Look for records like “Unknown device – 123456789012345”; “Unknown device” 123456789012345 is your new Device identifier.

Address and Port To select the correct port, find your device in the list of supported devices. The Port column of the corresponding row contains default port numbers for your device. If you want to use variations from the default ports you can change them in the configuration file.

EOSPY supports more than 90 GPS communication protocols and more than 800 models of GPS tracking devices from popular GPS vendors. Review the list of supported devices for information about your GPS Tracking Device.

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[] EOSPY currently supports these data fields in the Server Event data model: id=6&event=allEvents&protocol=osmand&servertime=&timestamp=&fixtime=&outdated=false&valid=true &lat=38.85&lon=-84.35&altitude=27.0&speed=0.0&course=0.0&address=&accuracy=0.0&network=null &batteryLevel=78.3&textMessage=Message_Sent&temp=71.2&ir_temp=0.0&humidity=0.0&mbar=79.9 &accel_x=-0.01&accel_y=-0.07&accel_z=9.79&gyro_x=0.0&gyro_y=-0.0&gyro_z=-0.0&magnet_x=-0.01&magnet_y=-0.07&magnet_z=9.81 &light=91.0&keypress=0.0&alarm=Temperature&distance=1.6&totalDistance=3.79&motion=false

• You can add additional fields to the data model and transmit via any device for EOSpy AI-IoT Drools-jBPM processing.

[] The EOSPY AI-IoT Arduino Tron Server software interface allows you to send commands with the EOSPY AI-IoT software to control external Arduino connected devices. The AI-IoT Arduino Tron Server software uses a WiFi Wireless Transceiver interface to control and interact with module sensors and remote controls devices. You can control any device form the EOSpy AI-IoT Arduino Tron Server software or stream any interface over the WiFi internet. With the EOSpy AI-IoT Arduino Tron Server software you can automatically turn on lights, appliances, cameras, and open doors from the Drools-jBPM Expert System processing model.

[] The EOSpy AI-IoT Drools-jBPM Expert System provides sophisticated jBPM and drools processing. i.e. On a monitoring application: take an action if the temperature on the server room increases X degrees in Y minutes, where sensor readings are usually denoted by events example drools.drl file:

declare TemperatureThreshold windowTime : String = "30s" max : long = 70 end

declare SensorReading @role( event ) temperature : String = "40" end

rule "Sound the alarm in case temperature rises above threshold" when TemperatureThreshold( $max : max, $windowTime : windowTime ) Number( doubleValue > $max ) from accumulate( SensorReading( $temp : temperature ) over window:time( $windowTime ), average( $temp ) ) then // sound the alarm end

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