Project GoNotify!

IoT for everyone

Core principles

-Low power: Guarding mode 10µA, Per message 1,5mAh

-Wireless: Battery powered and wifi connected creates a flexible usage

-Cheap

-Secure TLS/SSL 1.2: Connect via Wifi home lan to the internet

-Intelligence in the sensor

-Stable it just works

-Power safe: Battery is UPS of USB power

Advanced principles

-Universal: Expose Onewire, SPI, I2C, switch and analog interfaces

-Introducing Sensor apps: Via USB flexible programming

-Easy to use: Configuration and usage is understandable for a user

-Record Data: Big data applications are a characteristic attribute of the device

-Smart phone notifications: The device can send notifications via internet services to the smartphone

-Platform independant: Using Web Interface, GoNotify is compatible with all devices now and in the future

Future principles

-Remote configure: Define working parameters in the cloud.

-OTA program: Define your sensor APP in the cloud and send it to your device. A redesign is needed for this.

-Cheaper

-Being Arduino compatible one could think of an online IDE for open developing

Is it unique?

-IoT is all about putting the word “internet” in front of common appliances. There is nothing unique about.

-In GoNotify there is a unique method used in programming and selecting the Atmel328p and the Esp8266 microcontroller. In order to achieve this, logic is used and a modified bootloader for selecting the active bootloader for programming.

Gonotify: universal IoT

Sensor interface mini din 6, analog, I2C, onewire, switch

Flash custom bootloader ATMEGA328P

8MHz crystal

Logic switch

USB UART FT234

Micro USB for power, programming and debugging

LDO 3V3 regulator and switch for battery power

Boost convertor

Onboard reedswitch

ATMEGA328P

Trigger switch

Reset Switch

ESP-01

Gonotify: universal IoT+

Sensor interface mini din 6, analog, I2C, onewire, switch

Flash custom bootloader ATMEGA328PB

8MHz crystal

Logic switch

USB UART FT234

Micro USB for power, programming and debugging

LDO 3V3 regulator and switch for battery power

Boost convertor fix voltage

Onboard reedswitch

ESP-01

Why? A game changer, the way IoT should be

  • Dit you ever wanted to know what happens when you are not at home?
  • Do you want to take action proactively?
  • Let others take action on a problem.
  • Do you want to trigger an action remotely?

⇒ Put sensors on what you want to monitor connect it to GoNotify! and you are informed. nothing else needed.

Media

Demo’s and media: arduino

Demo’s and media: Watermeteralert in the cloud

Increase battery life

-IoT SDK1.5.1

-ATMEGA328PB clock ⇒ going to 4MHz clock

Demo’s and media: Watermeteralert in the cloud

Working

  • Holding the trigger button during boot sets in sensor configure mode. Align the temperature sensor.
  • After the user configured the wifi, Gonotify starts to report to the cloud. The user writes down the unique chipid of the Gonotify sensor.
  • The user registers to the IoT portal site.
  • The user links the sensor to the account using the chipid. From now on all sensor readings are available.
  • The user configures notifications.

Demo’s and media: Watermeteralert in the cloud

Advantage of using own cloud solution

  • You are the owner of the data.
  • Use a notification system of choice.
  • Check for dead sensors and get notified.
  • Act as a clock for the sensor to get time synced readings.

https://wma-gonotify.rhcloud.com

User:demo Password:demo