As technology continues to advance, electronics are getting smaller and wires are disappearing. Even electric poles, once a familiar sight on road trips, are being phased out. With the internet now ubiquitous, physical storage devices are disappearing too, and we rely more on cloud-based solutions that seem to happen over the air. ‘It’s no wonder we look up when we think of clouds ☁️, but should actually look down to the earth in the mines!

The TWiinoFest 3.0 The third edition of innovation fest, named at TWinnoFest, a month-long hackathon, was recently held by Innovation Labs at Thoughtworks. This year’s event was conducted remotely, with participants spread across different cities. I was fortunate enough to be invited to judge the finale of the event. The sheer variety and quality of ideas presented was truly astounding. It was incredibly difficult to compare them, as each one was unique and innovative in its own way.

The Metaverse Metaverse is the most talked, understood and misunderstood topic these days, and every other industry today is trying to define it in their own way to suit their narrative. It would end up creating many sub-metaverses, with different sets of features and, would lead to confusions, and conflict of interests. Acceptable definition of Metaverse will evolve with time. At this stage, I treat the metaverse as a result of technological evolutions in the key areas such as ARVR, AI, Cloud, Blockchain, 5G/6G and hardware.

Metaverse is the most talked, understood and misunderstood topic these days. In most of my sessions people ask what is the technology stack for Metaverse? what should I learn to stay relevant? etc.. I will try to cover it in this article. In my earlier article I tried to define the Metaverse, and my friend Vinodh Arumugam also attempted the same here. It is defined so loosely that every other industry today is trying to define it in their own way to suits their narrative.

BML Munjal University, a Hero group initiative, is organizing a 5th edition Hackathon, named HackBMU 5.0. It is a hackathon focused on promoting innovation, diversity and networking among all future hackers. We will be hosting upcoming engineers and developers from all over the World to create mobile, web, and hardware hacks for an intense session. HackBMU seeks to provide a welcoming and supportive environment to all participants to develop their skills, regardless of their background.

Metaverse is the next Internet, that’s what we summarized it in the previous article. We discussed it’s characteristics and building blocks. In this article we will discuss some prominent use cases of the metaverse. We understand the metaverse as a trillion dollar opportunity in the next few years. It is growing at real fast speed, but without effective rules and regulations, without effective standards and practices, and we will also touch upon this concerning part of metaverse.

Metaverse is the most enquired word after Facebook renamed itself to “Meta” to align to their metaversal vision. However, the term “metaverse” was coined 3 decade ago by Neal Stephenson, in his 1992 science-fiction novel “Snow Crash,” which envisions a virtual reality-based successor to the internet. In the novel, people use digital avatars of themselves to explore the online world, often as a way of escaping a dystopian reality. Today, Metaverse is being considered as a $800 billion path with double digit growth in next 5 years, where industry is trying to get most out of it by co-creating with communities, and focusing on it’s cost-effective universal acceptance.

The iFest This October, at Thoughtworks India, we’re celebrating our 20th anniversary! That’s 20 years of excellence in technology! Innovation Lab’s at Thoughtworks comes second edition of iFest - a month long hackathon. I got opportunity to participate in iFest as a judge. I was amazed to see the verity of idea. All the ideas were great and it was so hard to compare them. Ideas were touching were reflecting the Thougthworks culture, use technology to solve challenges society is facing.

BML Munjal University,a Hero group initiative, is organizing a 4th edition Hackathon, named HackBMU 4.0. It is a hackathon focused on promoting innovation, diversity and networking among all future hackers. We will be hosting upcoming engineers and developers from all over the World to create mobile, web, and hardware hacks for an intense session. HackBMU seeks to provide a welcoming and supportive environment to all participants to develop their skills, regardless of their background.

NASSCOM is the premier trade body and chamber of commerce of the Tech industry in India and comprises over 2800 member companies including both Indian and multinational organisations that have a presence in India. Center of Excellence - IoT and AI is an initiative from NASSCOM and collective effort from different state governments in India, NASSCOM CoE is launching first-of-its-kind virtual SMART MANUFACTURING COMPETENCY CENTER (SMCC). The innovation platform which will help in accelerating technology adoption by bringing enterprises, governments, researchers, and innovators together.

NASSCOM is the premier trade body and chamber of commerce of the Tech industry in India and comprises over 2800 member companies including both Indian and multinational organisations that have a presence in India. Center of Excellence - IoT and AI is an initiative from NASSCOM and collective effort from different state governments in India, NASSCOM has organized Manufacturing Innovation Challenge 2020 from 12th Oct to 11th Dec, on theme of redefining enterprises and entrepreneurs engagement.

Interesting conversation on eXtended Reality (XR) with Eddie Avil, starting from my background, how I landed up in the XR space and where are we heading… XROM PODCast  XROM PODCast is a youtube channel maintained by serial entrepreneur, dreamer & a believer Mr. Eddie Avil. This channel has number of interesting conversations with industry leaders in the emerging technology space. Eddie Avil, also runs a marketplace for AR VR hardware and service, visit here https://www.

Conducted a workshop on IoT with IOTNCR. I have spoken on IoT technology landscape, and many of other speaker given enlightening talks. Intro here Nagarro invites IOT enthusiasts to Ideation to Production:An Entrepreneurship Workshop,Apr 29 #IOTNCR #Nagarroiotncr https://t.co/kvQi1CARjG pic.twitter.com/QbY94UId6c — Kuldeep Singh (@kuldeepwilldo) April 27, 2017 The talks is about IOT fundamentals and building blocks IOT Nodes IOT Gateway IOT Platforms Visualization (AR & VR) Integrations Detailed Slides IOT Landscape from Kuldeep Singh Social connect Nice to meet you all @Nagarro #iotncr #Nagarroiotncr @kanchanray @mfuloria pic.

IOT 101 A Primer on Internet of Things from Kuldeep Singh The IoT can be described as “Connecting the Things to internet”. A comprehensive IoT ecosystem consists of many different parts such as electronic circuitry, sensing and acting capability, embedded systems, edge computing, network protocols, communication networks, cloud computing, big data management and analytics, business rules etcetera. This maze of varied parts can be better classified into 4 broad categories:

Organized Nagarro LSD event, on Industry 4.0, demonstrated usecases on connected services concept, and was a panelist for a discussion on Smarter Services - Predictive, Always Connected, Personalized Global experts will debate ways to create smarter services based around predictive maintenance, always connected devices and personalized solutions. Whether we call Industry 4.0 an evolution or a revolution, there is little doubt that it will have a disruptive impact on the manufacturing industry.

Technological evolution causes disruption. It replaces traditional, less optimal, complex, lengthy, and costly technology, people, and processes with economical, innovative, optimal, and simpler alternatives. We have seen disruption by mobile phones, and up next is disruption from IoT, wearables, AR-VR, machine Learning, AI, and other innovations. Software development methodology, tools, and people will also face disruption. I expect that the traditional developer will be replaced by the multi-skilled or full-stack developers.

Insects are the most diverse species of animals found on earth. While every species is required to maintain the balance of nature, excessive accumulation of any one type can have devastating effects on humans and environment. Insect management relies on the early detection and accuracy of insect population monitoring techniquessensors-12-15801. Integrated data gathering about insect population together with the ecological factors like temperature, humidity, light etc., makes it possible to execute appropriate pest control at the right time in the right place.

The ‘Internet of Things’ (IoT) presents tremendous opportunity in all the industry verticals and business domains. Specifically, the ‘Industrial Internet of Things’(IIoT) promises to increase the value proposition by making self-optimizing business processes. As discussed in the post “The Driving Forces Behind IoT”, there are several challenges to be addressed to realize the full IoT potentials, but following steps will help organization to systemically make their products participate in the IoT journey and stay in the IoT race.

The industry has been going through an evolution. Industry 4.0 is the fourth industrial revolution where the key will be on digital transformation. Industry 4.0 creates what has been called a “smart factory”. Within the modular structured smart factories, cyber-physical systems monitor physical processes, create a virtual copy of the physical world and make decentralized decisions. Over the Internet of Things, cyber-physical systems communicate and cooperate with each other and with humans in real time, and via the Internet of Services, both internal and cross-organizational services are offered and used by participants of the value chain.

The rapid growth of Internet of Things (IoT) and miniature wearable biosensors have generated new opportunities for personalized eHealth and mHealth services. We present a case study of an intelligent cap that can measure the amount of water in the bottle, monitor activity of opening or closing of bottle cap. This paper presents a Proof of Concept implementation for such a connected smart bottle that sends measurements to the IoT Platform.

On a usual day at office, if an employee wishes to book a meeting room, he or she first has to open their outlook account, check the calendar for its availability and then send a booking invitation. If they directly go to a meeting room, they have no way of knowing whether it is booked or not without checking the calendar. Smart Meeting Room is a step forward in automating the availability and booking procedure of a meeting room.

Android Things, an android based embedded operating system, is the new “it” thing in the Internet of Things(IOT) space. Developed by Google under the codename “Brillo, a.k.a. Project Brillo”, it takes the usual Android development stack—Android Studio, the official SDK, and Google Play Services—and applies it to the IOT. Google formally took the veils off of Brillo at its I/O 2015 conference. It is aimed to be used with low-power and memory constrained IOT devices, allowing the developers to build a smart device using Android APIs and Google Services.

Everybody in the software industry is talking about IoT in terms of billions of devices, their growth in coming years, changing business models, and adaptation of the IoT in the market. Connecting the things has become so prevalent nowadays, that every software company wants to expand in IoT by building IoT-centric products and services. There are many industrial applications which connect to sensors and actuators, and can be controlled remotely. They have been around for a long time.

As we understand “IoT Platform” is an essential building block of IoT Ecosystem . A platform essentially decouples the business application from low level details of the technology stack and required services. Thus, it makes more sense to go for an off-the-shelf platform that provide all the relevant features and required flexibility, instead of developing the whole IoT stack from scratch. Selection of an IoT Platform is a key to develop a scalable and robust IoT Solution.

SIGFOX is providing a communication solution dedicated to the Internet of Things Dedicated to the IOT means: Simplicity: No configuration, no pairing, no signaling Autonomy: Very low energy consumption, allowing years of autonomy on battery without maintenance Small messages: No large assets or multimedia, only small messages It is a LPWA (Low-Power Wide-Area) network, currently operating in 20 countries in Europe, Americas and Asia/Pacific. Communications over the SIGFOX network are bi-directional: uplink from device & downlink to the device.

The vision of IoT can be seen from two perspectives— ‘Internet’ centric and ‘Thing’ centric. The Internet centric architecture will involve internet services being the main focus while data is contributed by the objects. In the object centric architecture, the smart objects take the center stage. In order to realize the full potential of cloud computing as well as ubiquitous sensing, a combined framework with a cloud at the center seems to be most viable.