by Anika D | Jul 21, 2022 | Emerging Technology
A virtual platform where you can connect with everyone via digital avatars is known as Metaverse. This technology produces a virtual space similar to the real world. Moreover, virtual communities emerge at a rapid pace due to covid-19. Therefore, you can easily see an individual’s ecosystem globally. Furthermore, the popularity of NFTs, 3D avatars, cryptocurrencies, and immersive gaming create various opportunities for worldwide players.
As a result, the global market size of Metaverse professionals is growing rapidly. Below are some countries that are working as metaverse professionals in 2022:
United States of America
Source
The U.S. originated the Metaverse idea, and several companies are working on V.R. and A.R. technologies. The American gaming company “Roblax” appeared on the New York Stock Exchange in March 2021 and introduced the Metaverse concept. Moreover, the CEO of one of the best companies, “Microsoft, ” told all tech giants to enter the Metaverse.
United Kingdom
Like other countries, European users are highly curious about the Metaverse concept. However, according to the latest research, they are most eager to work on AR and VR technologies on the entire continent.
India
Many big Indian firms are embracing the Metaverse concept. In addition, companies like MakeMyTrip, Mahindra and Mahindra, and Tanishq have ventured into the metaverse space and are trying to pave the road to the digital world. It is one of the best countries to work as a Metaverse Professional in 2022. Its companies use NFTs as marketing and metaverse-related tools to expand their business.
France
Many French companies recently gathered at the VivaTech event in Paris, mainly focussing on virtual reality. It is an integral part of the future of the Metaverse. Also, many companies like LVMH allow people to try their clothing through augmented reality. So, this new frenzy spread all over France too.
China
Like various other countries, Metaverse is a new buzzword in China and brings new business opportunities. Many technology companies in China are developing trademarking metaverse-related phrases and metaverse-type programs and investing in the AR/VR segment. If you want to work as a Metaverse professional, China is one of the best places.
Israel
Tech companies of Israel are playing a huge role in Metaverse through research by Remagine Ventures. It is a seed and pre-seed venture capital firm. The local landscape includes around 50 active companies in this sector.
Korea
The first country whose government is all in Metaverse is South Korea. The Korean government released the “Five-Year Plan for the Metaverse City” on 4th November 2021. It will invest around $3.3 million to create a Korean Metaverse platform, “Metaverse Seoul.”
Saudi Arabia
Saudi Arabia and UAE have become major players in the online virtual world. The new home for Metalincubator is Dubai. It is the first Metaverse Incubator that fosters the development of early-stage Metaverse applications. It is one of the great places to work as a Metaverse Professional.
Canada
Canadian tech companies are already working deeply deep in the metaverse market. They offer services and products to improve your lives. So, Canada is one of the best countries to work as a Metaverse Professionals.
Japan
The mixture of the virtual world and reality has already been happening in Japan for several years. Japanese games are already trying to make their players lead new lives with friends and relatives. So, one must give their shot by working in Japan as a Metaverse professional.
Wrapping Up
Metaverse professionals hold a great future, and the above-mentioned countries can provide you with various opportunities in this field.
by Anika D | May 13, 2022 | Emerging Technology
Quantum computers are the future technology that will transform operations forever. The Global quantum computing market is estimated to be $949 million by 2025, and that’s a big number. The technology uses quantum physics to store data and perform computations. So, the good news is that D-Wave has set its latest quantum computer to the University of Southern California.
Let’s have a look at the news!
Let’s Uncover the News
Source
D-Wave Systems Inc, a Vancouver-based quantum computing agency, said on May 12, 2022, that it has successfully set the latest quantum computer in the University of Southern California.
Murray Thom, D-Wave’s Vice President of product administration, said that the Quantum computer is the strongest machine, referred to as the Advantage system, launched in September 2020. Since then, it has been operational in Canada and Germany.
Quantum computers use qubits rather than bits. And, the Advantage system has over 5000 qubits. It’s an impressive number and makes it one of the most powerful machines.
The company believes that the Quantum computers are predicted to have the ability to function thousands and thousands of times quicker than in the present day’s superior supercomputers.
Murray Thom further added that as a company helping the future technology, we know that people are closely paying attention to where things are located and what’s happening. Furthermore, the limitations of quantum computing are not limited to this world, as AI And Quantum Computing uncover black holes and try to look inside them.
The Developments of D-Wave
Source
In February, the Quantum computing firm D-Wave Systems Inc agreed to collaborate with blank-check company DPCM Capital. In a deal that values the combined company at nearly $1.6 billion.
Not only this, but Vancouver-based D-Wave is moving ahead and signing up deals with the companies which are taking similar steps. Examples are Grab Holdings and BuzzFeed.
D-Wave, running since 1999, offers real-time, full-stack quantum systems that power hardware engineering, post-processing software, and chip fabrication. The applications of quantum computing are immense, and many technology tycoons are looking forward to it.
The companies adopting quantum computing are looking for its applications. It includes logistics, artificial intelligence, financial modeling, and cybersecurity sectors.
Benefits of Quantum Computing
Some of its benefits are:
- It will help to study the complex structure of atoms and molecules. In addition, it will transform the drug industry by opening doors to discoveries.
- A boon for the finance industry as it will lead to deeper analytics to new and faster trading possibilities.
- It’s a blessing to save the planet Earth through quantum computing; scientists can find new CO2 catalysts and study the patterns.
- Another advantage is in solving complex problems and situations. Quantum computers are fast and can solve multiple problems within seconds. It will help many industries.
- It’s advantageous for the Space industry as quantum computing is majorly used in this area.
So, with such advancements in technology, tech companies have a huge responsibility to bring the best out of it. So, keep checking here to know all the latest developments!
by Anika D | Apr 15, 2022 | Emerging Technology
The 5th generation of wireless technology is rapidly rolling around the world. It assures the jump in reliability and speed, enabling mobile devices to behave like computers connected to the wired network. But 5G networks pose some security challenges facing enterprises and consumers. Hence, it increases the need for using IoT devices.
5G access to high bandwidths will connect more users and devices. It seems like a piece of good news. But unfortunately, 5G also comes with a boon for enterprises and cybercriminals. Here are some of the prominent cyber security concerns when moving to 5G networks:
Large Attack Surface
5G networks will connect with more IoT devices, so there will be more entry points for cyberattacks. Smart devices will multiply, and each will become a potential target for hackers.
Bigger Cyber Attacks Impacts
Enterprises will depend on 5G significantly more as compared to their predecessors. For example, smart cars, air traffic, hospitals, and others rely on 5G. In addition, there are several interconnected IoT devices or infrastructures. So, a security breach in an area has cascading effects on 5G network-connected devices.
Potential for Invasive Spying
Source
As per USA Today, manufacturers can use the enhanced connectivity of 5G devices to spy on consumers. In addition, cybercriminals can abuse the device with audio and video capabilities to listen and watch to unaware users. For example, recently, this type of risk came from government responses to the telecom company Huawei, and its 5G phone, the Mate X. Some international governments have been cautious about allowing Huawei on their networks for fear of state-sponsored spying.
Missing Security Objectives when Moving to 5G
According to Cornell University’s last year report, the 5G AKE protocol failed to meet different security goals needed by the 3GPP. AKE (Authenticated Key Exchange) is a security protocol for smartphone subscriber authentication.
Subscriber Activity Monitoring Attacks
The international researchers analyzed and found that the new security threat can exploit AKE protocols vulnerabilities. Additionally, these subscriber activity monitoring attacks utilize sham base station attacks, which cybercriminals have used while targeting security leaks in the network. Also, it targets AKE protocols and a vulnerability in the SQNs (sequence numbers) encryption.
Though 5G AKE protocols have advanced security against these fake base station attacks, the relay attacks could breach 5G’s SQN. In addition, these are more adverse than previous attacks because hackers can monitor user activity even if they have left the fake base station range.
More Threatening DDoS Attacks
Source
Stuart Madnick is an IT professor at the Massachusetts Institute of Technology. He said that the cyber attackers could use 5 G’s inactivity to lower the devices required to overwhelm industries in DDoS attacks.
5 G’s speed boost will make these attacks harder to handle and more efficient. DDoS attackers will strike faster in seconds, not minutes. Therefore, counter-responses to these attacks will also need to be quicker. Moreover, there will be more IoT devices for hackers to collect and harness for DDoS attacks. So, the frequency of these attacks will possibly increase.
Final Words
You can see many advancements and tech products rise from the increasing usage of the 5G network. But you need to cautiously and vigilantly approach the 5G network security needs to understand the potential 5G opens for privacy invasions. Hopefully, the next phase of moving to 5G will address these security challenges.
by Anika D | Mar 7, 2022 | Blockchain, Cybersecurity, Emerging Technology, Industrial IoT
The worldwide military apparatus undergoes significant transformation to strengthen capabilities. Some of the latest technologies like Artificial Intelligence, Robotics, and the Internet of Things optimize military efficiency and defense operations. Nowadays, hybrid approaches replace traditional warfare. The latest technology trends are transforming battlefields in the aspects like lethality, connectivity, sustainability, and autonomy.
Connectivity solutions mark concerns like how to communicate or direct operations. In addition, advances in weapons and missiles improve lethality, making effective battlefield operations. In the case of autonomy, companies utilize AI and robotics to execute strategies without human interference. Finally, startups are increasing sustainability with technologies including electrification and additive manufacturing.
Some of the emerging technologies that advance the defense field are listed below:
Artificial Intelligence
Source
The usage of AI in the army boosts computational military reasoning for ISR (intelligence, surveillance, and reconnaissance) missions. It empowers autonomous weapon systems and enables equipment safety management resulting in minimum casualties. By controlling machine learning and digital twin technology, defense manufacturers check new military product iterations and allow predictive military assets maintenance.
Advanced Military Equipment
Defense is making more advanced and sophisticated defense equipment to counter increasing threats. Innovations starting from space militarization to directed energy weapons are underway. Moreover, the defense industry is placing its goal to achieve net-zero emissions.
For example, it invests in electrification methods by using electric propulsions in military aircraft and testing hydrogen fuels. In addition, many companies are advancing research in nanotechnology and biotechnology for creating equipment like self-healing armors, etc.
Internet of Things (IoT)
Applications of IoT in the army include connecting planes, ships, drones, soldiers, tanks, and operating bases in the cohesive network. It enhances perception, response time, and situational awareness. AI, 5G, and Edge computing support the smooth data flow across all military branches, strengthening the control and command structure.
Big Data Analytics
The warfare future depends on information and the ability to extract in-depth knowledge. Army with the capabilities to pull out the critical data quickly and accurately and then securely spread the information will have an advantage. Big data analytics decipher insights from the various sources to do that.
Cyber Wars
Source
Military systems are most vulnerable to cyber-attacks that potentially lead to classified military information loss and army systems damage. Over the last ten years, the severity and frequency of cyberattacks have increased.
As a result, related army equipment security for significant institutions and nuclear security are substantial areas to deal with. In addition, militaries are developing aggressive cyber warfare capabilities, from ransomware and malware to phishing attacks.
Blockchain
Blockchain offers information security while sharing relevant data with the concerned parties. Therefore, defense startups create blockchain-based solutions to save confidential military data and prevent cyber threats. Its other applications in the defense industry include procurement process streamlining, supply chain security, and device tracking.
Final Thoughts
Understanding that the war landscape changes exponentially with new technologies is essential. For example, intelligent systems, lethal autonomous weapons, and AI are significant drivers for offensive and defensive army capabilities. Therefore, companies make dual-use technologies and military modernization solutions for civilian and military benefits.
by Anika D | Feb 4, 2022 | Industrial IoT, Information Technology
The internet of Things – IoT technology is around a billion devices connected to the internet which collect and share data. The rise in IoT witnessed a growth in the pandemic era as homes are new offices now. Up to 278 business executives plan to reduce their office space by 30% post-pandemic.
Such a change in work culture has made many tech tycoons introduce intelligent home features to reduce workload. Let’s check what the future holds for household chores in the arena of IoT.
Source
Smart Showers
Imagine a smart home alarm waking you up early because you’re on a hectic schedule today. The smart shower has already coordinated with data, and the water is heating at 105 degrees Fahrenheit. Everything is adjusted and customized according to your preferences.
Yes, it’s possible with IoT IoT technology and smart technology aiming to reduce household chores. Smart showers are powered by future-changing emerging technologies having sensors such as microchips, thermostats, voice control, and much more. It stores your weekly routine, collects new data, and works coordinates with the help of an app.
Home Cleaning and Laundry
The primary household chore is cleaning and laundry. IoT-driven applications like RFID technology will manage all your laundry. For example, there are smart laundry dispenser cabinets. It will collect clothes and wash them according to the amount of dirt.
Also, it will give alerts to residents about laundry schedules. In addition, they sort out the clothes and fold them after perfect washing and drying. The cleaning will become hassle-free with automated robots. It can map the house with tiny sensors and cameras. So daily it will be street cleaning like a punctual house help. They sense children on the floor, hindrances, and avoid stairs.
Kitchen Robots – IoT Technology
Doesn’t it feel like fantasy? But, it’s going to be true. The kitchen robots will use the latest sensors and cameras for cooking food. Moreover, the camera will use face recognition technology for sensing every family member.
Smart kitchen robots are versatile as various cuisines are stored in their memory. Further, robots connect with your smart home to work as a family member. They can store routine, behaviour, and data to give you a human-like cooking experience.
Shape-Shifting Furniture
Source
Reduce the tedious work of moving furniture as smart furniture is autonomous. Also, in the coming future, the Internet of Bodies will not look like computers but like usual elements of the home. To decrease your workload, tech capitalists are creating smart furniture.
They are app operated, can take their decisions, and are touch-controlled. Moreover, the furniture can turn the bed to an office chair, couch on just a command or judge the scenario. It will solve half of your work at home.
Bottom Line
By 2027, the IoT market will yield over $520 billion in market revenue, and the reasons are its immense benefits. Not only the household, but it’s taking over all the industries. It lets you focus on your primary goals to leave other tasks to intelligent gadgets. Another buzz is that it’s very energy-efficient and smart in all ways. So, look forward and stay updated with IoT technology to know what the future holds.
