Pupa Clic’s plug and play revolutionary device Ripplinq has now been updated to support Real Estate applications such as rentals and purchases. The average sale happens when someone spots an Ad or Real estate, calls an agent, books a date, then has the showcase of the property, where the turn around time is at 3 to 5 days to closure. Now any property can have Ripplinq devices installed such as this:

In a world of automation, Pupa Clic is here to present a fully automated end to end smart vending machine which is also cloud connected to monitor stock, sales and device related functionalities. With mobile users increasing on an hourly basis, the Smart Vending system comprises of an App based ordering system which comprises of functionalities such as

• GEO location based fridge selection
• Vending machine based stock viewability
• QR code based order collection system
• Payment and processing

The vending machine also comprises of a tablet device which on a successful QR code scan allows the users to open the vending machine and select the products ordered from its App. If the wrong product is selected a buzzer is rung and also allows the user to purchase if needed.

A backend and restock functionalities are also present in the system, which has direct control on the vending unit.

Ripplinq which is our connected IoT device which acts a hardware container for accessing the App loaded into it. The Ripplinq App for automobiles is targeted towards enhancing the user engagement by having the Assistant mode which allows users to .:

• Know the features of the vehicles
• Frequently asked questions about the vehicle
• Warranty status
• Service information
• Solution search for debugging a particular component of the vehicle
• and more

An analytics and machine learning layer was incorporated to understand human behaviour data, assisted with fast analysis of usage statistics.

The implementation was performed to utilize in multiple applications such as Home automation, Factory automation, Remote electronic power relays and more.

With more features being packet into upcoming automobiles and cars, the handheld guides and increasingly becoming bigger with text and pages. The average consumer, hardly spends much of the vehicular time in going through the vehicle’s Do’s and Dont’s.

Ripplinq which is our connected IoT device which acts a hardware container for accessing the App loaded into it. The Ripplinq App for automobiles is targeted towards enhancing the user engagement by having the Assistant mode which allows users to .:

• Know the features of the vehicles
• Frequently asked questions about the vehicle
• Warranty status
• Service information
• Solution search for debugging a particular component of the vehicle
• and more

An analytics and machine learning layer was incorporated to understand human behaviour data, assisted with fast analysis of usage statistics.

The implementation was performed to utilize in multiple applications such as Home automation, Factory automation, Remote electronic power relays and more.

The IoT engineers at Pupa Clic have been building an embedded chip, which comprises of the ESP 8266 chipset on the board with a Bluetooth LE Chipset as well. An app was built to connect with the controller board to switch appliances on / off using the device’s Bluetooth or control remotely through WiFi.

An analytics and machine learning layer was incorporated to understand human behaviour data, assisted with fast analysis of usage statistics.

The implementation was performed to utilize in multiple applications such as Home automation, Factory automation, Remote electronic power relays and more.

Laser tag is a popular sport and the team at Pupa Clic took it a level further by integrating IoT and App with its operational playing flow.

The following features were incorporated and deployed, incorporating an end to end experience for the user.

• Core Software Development for Suit (IoT) communication
• Game Modes :
  • Handicap Play
  • God Mode
  • Limited Ammo**
• Customer Reward points
• Players score database
• UI changes on the Game App
• Analytics
  • of plays for Today/Week/Month
  • of Wins
  • of Loses
  • Played duration
  • of teams/members

• Web Development
  • Web-based app to integrate App (server side scripts)
  • Data Management
• Mobile App Development (Android / iOS)
  • Profile management
  • Clan/Team Management
  • Rewards Management
  • Pre-booking
  • Team challenges
• Notification Functionalities and Web Functionalities to App Integration
• Suit control
  • Customizing the team/player colours from the App

The Pupa Clic IoT specialists are developing OpenWRT based firmware stacks which create new functionality in the embedded space of internet of things. IoT has expanded its horizons from conventional homes to automobile and slowly is penetrating its way to industries and enterprises. The team at Pupa Clic have been working on creating connected solution stacks with OpenWRT which creates a new layer of device based communication.

OpenWrt is an open source project for an embedded operating system based on Linux, primarily used on embedded devices to route network traffic. The main components are Linux, util-linux, musl, and BusyBox.

Bringing together connectivity with mesh and adding peripherals such as ZigBee and Bluetooth to the stack, new possibilities have been emerged in leveraging an end to end connected solution. Our custom stack is now entered its testing phase and were looking forward to the possibilities we can invoke post-deployment.

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At Pupa Clic internet of things (IoT) is gaining appeal and the most important players are investing in IoT. Internet of things promises to be a technological revolution that will invest every area: industrial, transportation, energy everyday life and so on. But how these devices send and receive data? We all know HTTP protocol that makes possible to browse the net, opens web pages and so on. Is this protocol still useful for IoT? Well, the answer is yes but there are other IoT protocols that can be more efficient and suitable for low power devices.

What started as a concept in mind is now a reality. The engineers at Pupa Clic have developed an App + IoT device which allows the user to select between Alexa or Google Assistant in a WiFi extender built from the ground up. The device comprising of an assistant of choice creates a mesh network of connected extenders ensuring there are no dead spots in your premise.

A multipoint mesh networking solution developed by Pupa Clic creates new possibilities in the peripheral space, where enterprise solutions such as AP – Node steering, Band Steering and next-generation QOS brings users the ability to gain complete control of their infrastructure.

The Pupa Clic developers have worked with many niche tech stacks in the past, which also includes the upcoming standalone executable language RUST. Creating custom developed modules in OpenWRT lead to implementing a speedtest implementation system which allows us to monitor and measure available network bandwidth to the connected router networks.

A RUST based implementation was developed to invoke the speedtest CLI from within the router thereby allowing us to identify individual performance metrics. RUST was chosen as the end deployed footprint was within 3mb which was 4 times smaller than the existing Python implementation.