Tag: #AR

The Future of Gaming: Exploring New Frontiers in Online Play

The gaming industry is undergoing rapid changes, driven by technological advancements that continue to push the boundaries of what’s possible. As players increasingly demand more immersive and interactive experiences, developers are leveraging cutting-edge tools and technologies to meet these expectations. Online gaming, in particular, has become a major focus, transforming from a simple pastime into a complex ecosystem that offers far more than just entertainment. The rise of artificial intelligence (AI), blockchain, and ultra-fast internet has set the stage for a future where games are smarter, more secure, and incredibly dynamic. These innovations are not just reshaping how games are played; they are also redefining the very structure of the gaming economy and its role in the broader digital landscape. As we look to the future, it’s clear that the next generation of online play will be unlike anything we’ve seen before.

The Impact of AI and Machine Learning on Game Development

Artificial intelligence and machine learning are revolutionising game development, bringing a level of sophistication and adaptability that was once unimaginable. AI-driven tools are now integral to creating more responsive and intelligent game environments, where non-player characters (NPCs) can learn from player behaviour and adapt accordingly. This not only enhances the realism of games but also makes them more challenging and engaging for players. Machine learning algorithms are being used to generate procedurally generated content, such as levels, quests, and even entire game worlds, ensuring that no two gaming experiences are the same.

Furthermore, AI is streamlining the development process itself. Automated testing, for example, can quickly identify bugs and optimise gameplay, reducing the time and cost involved in bringing a game to market. This allows developers to focus more on creativity and innovation, rather than getting bogged down in repetitive tasks. As AI continues to evolve, its role in game development will likely expand, leading to even more advanced and personalised gaming experiences in the future.

How Blockchain Technology is Transforming Virtual Economies

Blockchain technology is beginning to play a crucial role in the transformation of virtual economies within online games. By providing a secure and transparent framework for transactions, blockchain ensures that in-game assets, such as virtual currency, skins, and other digital goods, are genuinely owned by players. This decentralisation of virtual economies offers a level of security and trust that was previously difficult to achieve, reducing the risk of fraud and making it easier to trade assets across different platforms.

In addition, blockchain enables the creation of non-fungible tokens (NFTs), which represent unique digital items that can be bought, sold, or traded with full ownership rights. This has opened up new possibilities for players to monetise their gaming experiences and has given rise to a new market of digital collectibles. As games become more interconnected and online economies grow in complexity, blockchain’s role in securing and managing these digital assets will become increasingly important, paving the way for a more robust and player-driven economy in the gaming world.

The Role of 5G in Enhancing Real-Time Gaming Experiences

The advent of 5G technology is set to revolutionise real-time gaming experiences by offering unprecedented speed and reliability. With its ultra-low latency and high bandwidth, 5G enables games to run more smoothly, even in the most graphically demanding scenarios. This is particularly significant for online multiplayer games, where split-second decisions can make the difference between victory and defeat. The reduced lag time offered by 5G ensures that players’ actions are registered instantaneously, creating a more seamless and immersive experience.

Moreover, 5G is expected to drive the growth of cloud gaming services, where games are streamed directly to devices rather than being downloaded or installed. This not only makes high-end gaming more accessible, particularly on mobile devices, but also allows players to enjoy their favourite titles with minimal hardware investment. Additionally, the enhanced connectivity of 5G will facilitate more complex and interactive gaming environments, such as augmented reality (AR) and virtual reality (VR) experiences, further blurring the lines between the virtual and real worlds. As 5G networks continue to expand, the gaming industry will likely see an influx of new players and experiences that were previously unimaginable, solidifying its role as a cornerstone of digital entertainment.

The Integration of Online Casinos into the Gaming Ecosystem: What It Means for the Future

The integration of online casinos into the broader gaming ecosystem is reshaping the landscape of digital entertainment. As gaming continues to evolve, the lines between traditional video games and online gambling platforms are becoming increasingly blurred. Websites like BoyleSports are at the forefront of this convergence, offering a diverse range of games that cater to both casual gamers and those interested in betting. With BoyleSports Games, players can seamlessly transition from playing their favourite slots to placing bets in online casinos, all within a single platform.

This integration is also driving innovation within the online casino industry, as developers create more engaging and interactive experiences to attract a wider audience. Features such as live dealer games and interactive slots are designed to mimic the social aspects of traditional casinos, providing players with a more immersive experience. Additionally, the incorporation of gamification elements, such as leaderboards and achievements, is making online casinos more appealing to younger demographics who are accustomed to these features in video games.

As online casinos like BoyleSports continue to embed themselves into the gaming ecosystem, they are likely to influence the future direction of both industries. The ongoing convergence of gaming and gambling not only offers new revenue streams for developers but also provides players with more diverse and dynamic entertainment options. This shift underscores the importance of adapting to changing player preferences and technological advancements, ensuring that both online gaming and online casinos remain at the cutting edge of digital entertainment.

Predicting the Future: What’s Next for Online Gamers?

As technology continues to advance, the future of online gaming promises to be more immersive, interactive, and accessible than ever before. One of the most significant trends likely to shape the future is the increasing use of artificial intelligence (AI) and machine learning in game design and development. AI is expected to create more dynamic and personalised gaming experiences, where games can adapt to individual players’ preferences and behaviours in real time. This could lead to entirely new genres of games that evolve based on the player’s actions and decisions.

Another key development on the horizon is the expansion of virtual and augmented reality (VR and AR) gaming. As hardware becomes more affordable and sophisticated, these technologies are expected to become mainstream, offering players the chance to immerse themselves fully in virtual worlds. The continued growth of 5G networks will also support these developments, enabling more complex and data-intensive games to be played with minimal latency.

In addition, the ongoing integration of blockchain technology will likely further transform online gaming by providing secure, decentralised platforms for in-game transactions and the ownership of digital assets. Players may increasingly participate in virtual economies where they can trade, buy, and sell in-game items across multiple platforms, creating new opportunities for both casual and professional gamers.

As these trends converge, the online gaming landscape will likely become even more diverse, offering players a wider range of experiences and opportunities than ever before. The future of online gaming is not just about playing; it’s about exploring new ways to interact with technology and each other, creating a truly global and connected gaming community.

 

The boundless efficiency: how automated systems transform warehouses

In today’s ever-changing market, warehouse logistics face new challenges that demand increased efficiency and process optimization. Automation represents a key solution capable of radically transforming warehouse operations, speeding up processes, and reducing the likelihood of errors.

Key warehouse automation technologies

Experts from the consulting company Euristiq share with us the secrets of warehouse technology that make automation so attractive in modern business.

Robotic control systems. These systems use robots to perform warehouse tasks such as loading, sorting, and moving goods, reducing processing time, and minimizing errors. Robotic systems, such as Autonomous Mobile Robots (AMRs) and robotic manipulators, transform warehouse operations by offering flexibility and scalability for handling various tasks.

Warehouse management systems. WMS ensures precise inventory management, improving storage organization and optimizing the paths of goods movement in the warehouse. Modern systems provide centralized inventory management, improving data accuracy and transparency, which is crucial for effective warehouse planning and management.

Integration with IoT. The use of the Internet of Things allows warehouses to efficiently track processes and the condition of goods in real-time, increasing transparency and operational management. This makes it easy to collect real-time data on inventory status, equipment, and processes, thereby optimizing warehouse operations and management.

These technologies transform warehouse operations, making them more efficient, cost-effective, and adaptable to changing market demands.

The benefits of automation for warehouse efficiency

Automation in warehouse logistics plays a critical role in enhancing the competitiveness of modern enterprises. Implementing automated systems transforms traditional warehouses, making them more productive, economically efficient, and adaptable to changing market demands.

Increased productivity

Automation introduces technologies such as robotic management systems that significantly accelerate order processing and optimize warehouse operations. The result is increased productivity, allowing for the processing of more orders in less time.

Reduced operational costs

Automation reduces operational costs by decreasing the need for manual labor and minimizing errors. Inventory management systems and integration with the Internet of Things (IoT) provide accurate inventory tracking and management, reducing losses and excess inventory.

Improved accuracy and quality

Automated systems increase the accuracy of inventory and order processing, minimizing the likelihood of errors. Accurate inventory tracking and proper order management enhance overall operational quality.

Flexibility and scalability

Automation provides warehouses with the flexibility and scalability necessary to adapt to changing market conditions and customer requirements. This allows businesses to expand or modify operations without significant costs and restructuring.

Examples of successful automation in practice

Let’s look at specific examples of how companies are transforming their warehouse operations using advanced technologies.

First example: Autonomous Mobile Robots

One of the major retailers implemented robotic systems to manage its warehouse, speeding up the process of picking and delivering goods. With automated systems such as Autonomous Mobile Robots (AMRs), the company was able to significantly increase work productivity, minimize errors, and reduce order fulfillment time.

An efficiency analysis showed that thanks to automation, the cost of fulfilling one order decreased by 30%, and the picking accuracy increased to 99.5%. This led to a noticeable improvement in customer service and overall operational efficiency.

Second example: IoT and WMS integration

Another company specializing in wholesale trade used IoT integration and Warehouse Management Systems (WMS) to improve inventory management. Using IoT sensors and data analytics, the company could track the condition of goods in real time, preventing excess or shortage.

This integration resulted in a significant reduction in losses due to spoilage, improved inventory accuracy, and increased customer satisfaction through faster and more accurate delivery.

The future of warehouse automation

Warehouse automation is constantly evolving, with new technologies emerging each year to make processes more efficient and cost-effective. One important direction that experts at Euristiq company identify is the use of artificial intelligence and machine learning to optimize logistics processes.

Autonomous delivery systems, such as drones and unmanned ground vehicles, promise to revolutionize the delivery process, reducing time and costs. Smart warehouses that integrate AI for automatic sorting and packing can further increase efficiency and reduce the need for manually performed operations.

Augmented Reality (AR) and Virtual Reality (VR) are also beginning to find applications in warehouse logistics, providing innovative solutions for training and supporting staff, improving warehouse navigation, and assisting in high-precision order picking.

Warehouse automation has already proven its value, providing companies with the ability to improve efficiency, reduce costs, and increase customer satisfaction. As technology advances, the prospects for warehouse automation become even more extensive, promising to bring revolutionary changes to warehouse management and logistics as a whole. Companies that invest in automation today will lead tomorrow, ensuring a sustainable and efficient future in warehouse logistics.

Dyson makes cleaning more efficient with its new AR smart tech cleaning tool

Cleaning can be a thankless task. As you head towards the Spring Clean finish line, you may think you can’t go wrong, yet amid navigating chair legs and under furniture, moving between rooms and sidestepping our furry friends, it’s easy to inadvertently miss areas, or repeatedly vacuum the same spot, reducing efficacy and wasting time.

Taking inspiration from the systematic cleaning approach of the Dyson 360 Vis Nav  robotic vacuum cleaner, the Dyson CleanTrace helps users to clean more methodically by providing real-time AR visualisations of where they have cleaned and the spots they have missed, removing the guesswork and solving the have-I-cleaned-there-yet quandary.

The Dyson CleanTrace brings together a combination of technologies for the most powerful, intelligent and thorough clean. LiDAR technology from a user’s phone allows the Dyson CleanTrace  to map your room and overlays cleaning pathways using AR, showing you where you have cleaned and what you have missed. When you’ve finished cleaning, you can scan the room with your phone to identify gaps, so you never miss a spot. The existing technology within the Dyson Gen5detect then acoustically senses and counts the dust particles, showing proof of a deep clean.

“We realised that we could all learn a thing or two from the methodical cleaning approach of our robot vacuums. Unlike most humans doing the cleaning, Dyson robots know where they are in the room, where they have been, and where they have yet to go. With the Dyson CleanTrace™, we add this extra layer of cleaning intelligence to the Gen5detect vacuum. It gives you the ability to see where you have and haven’t cleaned, which, combined with our on-board particle sensing technology, gives proof that the floor is truly clean.” Charlie Park – VP of Engineering, Dyson Home

Inefficient cleaners

Dyson engineers are obsessive about engineering ways to improve how we clean. In addition to extensive in-lab testing, our engineers study human behaviours and cleaning habits, as well as frustrations, in the real world. They have spent hundreds of hours observing home cleaning around the world – studying how long each cleaning session lasts, effectiveness of cleaning, different vacuuming angles and patterns, even how many times a user puts down a machine during a session, all of which inform continuous innovation in floor care technology.

Research shows that consumers regularly overestimate the amount of time they clean – data shows that around 80% of cleaning sessions last less than 10 minutes, yet people claim they vacuum for an average of 24 minutes per session. Moreover, consumers are haphazard and inefficient – regularly covering the same areas multiple times and missing other spots altogether, demonstrating the need for the Dyson CleanTrace.

The Dyson CleanTrace will be available from June 2024.

Sign up to be notified when the product is available for purchase here.

Availability: The Dyson CleanTrace will be available globally from June, from Dyson.co.uk and Dyson Demo stores only.

Pricing: To be confirmed.

Weight: The Dyson CleanTrace phone clamp weighs 104g

App access: Owners will be able to open the Dyson CleanTrace  software via the MyDyson app. It requires registering a Dyson Gen5detect vacuum cleaner for the module to become visible on the app home screen.

Dyson Gen5detect cordless vacuum cleaner: The most powerful HEPA cordless vacuum is powered by the new Dyson Gen5 Hyperdymium motor to deliver up to 280AW of suction power. It features our Fluffy Optic™ cleaner head that reveals twice the amount of invisible dust and traps 99.99% of particles down to 0.1 microns, the size of viruses. A piezo sensor counts and sizes particles 15,000 times per second – automatically increasing power when needed and showing proof of a deep clean

Dyson 360 Vis Nav robot vacuum: The most powerful robot vacuum with six times the suction of any other, armed with 360-degree vision and pioneering technology to know where it has been, see where to clean, detect walls to clean right to the edge, and is intelligent enough to respond to dust sensed in the home, ramping up suction power when needed

Some of The Modern Technologies Being Used In Pharmaceutical Production

The pharmaceutical industry has long been a pioneer in scientific advancement, bringing life-saving drugs and treatments to patients worldwide. But just as medicine itself continues to evolve, so too do the methods used to create them. Modern technologies are transforming every stage of pharmaceutical production, from drug discovery and design to manufacturing and distribution. This surge in innovation promises not only faster development of new medications, but also a future of personalized medicine, tailored to individual needs.

From Bench to Bottle: AI and Machine Learning Take Center Stage

One of the most transformative forces in pharmaceutical production is the rise of artificial intelligence (AI) and machine learning (ML). These powerful tools are fundamentally changing the way drug discovery happens. Traditionally, this process has been a slow and laborious affair, involving extensive laboratory testing and sifting through mountains of data. AI and ML algorithms, however, can analyze vast datasets of chemical compounds and peptides, patient information, and disease biology to identify potential drug targets and predict how molecules might interact with them. This not only accelerates the discovery process but also increases the chances of finding more effective and targeted therapies.

Imagine a researcher trying to find a key that fits a specific lock. Traditionally, they would have to test hundreds or even thousands of different keys one by one. With AI, however, the computer can analyze the structure of the lock and identify keys with a higher probability of fitting. This significantly reduces the time and resources needed to find the right drug candidate.

One example of AI’s impact is the work of Insilico Medicine. In 2019, they used AI to develop a molecule targeting a specific protein linked to fibrosis in just 46 days. This molecule, INS018_055, is now undergoing Phase II clinical trials, demonstrating the incredible potential of AI to expedite drug development.

Beyond Discovery: Optimizing Production with Automation and Data

The role of technology extends far beyond the initial stages of drug discovery. Modern pharmaceutical production facilities are increasingly automated, with robots and sensors taking over many of the repetitive tasks involved in manufacturing. This not only improves efficiency and consistency but also minimizes the risk of human error.

Furthermore, the Internet of Things (IoT) is playing a growing role in pharmaceutical production. Sensors embedded in equipment can continuously monitor critical parameters like temperature, pressure, and humidity. This real-time data allows for proactive maintenance, preventing equipment failures and ensuring optimal production conditions. Additionally, data analytics can be used to identify trends and predict potential issues before they occur, further streamlining the manufacturing process.

The Rise of Continuous Manufacturing: A Paradigm Shift

Traditionally, pharmaceutical production has relied on batch processing, where large quantities of drugs are manufactured in discrete batches. However, continuous manufacturing offers a more efficient and flexible alternative and is being increasingly used by vitamin manufacturers around the world. This approach involves the continuous flow of raw materials through a series of interconnected processing units, resulting in a smaller physical footprint and faster production times.

Continuous manufacturing also allows for greater real-time control over product quality. With continuous monitoring and data analysis, any deviations from specifications can be identified and addressed immediately, minimizing the risk of producing defective batches. This not only improves product quality but also reduces waste and production costs.

Personalized Medicine: Tailoring Treatments to the Individual

One of the most exciting applications of technology in pharmaceuticals is the emergence of personalized medicine. This approach aims to develop treatments that are tailored to the specific genetic makeup and biological needs of each patient. Advancements in genomics and bioinformatics are allowing researchers to identify genetic variations that influence how individuals respond to medications.

This information can be used to develop drugs that target specific patient populations or even create individualized treatment regimens. For instance, 3D printing technology has the potential to revolutionize personalized medicine by enabling the production of customized drug dosages and delivery systems. Imagine printing a pill with the exact dosage required for a specific patient, eliminating the need for imprecise cutting or multiple medications.

Figuring out the most suiting solution for your medication needs can be part of a personalised healthcare approach. British people treating thyroid disorders like to buy Cytomel online in the United Kingdom after learning how precise dosing can improve their treatment outcomes. This allows them to manage their health confidently while maintaining the correct hormone levels. It also supports the growing shift towards customised treatment options that align with each patient’s needs.

Blockchain: Ensuring Transparency and Security in the Supply Chain

The complex global supply chains of pharmaceutical products are susceptible to counterfeiting and diversion. Blockchain technology such as ServBlock, with its secure and transparent ledger system, offers a potential solution to these challenges. By creating a digital record of every step in the manufacturing and distribution process, blockchain can ensure the authenticity and traceability of medications.

This not only protects patients from counterfeit drugs but also allows for faster and more efficient recalls in case of product defects. Additionally, blockchain can improve logistics and inventory management, leading to a more secure and efficient supply chain for pharmaceutical products.

Virtual Reality (VR) and Augmented Reality (AR): Training the Next Generation of Pharma Professionals

The pharmaceutical industry relies heavily on a skilled workforce with a deep understanding of complex processes and equipment. VR and AR technologies are revolutionizing how this workforce is trained. VR simulations can immerse trainees in realistic, virtual environments where they can practice procedures, troubleshoot equipment malfunctions, and learn about complex manufacturing processes in a safe and controlled setting. AR, on the other hand, can overlay digital information onto the real world, allowing trainees to visualize data and interact with equipment in a more interactive way.

These immersive technologies not only improve the effectiveness of training but also make it more engaging and accessible. Trainees can learn at their own pace and practice complex procedures in a risk-free environment, leading to a more skilled and confident workforce.

The Future of Pharma: A Tech-Driven Landscape

The integration of modern technologies is transforming the pharmaceutical industry from the ground up. AI is accelerating drug discovery, automation is optimizing production, and personalized medicine is tailoring treatments to individual patients. These advancements hold immense promise for the future of healthcare, leading to the development of more effective, safer, and accessible medications for all.

As technology continues to evolve, we can expect even more groundbreaking innovations in pharmaceutical production. From the development of new drug delivery systems using nanotechnology to the use of virtual and augmented reality for training and remote monitoring, the future of pharma is undeniably tech-driven. This exciting new era promises to deliver a new wave of life-saving treatments, improving the lives of patients worldwide.

 

Full Lineup Revealed For Belfast XR Festival With Top Extended Reality Experiences On The Bill

An innovative arts festival is set to once again merge technology and art to create a unique virtual reality (VR) and augmented reality (AR) experience for attendees.

Belfast XR, now in its third year, specialises in curating worldclass immersive technology content that takes the art of storytelling to a new level.

Extended Reality or ‘XR’ is the collective name for virtual reality (VR) and augmented reality (AR). VR is a computer-generated artificial environment with scenes that appear to be real, while AR is a digital overlay onto the real world, which is viewed through your phone or an iPad.

This year’s lineup has been confirmed to include three unique paid for experiences along with an additional three free bonus experiences available for visitors to the festival.

Appearing at the festival will be the magical VR journey through the work of Catalan architect and designer Antoni Gaudí in Gaudí, The Atelier of the Divine.

Attendees will take part in a 20 minute experience designed for small groups of six.

The story will take festival goers back to 1926 when, weakened by age and feeling his death approaching, Gaudí invites his new assistants to discover his studio, to understand his vision and complete his work.

The heart-wrenching voyage of survival Stay Alive My Son is also one of the key events, based on the internationally acclaimed memoirs of Pin Yathay, this immersive 60 minute story thrusts audiences into the shoes of a pained father forced to make the gut-wrenching decision to abandon his six-year-old son to survive during the Cambodian genocide.

The final headline experience will be Eternal, the profound exploration of eternal life, where during this 20 minute experience attendees will step into the realm of eternity with a mesmerising audio journey designed exclusively for one person, in the comfort of their own bed.

As intimate audiences of just two people per time slot climb into a bed they will delve into a profound exploration of eternal life and contemplate the sacrifices one might make for immortality.

Deepa Mann-Kler, director and curator for Belfast XR Festival which is an annual gathering for the XR arts – storytelling, visual arts, music, drama, dance, literature and theatre, said bringing virtual and augmented reality content to new audiences locally is something the team at Belfast XR are passionate about.

She said: “Our ambition is to create an unmissable annual gathering for XR that inspires storytelling and our passion is to bring the best global virtual and augmented reality content to new local audiences. You don’t need to have used a virtual reality headset before, as our team will guide you through the whole process.”

For attendees who purchase tickets for any of the headline events this year they will have exclusive access to three additional free experiences.

Emperor is a 40 minute long captivating virtual reality experience that delves into the mind of a father grappling with aphasia. Attendees will witness the poignant journey of a daughter striving to connect with her speechless father, uncovering the depths of his memories along the way.

Flow is a 15 minute experience where users will be swept away by the winds through what appears to be an ordinary day filled with turbulence. Encounter the sensations of smells, heat and breath, as the air currents unveil hidden presences and reveal captivating events in the life of a woman.

SEN is also a 15 minute experience where attendees will enter the mystical realm of the traditional Japanese tea room, where they’ll meet SEN, the tea spirit. As disaster strikes and SEN dissolves into the universe, it discovers unity with all beings, bringing calm to the tea room.

Running on Wednesday February 28 and Thursday 29 this year’s festival theme is Legacy which will offer attendees the chance to experience world history in captivating ways allowing audiences to step into the past, interact with historical figures, and explore significant events firsthand.

Belfast XR Festival is both for XR enthusiasts and those who haven’t experienced any form of XR in the past.

Deepa explained: “The Festival is aimed at 16+ years of age and is open to everyone. You don’t need to have experienced AR, VR or any of these types of experiences before. We  have an amazing team who will guide you through the whole process from the  minute you step into The Black Box.

“I want people to have memorable experiences. I want them to be altered, in a good way. I want them to talk about how it made them feel. I want to increase their appetite to experience more.

The Belfast XR Festival is supported by the National Lottery through the Arts Council of Northern Ireland. It is also supported by the Department for Communities through Northern Ireland Screen, Digital Catapult NI, Future Screens NI and Ulster Screen Academy.

For more information follow Belfast XR Festival on social media or go to belfastxrfestival.com

Bolt and Snapchat reimagine cities without parked cars in new AR collaboration

Global mobility company Bolt has partnered with Snapchat to create a new Lens that gives every person the power to reimagine their city by visualising urban spaces with fewer parked cars in real time using augmented reality (AR).

The new Lens, which is called P.E.O.P.L.E. (Parked Environment Optimisation for Public Land Enhancement), recognises parked cars and turns them into environments built for people, such as outdoor cafés, cycling lanes and green spaces, and is available to millions of Snapchatters worldwide. It’s the world’s first augmented reality lens that detects cars and replaces them with people-friendly places with a single tap.

The Lens forms part of Bolt’s newest pan-European brand campaign “Feels Like Home”, which encourages people to aspire towards better urban environments with less congestion by highlighting how cities should feel like an extension of your living room, rather than a space for cars.

As the urban populations grow and cities are battling with rising transport emissions and congestion, shared mobility – including shared taxis, bikes and scooters – can help people switch away from using private cars by increasing connectivity to public transport and catering to people’s different mobility needs. Bolt offers taxis on demand in Dublin and Cork, and shared electric bike rental in Sligo, Kilkenny, Wexford, and Bray.

Research from the Tallinn-based firm revealed that only one-quarter of Irish drivers believe they are likely to give up their car in the next five years. Over half (54.55%) of the 1000 drivers that responded cited the overall expense of running a car as a potential reason for giving it up, whilst 52.35% mentioned rising fuel costs as a motivating factor.

A recent consumer survey from McKinsey found that nearly 50% of people are willing to swap private cars for different transport in the next decade, and almost 30% aim to use micromobility or shared mobility more in the coming decade. Bolt’s research also confirms that 63% of people believe shared mobility (ride-hailing, e-scooters, e-bikes, and car sharing) decreases the necessity for owning private cars.

Liisa Ennuste, a creative strategist at Bolt, said: “For decades, cities have prioritised cars over pedestrians, bikes and scooters. This is reflected in the space distribution in cities where more than 60% of urban areas are reserved for cars instead of pedestrians and infrastructure for more environmentally friendly modes of transport.

“Many cities have realised that and are moving away from a car-first mindset by building cycling roads, supporting micromobility, and turning parking spaces into small parklets. Our collaboration with Snapchat is a reminder of how cities can be improved by creating more spaces for people, not cars.”

Poli Dor, Head of Central & Eastern Europe Business Solutions at Snap, commented: “We’re really excited about our work with Bolt, not least because this project helps us to showcase AR’s ability to imagine and promote a more sustainable way of living. We have over 397 million daily active users on Snapchat, so to bring this type of creativity to our platform can have a massive impact, and can help educate people to make more informed lifestyle decisions, like how they get around their city.”

In addition to the Snapchat app, the Feels Like Home campaign will be activated across many other channels, including social media and OOH.

Feels Like Home is the latest Bolt campaign which highlights the potential for cities to be improved if more urban space was devoted to people and infrastructure for shared mobility options like ride-hailing, e-scooters and e-bikes, which reduce the need for owning a private car. Bolt’s suite of products offers viable alternatives to private car ownership: ride-hailing seeks to replace the need for owning a private car, while e-scooters and e-bikes are perfect for shorter journeys, and Bolt Drive can be used for longer journeys where ride-hailing is not suitable.

In past campaigns like Cities For People, Not Cars, Bolt has highlighted how urban environments have been transformed, showcasing historic photos of European landmarks filled with cars and newer photos from the same locations showing fewer cars and more space for people

Dublin City Council Launch ‘DiscovAR Dublin’ – Ireland’s First Augmented Reality Map

Dublin City Council has today announced the launch of a new augmented-reality (AR) mapping feature that allows users of the Dublin Discovery Trails app to open up a 3D map of Dublin on their device and allow them to explore the city in a new, innovative way.

‘DiscovAR Dublin’ is a first for Ireland in utilising new open Google Maps technology to form an interactive 3D map where users can be transported into the city to interact with the map to uncover Dublin landmarks, museums and attractions. Users can also learn more about the history and significance of locations such as the Guinness Storehouse, EPIC – the Irish Emigration Museum and 14 Henrietta Street.

The project is a collaboration between the Dublin City Council, Smart Dublin and Virgin Media Business alongside Peel X, who developed the feature for the Dublin Discovery Trails app.

Launched last year, the app is a platform on which the Dublin local authorities can develop new and exciting immersive experiences combining the real-world history with smart technologies. Already there are unique experiences published including Doors into Docklands, Balbriggan and Castleknock heritage tours.

Lord Mayor of Dublin, Daithí de Róiste, launching this exciting new feature said, “This is first for Ireland, the user can ‘literally’ step into the city from anywhere in the world and explore Dublin in the palm of their hand. This innovative technology will help further position Dublin as a world-class destination with this new experience. I’m delighted to launch DiscovAR here today and I’d encourage everyone to download the app and try it today to explore the best of what Dublin has to offer.”

Tourists and locals alike can use the app before they visit the city, or while they are in the city with the vision that it will assist users to learn more about Dublin and its extensive history, sights, monuments and streets across the capital city.

Also commenting on the launch of ‘DiscovAR Dublin’, Jamie Cudden, Smart City Lead, Dublin City Council said, “DiscovAR offers a new way for visitors and locals to experience the capital city. Through our Smart Dublin programme, we are always thinking about how we can embrace new technologies to enhance how people engage with our Capital City. This app through its immersive AR technology is a new and fun way to explore the City’s culture and history and we see huge potential to expand this.”

The Dublin Discovery Trail app is part of a larger Smart Tourism strategy to invest in digital to transform Dublin’s tourism experience for how we tell the story and history of the city and was developed as part of the new Dublin City Council Tourism Strategy 2023-2028 – Innovation Pillar. Using new and immersive technologies, such as augmented reality, will help further position Dublin as a world-class tourism destination with this new digital experience and allow for further unique and tailored customer experiences that will keep the city relevant for tourists.

For more information on ‘DiscovAR’ and to download the app visit http://dublindiscoverytrails.com or search Dublin Discovery Trails on Apple App Store or Google Play..

Enhancing the Sports Experience: The Rise of Interactive Apps

The advent of technology has seismically shifted the landscape of sports engagement, reshaping the way fans follow, comprehend, and participate in their favorite games. A crucial component of this transformation is the surge in popularity of sports apps, which offer a smorgasbord of features – from live updates to player stats, and even interactive elements.

The Sports App Revolution: Transforming Fan Engagement

Over the past decade, sports apps have witnessed a steady ascent, transforming from simple score-checking platforms to comprehensive digital companions for sports enthusiasts. These apps have fundamentally altered how fans engage with their favorite sports, with popular examples like ESPN leading the charge.

ESPN provides users with a comprehensive platform that includes live updates, in-depth analysis, and access to exclusive content such as documentaries and original series. Of course it also delivers a personalized sports experience with customizable alerts, real-time scores, and player stats across various sports.

In addition, recent research revealed that over 69% of sports fans prefer to experience sports beyond the stadium in 2023, evidencing the widespread acceptance of this technological shift. These apps cater to the modern sports fan’s desire for an immersive and interactive experience, meeting their demand for instant access to information, stats, and analysis at their fingertips.

The Technology Behind the Apps: AI, AR, and Real-time Data Processing

Powering the dynamic functionalities of these sports apps are advanced technologies like artificial intelligence (AI), augmented reality (AR), and real-time data processing. Moreover, AR technology is creating immersive experiences, with apps like MLB At Bat offering users a “3D Stadium” feature. This allows fans to explore the baseball stadium in a virtual setting, truly enhancing their engagement.

In addition to AI and AR, innovations such as geolocation tracking and personalized content curation are also becoming crucial in the realm of sports apps. Geolocation capabilities allow fans to receive specific content based on their location, increasing the relevance of information they receive. Similarly, personalization algorithms learn from users’ behavior and preferences to tailor content, thus cultivating a more engaging and meaningful connection between the app and the user. The synthesis of these technologies amplifies the sports fan’s digital experience, creating an environment that extends well beyond the physical confines of the stadium.

A Look to the Future

Looking to the future, we are on the cusp of witnessing more exciting developments in the realm of sports apps. One feature that has been gaining ground recently is sports betting, weaving an extra layer of excitement for fans. Integrating this into a sports app offers users the thrill of participating directly in the game outcomes.

Moreover, virtual reality (VR) technology, blockchain-based fan engagement models, and more personalized content delivery are predicted to be the next frontiers in sports app development. A study conducted by PwC in 2023 projected that the sports technology industry could be valued at around $55 billion by the end of 2030.

The Evolution Continues

In summary, sports apps have significantly reshaped the way fans engage with sports, offering an immersive and interactive experience previously unimaginable. Bolstered by cutting-edge technologies such as AI, AR, and real-time data processing, these apps have become an integral part of the modern sports landscape. As we step into the future, the advent of features like sports betting, VR integration, and personalized content will continue to enhance the sports experience, promising an exhilarating journey for sports enthusiasts worldwide.

 

Enhancing Reality with AR Development: Innovations and Use Case

Augmented Reality (AR) is a technology that allows users to enjoy an interactive experience by overlaying digital elements in the real world. AR is more commonly associated with the gaming industry, but you can also find it in many other industries nowadays, such as retail, healthcare, and education. By blending the physical and digital worlds, AR draws more attention and provides more desirable results.

In this article, you can read more about how AR development has brought innovation to multiple sectors. 

Innovations in AR Development

For as long as AR has existed, it has been evolving. Through advancements such as real-time object recognition, tracking and localisation, and SLAM technology, AR has provided an increasingly enhanced experience for users, with refined stability and improved interaction.

In addition to the overlay, the hardware has also seen significant enhancements. Many companies have started to invest in the development of optimised AR equipment. Smart glasses and headsets have features that make the AR experience even more unique, such as cameras, a precision current sensor, audio capabilities, motion tracking abilities, and high-resolution displays. 

AR can integrate other relevant and emerging technologies, like Artificial Intelligence and Machine Learning. These technologies have contributed to a quality increase of AR experiences by, for example, enabling accurate and seamless object recognition and tracking, understanding the context of the scene, and interpreting gestures and voice commands. 

Innovation becomes even clearer when looking at mobile apps. AR and the app development industry have gotten very close, which resulted in an interesting combination of mobile apps and AR features. Social media apps like Instagram and Snapchat are immediate examples of this relationship, as they are known to provide filters to add to photos. The retail industry also benefits from AR technology – for instance, IKEA’s app uses AR technology to allow users to try on furniture in their real-life environment.

Use Cases: AR in Different Sectors

AR in Retail and E-commerce

As mentioned previously, AR plays a relevant role in the retail and e-commerce transformation. As people increasingly turn to online shopping, the more necessary it is to find technologies that allow customers to benefit from the advantages of being in a physical store. AR has thus enabled virtual try-ons, which allow shoppers to virtually try on the products before purchasing, from makeup to furniture. 

AR in Education and Training

Thanks to Augmented Reality, education has become more interactive and enjoyable. AR technology can overlay digital elements such as 3D models and animations onto real-life objects, making the experience more interactive, immersive, and memorable, which helps keep students motivated. 

Besides providing a more entertaining learning experience, AR also helps learners acquire skills through simulations of the real world, in which the student can learn and practise in a controlled but realistic environment. This is especially helpful for skills related to aviation and healthcare, for example. 

AR in Healthcare

Augmented Reality can help medical staff perform tasks more safely. For instance, this technology can help surgeons during medical procedures by overlaying a 3D model of the patient’s anatomy onto their field of view, which helps guide them in the surgery, improving precision. Likewise, the same can be applied to students, who can practise performing medical procedures of different levels of difficulty in a realistic environment without the implications and risks of real-life training. 

AR in Manufacturing

AR can also transform the manufacturing industry and make the lives of assembly workers easier by overlaying visual instructions onto their environment, thus guiding them through the most complex assembly processes. Additionally, it can help them detect and reduce errors and display real-time metrics, which increases efficiency and productivity. 

Final Thoughts on the Expansive Realm of AR Development

The future of AR development holds promising advancements, as the realm of AR is constantly evolving. Technological progress makes AR more accessible, immersive, and integrated into our reality. And with the advent of emerging technologies that are bound to be part of our daily lives as well, such as 5G and Artificial Intelligence, Augmented Reality will only continue to grow and provide users with platforms that enhance their learning and skill development processes, their work duties, and their leisure moments.