🚀 Excited to announce that I’ll be part of the XR Summit 2024 hosted by XTIC, IIT Madras, a hub for driving innovation in XR technologies in India! 🌟 IIT Madras, with its state-of-the-art Haptics Lab and the IoE Center for VR and Haptics, supported by the CAVE consortium (via XTIC.org), is at the forefront of advancing experiential technologies. This summit will bring together key stakeholders, industry leaders, and visionaries to shape the future of XR.

AWE Asia is a flagship event of the Augmented World Expo (AWE), serving as a crucial platform to unite leading XR companies, investors, and international stakeholders to drive the growth of the XR market in Asia. After an exciting Day 1 at AWE Asia 2024, I’m thrilled to share my key takeaways from Day 2, where both I and my fellow Thoughtworker Arijit had the opportunity to present as speakers.

AWE Asia is a flagship event of AWE(Augmented World Expo), dubbed as “XR’s Most Essential Conference” and “The XR Conference for Everyone”. It is the world’s leading AR/VR expo after more than 10 years of dedication, development, and high-quality events. AWE organizes three annual events (USA, Asia, EU) and holds a number of other sessions all over the world. AWE Asia is an opportunity to bring together outstanding XR companies, investors, and other international stakeholders in Asia to promote the development of the local XR market.

AWE Asia is a flagship event of AWE(Augmented World Expo), often dubbed as “XR’s Most Essential Conference” and “The XR Conference for Everyone”. With three major annual events in the USA, Asia, and Europe, along with numerous other sessions worldwide, AWE Asia is a prime opportunity to bring together leading XR companies, investors, and international stakeholders to accelerate the growth of the XR market in Asia. This year, I had the privilege of attending the event in Singapore in person as a speaker.

In a world where AI is ubiquitous, technologies like AR, VR, and XR often raise eyebrows, despite their vast potential. AI is not only propelling these technologies forward but also preparing them for the next stages of development. There are tremendous opportunities to leverage their potential for business transformation. I am honored to be invited by Express Computers - India Leading IT Magazine, to speak on this topic and dispel common myths.

eXtended Reality (XR/AR/VR) technology is changing the reality of almost every industry today by enhancing user experiences. XR adoption in the retail industry is also quite natural, let’s understand how it is shaping up the future of retail. In today’s retail landscape, technology is reshaping customer experiences, with XR leading the charge. Extended Reality (XR), including VR, AR, and MR, offers immersive experiences blending the physical and virtual worlds. From head-mounted displays to smart glasses and smartphones and beyond, XR is changing how we interact with retail environments.

eXtended Reality (XR/AR/VR) technology is changing the reality of almost every industry today by enhancing user experiences. XR adoption in the museum industry is also quite natural, let’s understand how it is shaping up the Museums of Future. Museum is a place that displays artifacts from history, culture, science, art and more. As per International Council of Museums (ICOM), there are around 55000 museums worldwide designed with different themes serving different types of artifacts.

Modern enterprises must manage multiple layers of complexity across thousands of assets, workflows, and processes — and there’s near-zero tolerance for issues that interrupt operations, damage profitability, or put workers’ safety at risk. These layers of enterprise complexity create significant challenges in four key areas: Design and development are often slow and expensive An inability to demo and customize complex products can make them difficult to sell Users need continuously updated training to operate products effectively and safely A shortage of on-the-spot expertise endangers employee safety and increases downtime risk and cost However, many enterprises are beginning to use extended reality (XR) technologies to overcome these challenges.

eXtended Reality or XR is an umbrella term for scenarios where AR, VR, and MR devices interact with peripheral devices such as ambient sensors, actuators, 3D printers and internet enabled smart-devices such as home appliances, industrial connected machines, connected vehicles and more. Find here more details At Thoughtworks, we have been talking about Rise of XR for enterprises, and evolving human interactions thru our lens of looking glasses. Evolving interactions - Consumers aren’t just demanding availability and accessibility — they expect interactions to be seamless, and richer.

The IMF called the COVID-19 crisis ‘unlike any other,’ where the global growth contraction for 2020 was estimated at -3.5 percent. Image source : Using Lenovo ThinkReality A6 Glass at Workplace Here is a quick overview of the biggest challenges that CXOs (and their businesses) have faced over the recent past, to better illustrate how the pandemic is affecting businesses: Businesses are grappling with slowing global supply chains Sales and production growth is further impacted with a subsequent dive in opportunities for partnerships and growth The flattened or negative growth market result in less manpower and resources to work with, further affecting productivity ​The five biggest challenges that CXOs are facing today

Building AI Elements of AI Product Management Enterprise Architecture Internet of Things (IOT) User Experience Design Taradata Certified Java Certified Programmer

Self driving cars are a good example of what artificial intelligence can accomplish today. Such tech-centered advances are built on the back of highly trained Machine Learning (ML) algorithms. These algorithms require exhaustive data that help the AI effectively model all possible scenarios. Accessing and pooling all that data needs complex and very expensive real-world hardware setups, aside from the extensive time it takes to gather the necessary training-data in the cloud (to train ML).

eXtended Reality (XR) that includes AR and VR technologies have been silently disrupting the gaming industry for more than a decade. In the recent past, the tech has gained some traction in the education and training space. Today, however, COVID-19 with its mandates of social distancing and less to no physical interactions has accelerated adoption for XR. The tech is virtual, contactless, and delivers outstanding brand experiences - perfect for the new normal that multiple industries like retail will benefit from.

There are a number of Enterprise XR use cases where we have a need to open the existing 2D apps in the XR devices in a wrapper app, and this article covers a concept, have a look! After trying the OS level customization on an XR device, you may like to run your XR apps as a system app. Here is a simple article by Raju K Android System Apps development - Android Emulator Setup and guidelines to develop system applications

The Operating System of XR (AR VR) devices is mostly customized to the hardware of the device, and not just that the OS level customizations are needed to meet the enterprise needs such as integration with Enterprise MDM (Mobile Device Management) solutions (such as Intune, MobileIron and Airwatch), 3D lock screen, idle-timeout, custom home screen, custom settings, security, as so on. Most organizations currently using traditional hardware and software assets such as mobile devices, laptops, and desktops, and the processes and policies for managing these devices are quite stable and straightforward by now.

In the previous article, we described the importance of interoperability in while building Enterprise XR solutions, In the article, we will discuss how to manage user accounts in the XR device, and implement single sign-on across the XR apps. We will use Android’s AccountManger approach to login into active directory and integrated it into Unity. Please read my earlier article on setting up the app in active directory, log in using android webview, considering a web-based company login form should appear for login, and no custom login form is allowed to capture the credentials.

In the previous article, we discussed implementing multi-factor authentication for an andorid application, and in the article we will cover another enterprise aspect, Interoperability. Interoperability is key aspect when we build enterprise solutions using XR technologies. The enterprises have digital assets in form of mobile apps, libraries, system APIs, and they can’t just throw away these existing investments, in fact, the XR apps must be implemented in such a way that it is interoperable with them seamlessly.

XR use cases are growing with advancements in the devices, internet and development technologies. There is an ever-growing demand to build enterprise use cases using ARVR technology. Most enterprise use cases eventually require integration with an enterprise ecosystem such as IAM (Identity and Access Management), ERP, CRM, and single sign-on with other systems. Most organizations protect digital assets with a single sign-on using Multiple Factor Authentication (MFA). The MFA is generally a web-browser based authentication where the browser redirects to tenant’s authentication page where the user provides their credentials and then the user confirms another factor (PIN, OTP, SMS or mobile notifications), once it succeeds, it gets redirected back to the protected resource.

Travel and transportation have faced and continue facing disruptions. Many of the traditional ways are no more in the choice. Earlier our parents used to warn us for taking rides with strangers, but now Uber/Ola/Lyft/Didi, etc are the preferred ways. Owning a car may be an absurd idea now. We are now dreaming of Autonomous vehicles, Flying Cars, Hyperloop, and Space travel in the near future. Do read, how the user interactions have been evolved with time in my earlier post.

This article describes the fundamentals of light-weight smart glasses such as Google Glass and Vuzix M100 It also explain the development practices with pros and cons of its usage, limitation and future of these glasses in our lives. Google Glass Enterprise Edition Google Glass enterprise edition is a plain Android based smart glass that you can wear and performs operations just like a smartphone and with the use of a small screen located in the front of your right eye can perform a decent range of tasks.

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.

This article explains the http integration using Apache Camel. Create a configurable router to any http URL having place holders. Prerequisite Windows7, Eclipse Juno Java 1.7 Creating HTTP Router Please follow below steps to generate POC for HTTP routing using apache camel. Create Sample Camel Example Create eclipse project using archetype “camel-archetype-spring” mvn archetype:generate DarchetypeGroupId=com.tk.poc.camel -DarchetypeArtifactId=camel-archetype-spring -DarchetypeVersion=2.11.0 -DarchetypeRepository=https://repository.apache.org/content/groups/snapshots-group Create following Java file

In the previous article, we learned about ESB and deployed our first OSGi bundle on FuseESB. In this article, we will learn how to build Apache CXF and Apache Camel component and deploy them on FuseESB. Lets understand what are these components : Apache Camel ™ Powerful open source integration framework based on known Enterprise Integration Patterns with powerful Bean Integration. Camel lets you create the Enterprise Integration Patterns to implement routing and mediation rules in either a Java based Domain Specific Language (or Fluent API), via Spring or Blueprint based Xml Configuration files or via the Scala DSL.

Calendars are used to store formation for various events. Calendar viewer displays the month-date view and for each day displays the events/reminders information. Invites are the events in the form of email. Once the invite for an event sent to a user via email then that event will be stored in the calendar view and same can be seen in the day information of the calendar view. Calendars Calendar data can be stored in files; there are some standard formats for storing calendars iCalendar is a computer file format which allows Internet users to send meeting requests and tasks to other Internet users, via email, or sharing files with an extension of .

This article starts from basic terms of ESB worlds and then provides details of the FuseESB with various examples. It contains step by step guide to install FuseESB, and develop and deploy OSGi bundle on FuseESB. Lets understand terminologies of the ESB world : ESB An Enterprise Service Bus (ESB) is a software architecture model used for designing and implementing the interaction and communication between mutually interacting software applications in Service Oriented Architecture.