Source: Intel infographic. Learn more here.
Our current world relies on multiple connected devices, and this trend will only intensify. Intel believes that while we currently utilize various devices like wearables, smartphones, tablets, and PCs, the future holds even more significant changes.
Hermann Eul, VP and GM, Mobile and Communications Group at Intel, points out that users constantly demand better device performance. He highlights that in 2015, devices will need to meet the need for improved imaging, extended battery life without sacrificing performance, integrated experiences, and enhanced responsiveness.
Eul also emphasizes the increasing interconnectedness of devices within the ecosystem. This interaction will lead to a wider range of applications, such as using smartphones to control TVs and gaining more comprehensive health insights from our devices.
Intel predicts that connected devices will become increasingly practical and user-friendly. Kirk Skaugen, Senior VP and GM of personal computing at Intel, notes that individuals who purchase 2-in-1 devices upgrade their computers a year sooner than those using traditional laptops. Interestingly, he adds that approximately half of 2-in-1 buyers seriously considered purchasing a tablet, showcasing how this device type effectively caters to both tablet and PC usage.
Eul identifies wireless charging as crucial to the future immersive lifestyle, though it’s still in its initial stages. He anticipates that high-end platforms will utilize it as a unique selling point, with locations like coffee shops incorporating wireless charging areas to attract customers. While it won’t be widespread immediately, Eul believes it will become a standard feature that we’ll soon take for granted.
Intel anticipates that the Asia Pacific and Japan region will enthusiastically embrace this new computing era. Brands from the Chinese Technology Ecosystem (CTE) and dedicated innovation centers will be key drivers of this change, extending into 2015 and beyond.
Weng Kuan Tan, VP and GM, Mobile and Communications Group China, and Director, Supply Operations at Intel, highlights the role of the China Technology Ecosystem in transforming computing. He believes this ecosystem will continue introducing innovative and user-friendly products without compromising quality for affordability. In the wearables domain, the combination of cost-effective, sufficiently advanced hardware and the introduction of specialized wearable operating systems (OSes) like Apple Watch OS and Android Wear will accelerate the growth of the wearables ecosystem, attracting a growing number of app developers.
Source: Intel infographic. Learn more here.
Genevieve Bell, Vice President, Intel Labs; Intel Fellow and Director of User Experience Research, envisions the rise of smart cities prioritizing people management. She emphasizes the need for enterprises to find a balance between profit and citizen well-being, suggesting that smart cities should focus on reevaluating current practices and improving services that benefit everyone.
The smarter devices of 2015 will prioritize user-friendliness and personalized experiences. This period will also see the development of innovative form factors, features, and experiences, such as wearables and 3D imaging. These advancements will drive innovation and make the Era of Integration appealing to all involved.
Michael Bell, VP and GM, New Devices Group at Intel, believes closer collaboration between technology and fashion companies is necessary for wearables to thrive. He points out that wearables are personal items, not just computers, and should be appealing. He anticipates that 2015 will witness impressive outcomes as we move beyond the current hype.
Genevieve Bell adds that touch interfaces may not be suitable for all wearables and highlights ongoing work on alternative interaction methods. She suggests that a more intelligent voice control interface could be a compelling option.
Furthermore, device and transaction security advancements will revolutionize the internet. Written passwords will become obsolete, replaced by advanced biometrics and stricter government regulations.
Source: Intel infographic. Learn more here.
The Internet of Things (IoT), encompassing countless interconnected smart devices ranging from tiny chips to massive machines using wireless communication, is expanding rapidly. IDC predicts that the global IoT market will reach US$7.1 trillion by 2020, significantly increasing from US$1.9 trillion in 2013.
The IoT has the potential to revolutionize government efficiency, business operations, and overall productivity, offering substantial benefits to communities worldwide, particularly those adaptable to rapid change. For instance, utilizing IoT platforms in an Intel factory in Malaysia resulted in cost savings of US$9 million.
Prakash Mallya, MD, Intel South East Asia, acknowledges that while IoT adoption is in its early stages in the region, the increasing interconnectedness of countries presents opportunities for enhanced national productivity. With several smart city pilot programs underway across Asia Pacific and Japan, Mallya believes the key for successful IoT implementation lies in effectively managing and improving quality of life within these markets.
To ensure a smooth global transition into this new computing era, the advantages must be evident. Genevieve Bell stresses the importance of clearly and concisely explaining the technology while addressing concerns regarding privacy and security.
Source: Intel infographic. Learn more here.
A thriving technology ecosystem is also essential, requiring a current and future workforce equipped with the necessary skills, knowledge, and resources for success in this new era. According to the Talent Shortage Survey, skill shortages prevented 45% of employers in Asia Pacific from filling vacancies in 2013. To maintain its position as a leading innovation hub, the region needs to address these gaps rapidly and create opportunities for all.
Prakash Mallya, MD, Intel South East Asia, emphasizes the importance of education and broadband connectivity for developing countries in Asia Pacific and Japan in 2015. Increased connectivity and device usage will significantly boost productivity in these regions, benefiting economies and emerging markets while establishing a foundation for IoT and embedded computing.
Shelly Esque, VP, Legal and Corporate Affairs; Director, Corporate Affairs Group; and Chairman of the Board, Intel Foundation, believes that technology can democratize education. She highlights Intel’s commitment to bridging the gender and internet gap globally through the “She Will Connect” initiative, which aims to empower women and girls by providing technology access, digital literacy training, and entrepreneurial skills development. Esque stresses that internet access enables women not only to consume content but also to become creators, fostering their participation in economic and social spheres and shaping their futures. Intel is dedicated to collaborating with partners to address this challenge effectively.
Finally, societal evolution is crucial to adapting to these technological advancements. Government regulations and changing end-user behavior will be key drivers. Richard Hsu, MD, Intel Capital China, stresses the need for governments to create a level playing field for businesses, allowing SMEs to operate optimally. He believes that small businesses will advocate for their preferred operational methods.
*Worldwide and Regional Internet of Things (IoT) 2014–2020 Forecast: A Virtuous Circle of Proven Value and Demand, May 2014. **Intel and Mitsubishi Electric Collaborate to Create Next-Generation Factory Automation Systems, September 2014. ***Talent Shortage Survey 2013, ManPower Group.