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5 Emerging Tech Trends Startups Should Follow

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5 Emerging Tech Trends Startups Should Follow

In recent years, technology has been evolving exponentially. It is clear that the current tech trends will make or break many companies in the following years. Tech trends will be the driving force behind many changes that await us.

If you want your startup to gain a competitive edge, these are the 5 most important emerging tech trends you should follow.

Artificial Intelligence (AI) and Machine Learning

Artificial intelligence may be the biggest tech trend at the moment. AI and machine learning have made their way into our homes and workplaces. From creating personalized shopping experiences to helping us answer emails and analyze data, AI is revolutionizing the way we live and work.

AI and machine learning have become tools that help us interpret and understand the world around us. An increasing number of companies and professionals, including healthcare providers, stock traders, and car companies, are relying on machine learning to improve their performance, services, or products.

For instance, the volume of data we collect on COVID-19 infection rates and the success of the measures we take to slow down the pandemic is constantly increasing. To find efficient solutions for COVID-19-related problems, researchers are feeding this data to machine learning algorithms.

From analyzing interactions uncovered through contact tracking to monitoring the capacity of public areas, self-learning algorithms have the ability to spot connections that human analysis is not able to detect.

From socializing and shopping to recruitment, meetings, and virtual working environments, more human activity will take place online as a result of the pandemic. Businesses will use machine learning algorithms to analyze and understand the changing patterns of consumer behavior. The AI tools we use to analyze these behavioral shifts will become more commonplace.

More and more organizations will build the necessary infrastructure and set aside funds for AI technologies. Others will rely on AI as a service (discussed below).

Robots

The use of robots is becoming more common in the assisted living and care sectors. When it comes to interacting with the elderly and other members of society that are vulnerable to infection, these robots will become increasingly important.

Instead of using robots to replace human interactions, companies will use them to offer new channels of communication.

Businesses across the board are already using virtual assistants and chatbots powered by AI to offer 24/7 support to their customers. The next step will be using physical robots to provide 24/7 in-home and in-the-workplace help to everyone who needs it.

Companies are increasingly turning to robotics providers for services such as security and cleaning. The stock prices of companies involved in supplying robots are soaring at the moment.

Extended Reality (XR)

Extended reality includes augmented reality, virtual reality, and mixed reality. The term covers technology that uses cameras, headsets, or glasses to merge the virtual and physical worlds. By 2022, the XR market is projected to surpass $200 billion.

Soon, XR will allow consumers to head to lunch in some faraway country or shop for a new house as if they were actually on-site.

We are already seeing an increase in the use of AR and VR tools in education. The University of Virginia has developed a VR based classroom that helps teachers improve their classroom management skills.

Some manufacturing companies have started to use VR for on-the-job training because it is safer. It also allows them to simulate dangerous scenarios without actual danger.

5G and Enhanced Connectivity

5G doesn’t just mean that we will be spending less time waiting for YouTube videos to launch or webpages to load. Each time mobile connectivity evolved to a new level, we discovered new use cases for the internet.

For instance, 3G made data-driven services and web browsing useful on mobile devices. And, as bandwidths increased with the introduction of 4G, streaming video and music platforms started to grow.

Cloud-based gaming platforms such as NVidia’s GeForce or Google’s Stadia or advanced technologies such as VR and AR will become much more viable when 5G launches worldwide.

Since we won’t need to be tethered to a particular location when 5G becomes commonplace, fiber-based and cable networks may become redundant.

Eventually, 5G will make all other major tech trends available anywhere, any time. There are already some practical examples of this. For instance, Samlar, a Norwegian fishery operator, uses a pilot 5G Telenor Norway network to automate the feeding and care of its fish.

The “As-A-Service” Revolution

AI, robotics, and other technological advancements have become so accessible partially thanks to the “as-a-service” revolution.  The “as-a-service” sector provides services that we need to work through on-demand, cloud-based platforms. It’s one of the reasons why even small businesses and solopreneurs can take advantage of groundbreaking technologies.

Many innovators and startups in all industries no longer need to invest huge amounts of money in specialized equipment, tools, and people in order to deploy cutting-edge tech thanks to the many cloud offerings from companies such as Amazon, Microsoft, and Google.

About the Author:

Michael has been working in marketing for almost a decade and has worked with a huge range of clients, which has made him knowledgeable on many different subjects. He has recently rediscovered a passion for writing and hopes to make it a daily habit. You can read more of Michael’s work at Qeedle.

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Huawei Launches PowerPOD 3.0, a New Generation of Power Supply System

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Huawei Launches PowerPOD 3.0, a New Generation of Power Supply System

During the Huawei Next-Generation Data Center Facility launch event, Fei Zhenfu, CTO of Huawei Data Center Facility Team, released a new generation of power supply solution—PowerPOD 3.0. Through core technology innovation and component convergence, the solution optimizes the layout and builds a worry-free data center power supply system that saves footprint, power, and time.

Footprint saving: 40% smaller footprint

By using an innovative converged architecture and the industry’s ultra-high-density UPS5000-H, the power density per cabinet is increased and the space layout of the power supply system is optimized. The number of cabinets is reduced from 22 to 11, resulting in a significant footprint decrease. In a 12 MW data center, for example, the footprint saved by the PowerPOD 3.0 solution allows for deploying more than 170 additional racks compared with a traditional power supply solution.

Power saving: 70% lower consumption

The link efficiency of a traditional power supply solution is generally lower than 94.5%. In contrast, PowerPOD 3.0 raises the efficiency up to 97.8% while shortening the link length. In addition, the UPS5000-H delivers an efficiency of 99.1% in S-ECO mode, effectively reducing power consumption. Using the PowerPOD 3.0 in a 12 MW data center will save nearly 300,000 U.S. dollars each year.

Time saving: 75% shorter delivery

A traditional power supply solution requires about 35 copper bars and 180 cables to be connected onsite, resulting in high-quality risks and a delivery period of 2 months. The PowerPOD 3.0 uses tray-alike prefabricated busbars for internal connections. With prefabrication and commissioning completed in the factory, onsite construction can be completed only in 2 weeks, accelerating service rollout for customers.

Worry free: 40% lower fault rate in SLA

Based on the concept of “autonomous driving” and AI technologies, the PowerPOD 3.0 is armed with iPower intelligent feature, which provides two-layer reliable designs for end-to-end visibility as well as AI temperature prediction, life prediction of key components, and intelligent setting. Automatic and predictive O&M becomes possible.

Data centers are evolving towards high density and large scale. As the “heart” of a data center, the power supply system must not only ensure safety and reliability throughout its life cycle to match the growth in demand, but also integrate all equipment in the power supply chain in an innovative way to create more value for customers.

 

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Internet of Things

How Can IoT Inspire Modern Innovation

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IoT Inspire Modern Innovation

The Internet of things has continued to shape the modern technological landscape by penetrating more areas of life through the introduction of new devices. The market has several examples of the Internet of Things, and new IoT devices keep popping up virally everywhere.

The internet of things is advertised everywhere, from blogs to yellow pages, mass media, and newsreels. The IoT revolution gives people a fresh, innovative experience and a new sense of belonging. However, it is far more than simply connecting.

So let’s take a look at how the IoT inspires modern innovation.

●     Smart Homes

Most people can’t imagine a contemporary home now without smart security, lighting, appliances, indoor cameras, thermostats, etc. Smart homes have made life easier and convenient for people. This has ensured that people are more efficient with their resources and time.

A leading company specializing in making homes smarter is Nest Labs. Through a smart thermostat system, you can now remotely control the cooling and heating of your home. In addition, the device can automatically turn off your cooling or heating system when you are away to help you save energy consumption.

It would also be able to save your energy by learning your preferences. You would eventually pay less for your cooling and heating bills. It is a smart choice, especially for people living in cold climates.

●     Wearables

The Internet 9f things market has recently seen the influx of several weakest roughly classified as fitness and health devices. Apple, Fitbit, Samsung, and others represent this area of IoT use. These devices usually monitor sleep, calorie intake, heart rate and track activities and other metrics to help you stay healthy.

In other cases, these wearables can communicate with other third-party healthy provider applications to share information about chronic conditions. Finally, connectivity Is the key to IoT wearables. The previous generation of devices relied on rickety home Wi-Fi or physical cables.

But today’s IoT wearables have integrated connectivity right into the devices. As a result, most wearable aspects have shrunk, from the in-device SIM cards that connect through cellular to the sensors.

This has resulted in cellular-based connectivity that uses less power and in a sleek form, making the device easier to wear and use. In addition, IoT SIM cards are usually billed monthly through IoT sim card plans, making it easier to access.

●     Supply Chain and Retail Management

There is a convenience store where you do not need to wait in long lines to pay for your items; the Amazon Go no checkout store. You need to live close to these stores and have a unique app on your phone.

The store has specially equipped sensors that are connected to IoT devices. Ultimately IoT would transform the supply chain with revenue opportunities and operational efficiencies. The supply chain in today’s market is not just a way to keep an eye out for your product. It is now a way to get ahead of your competitors while strengthening your brand.

●     Agriculture

Most people often overlook smart farming when it comes to IoT innovation. However, several innovative products are geared toward forward-thinking farmers.

For example, some use distributed smart sensor networks to monitor several natural conditions like soil quality, air temperature, and humidity. Other hose automated irrigation systems.

An example of such an IoT device would be Blossom. It is a smart watering system that uses real-time forecasts and weather data to create the proper watering schedule for your yard. It also consists of a smart Bluetooth-enabled controller and a mobile app.

The system is easy to install, set and manage. Though it was initially developed for home use, you can also apply it on a larger scale.

●     Healthcare

IoT now plays a massive role in digitizing healthcare and helping improve both patient outcomes and clinic operations. End-to-end clinical management suites such as RTLS by CENTRACK are one of the vivid examples of IoT use in the healthcare industry.

RTLS uses smart sensors to track patients’ care and clinical operations from regulatory compliance, staff satisfaction, and patient care quality. In addition, it collects real-time data that clinics use to monitor the medical equipment state and avoid breakdowns through timely repair schedules.

Additionally, smart medication dispensers like HERO are used for people in need of home treatment. Specifically, they are for elderly care. The dispenser can correctly load the right prescription pill and monitor the pill intake.

Wrapping Up

Businesses would have to embrace the idea of the internet of things sooner than later. There is a lot of space in the IoT space at the current time. Though applications remain limited, technology for IoT is just coming into full maturity. The coming years will see IoT inspire modern innovation in the business and consumer worlds.

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Pocket Network Continues to Exceed Web3 Industry Demand with Record Number of Protocol Relays

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Pocket Network Continues to Exceed Web3 Industry Demand with Record Number of Protocol Relays

Middleware protocol for blockchain approaching one billion daily relays, ten times the volume from last year

 Pocket Network, a relay infrastructure middleware protocol that provides abundant blockchain bandwidth from a globally distributed network of 40k+ full nodes to applications in Web3 across 40+ blockchains, including Ethereum, Polygon, Solana, Fuse, Avalanche, and Harmony, today announced its protocol has processed a record number of relays, nearing the benchmark of one billion daily.

Relays have doubled week-over-week and Pocket is nearing one billion daily relays, ten times the 100 million average daily relays Pocket was averaging in November. In just the last week alone, Pocket has had more relays than it did for the whole month of December.

“Robust blockchains require robust decentralized infrastructure, and we’re glad that we’ve been able to serve the demands of growing blockchain ecosystems,” said Michael O’Rourke, CEO and Founder at Pocket Network. “Relays drive the growth of our full node infrastructure, which in turn creates a more resilient and secure network.”

New blockchains and app integrations continue to switch to the decentralized global infrastructure provided by Pocket. Harmony and Polygon alone are driving hundreds of millions of relays across Pocket.

With its sustained growth, Pocket is proving the demand for decentralized web3 infrastructure. This demand is agnostic to market conditions, and will continue to be a mainstay in a bear or bull market. In addition, liquidity channels will open up as its protocol becomes more undeniable in terms of industry utility, where they are replacing middlemen with middleware, and where they continue to eat up the inherent inefficiencies in the current way the crypto industry is supported by cloud computing and hosting providers. Being cheaper, faster, and better has been the winning formula to Pocket’s scale and dominance.

About Pocket Network

Pocket Network, a blockchain data ecosystem for Web3 applications is a platform built for applications that uses cost-efficient economics to coordinate and distribute data at scale. It enables seamless and secure interactions between blockchains and across applications. With Pocket, the use of blockchains can be simply integrated into websites, mobile apps, IoT and more, giving developers the freedom to put blockchain-enabled applications into the “pocket” of every mainstream consumer. For more information visit pokt.network.

This News has been Published in Partnership with PR Newswire

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