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Technology has bought about a revolutionary change, and the education sector is not to be left behind. Technology has catapulted digital education leading to massive changes witnessed worldwide. By 2025, the global spending on education is projected to touch a massive US$350 providing many unexplored opportunities to the EdTech innovators. Currently, the education sector is seen as one of the underserved segments with untapped opportunities for technology adoption. Here are a few of the technology trends in the education domain that we are looking forward to in 2023 and beyond:Internet of Things (IoT)
Internet of Things (IoT) holds tremendous opportunities in modern education ambit. IoT has the potential to create smarter and more connected schools and universities by bringing centres of learning closer to a virtual environment. For instance, IoT sensors can be deployed to track the traffic movements throughout the campus, giving schools key data to determine which areas need enhanced security features like lighting to benefit its students and visitors. Also, by using real-time communication tools, educational institutions can share the progress reports of the students with their parents, IoT sensors can also help parents track their child’s class attendence in a live enviornment.Immersive Learning (AR, VR & MR)
Immersive learning is the gen-next trend in the education segment. Immersive learning involves learning through a simulated environment in an artificial setting. The rise of virtual reality (VR) and augmented reality (AR) is creating new forays into ed-tech learning. The combination of AR and VR or Mixed Reality is offering new experiences from astronomy to historical drama to environmental science.Blockchain
If you thought Blockchain to find its application into finance, then think again. Of late, Blockchain is offering great collaboration into secure data exchange facilities which are unique and difficult to hack for the enterprises. The higher education sector has embraced blockchain technology as a lot of case studies and use cases emerge for the usage of blockchain in the education sector. Consider this, blockchain provides immense untapped opportunities into student data sharing between multiple universities for student transfer, scholarships, semester exchange and course exchange. Recruiters will find Blockchain to be a boom at placements when educations institutions have to share student academic data.Artificial Intelligence (AI)
Higher education has got many impactful implementations of AI, for instance, in the case of facial recognition, an educational institution can easily track their student’s attendance by capturing photos on each day. Computer Vision and Facial recognition are also helpful to secure campus infrastructure from unauthorized access. Other use cases include strengthening exam security by identifying cheating instances during online exams and conducting exams without any physical human invigilation.Chatbots
Chatbots are an exciting technology that understands the user intent and respond to human conversations. Chatbots have the potential to save time and administration costs by quickly resolving website or mobile app queries to a visitor on an instant basis round the clock. A chatbot can be integrated with frequently asked questions about the courses, fees, student intake and placement opportunities of the education institution helping prospective students resolve their queries. Chatbots hold untapped opportunities for the educational institutions, in areas of the automating responses to queries related to education loans, admission process, admission criteria and scholarships. Summing up, as learning continues to evolve, digital technologies have a massive potential to help enable that. As the world becomes more connected, more opportunities evolve to help you learn and master any course.
Technology has bought about a revolutionary change, and the education sector is not to be left behind. Technology has catapulted digital education leading to massive changes witnessed worldwide. By 2025, the global spending on education is projected to touch a massive US$350 providing many unexplored opportunities to the EdTech innovators. Currently, the education sector is seen as one of the underserved segments with untapped opportunities for technology adoption. Here are a few of the technology trends in the education domain that we are looking forward to in 2023 and beyond:Internet of Things (IoT) holds tremendous opportunities in modern education ambit. IoT has the potential to create smarter and more connected schools and universities by bringing centres of learning closer to a virtual environment. For instance, IoT sensors can be deployed to track the traffic movements throughout the campus, giving schools key data to determine which areas need enhanced security features like lighting to benefit its students and visitors. Also, by using real-time communication tools, educational institutions can share the progress reports of the students with their parents, IoT sensors can also help parents track their child’s class attendence in a live enviornment.Immersive learning is the gen-next trend in the education segment. Immersive learning involves learning through a simulated environment in an artificial setting. The rise of virtual reality (VR) and augmented reality (AR) is creating new forays into ed-tech learning. The combination of AR and VR or Mixed Reality is offering new experiences from astronomy to historical drama to environmental chúng tôi you thought Blockchain to find its application into finance, then think again. Of late, Blockchain is offering great collaboration into secure data exchange facilities which are unique and difficult to hack for the enterprises. The higher education sector has embraced blockchain technology as a lot of case studies and use cases emerge for the usage of blockchain in the education sector. Consider this, blockchain provides immense untapped opportunities into student data sharing between multiple universities for student transfer, scholarships, semester exchange and course exchange. Recruiters will find Blockchain to be a boom at placements when educations institutions have to share student academic data.Higher education has got many impactful implementations of AI, for instance, in the case of facial recognition, an educational institution can easily track their student’s attendance by capturing photos on each day. Computer Vision and Facial recognition are also helpful to secure campus infrastructure from unauthorized access. Other use cases include strengthening exam security by identifying cheating instances during online exams and conducting exams without any physical human invigilation.Chatbots are an exciting technology that understands the user intent and respond to human conversations. Chatbots have the potential to save time and administration costs by quickly resolving website or mobile app queries to a visitor on an instant basis round the clock. A chatbot can be integrated with frequently asked questions about the courses, fees, student intake and placement opportunities of the education institution helping prospective students resolve their queries. Chatbots hold untapped opportunities for the educational institutions, in areas of the automating responses to queries related to education loans, admission process, admission criteria and scholarships., as learning continues to evolve, digital technologies have a massive potential to help enable that. As the world becomes more connected, more opportunities evolve to help you learn and master any course. The future of education is exciting, and schools and education must evolve to embrace new learning styles and technologies to interest students. It is equally imperative to maintain the integrity of the knowledge in areas like history, arts and literature that help create responsible citizens.
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Hyper automation a highly developed automation strategy makes use of robotics, AI, and cutting-edge software engineering. In order to reduce labour and streamline workflows, it connects already-existing systems, users, and tasks before duplicating these automated operations.
Hyper automation and Hyper automation trends will be a highlight for the year 2023. The article lists top 10 Hyper automation trends and these are the hyper automation trends to watch out for in 2023.The Introduction of Super Apps
Super applications will be ideal for businesses looking to recruit and keep young talent, particularly millennials and members of generation Z, who expect a consumer-like, mobile-first, real-life experience even at work. The explanation for this is that Super Apps serve as an instant messaging platform to encourage efficient communication among workers in a hybrid culture.
Businesses using Super Apps can have access to crucial customer information and use data analytics tools to transform it into a gold mine for understanding the kind of products clients are interested in and customising with cross-promotional discounts to boost conversions.Metaverse and Hyperautomation
The Metaverse is a virtual environment that combines many technologies, such as virtual reality (VR), augmented reality (AR), artificial intelligence (AI), 5G networks, etc., to allow people to communicate, study, work, sell, and socialise. In terms of interactions between humans and AI, the Metaverse is a highly “evolved” and emerging technology, on which hyper-automation is built.
Offering clients a worthwhile immersive experience is what this means for businesses. Consider using digital avatars in a medical environment, where patient experience centres can use chatbots to make appointments for teleconsultations in a virtual clinic. Similar opportunities exist in the fintech and banking industries.Machine learning impacting Hyperautomation
The benefit of ML-based code generation tools is that they include cloud-hosted ML models that are easily plugged into the integrated development environments of experienced developers. The models offer code suggestions based on either the provided partial code fragments or the natural language descriptions. In addition to codes in more than a dozen languages, models trained on billions of lines of publicly accessible code, auto-completion of codes when the target function name is given, generation of a summary of the code description, open-source code models, etc., various providers are offering a variety of capabilities and options. Some are also specifically made to generate sophisticated codes and visualisations for data scientists.Intelligent automation
The development of AI across a range of tasks is being accelerated by hyperautomation. Generative design is one that is frequently mentioned. The traditional, interactive procedures used to create apps, user flows, screen models, and presentation layer codes for digital products can be automated with the help of an AI-augmented design technology. This intelligent design technology, which is supported by natural language processing (NLP) and machine learning (ML) capabilities, offers engineers a wide range of design options based on their inputs of style, price, strength, weight, and other product criteria.
This gives the designers plenty of time to work on “what” the consumers want rather than spending most of their time on “how” to make it work, allowing them to concentrate more on their problems.Making Use of Optimized Process Mining Hyper automation helping the workforce
The most popular storylines have claimed that automation and artificial intelligence will cause the majority of the world’s workforce to lose their employment. New patterns and academic studies, however, point to a different form of reality. While some traditional jobs may undoubtedly become obsolete, new roles and opportunities will constantly arise. It is a fact that many companies may decide to replace a sizable section of their personnel with automated technologies. However, acting in a hasty manner could be reckless and harm their brand’s reputation. Supporting the idea of a hybrid system where human labour and automation coexist would be the wiser trend to adopt.Increase in No-Code / Low-Code Tools Businesses require automated systems more and more
It takes a lot of time and resources to assemble a technical team that is sufficient enough to create those systems. Few people have the luxury of having endless access to IT specialists who can automate conventional procedures and fix any problem. Low-code and no-code tools can be used in this situation.More Access, More Adoption
RPA products are beginning to be used by smaller companies with more constrained budgets. RPA is also used in routine situations and outside of the workplace, such as in apps for computers and smartphones. Hyperautomation, or at least some components of it, will be fully available and widely used by 2023. Businesses really don’t want to be seen as being behind.Businesses will be impacted when hyperautomation becomes more widely used The Reinvigoration of Teams
Teams of human employees would be revitalised by the introduction of hyper automation. The straightforward response is that massive amounts of menial labour would be quickly handled by automated devices. Therefore, employees who once performed those tasks will have more freedom to look into other possibilities, develop new abilities, and reinvent themselves inside their company.
It’s highly possible that employees frequently disregarded areas of a corporation that needed a lot of human attention since they were preoccupied with labour-intensive, repetitive chores. Now that those time-consuming operations can be handled by automated systems, teams within enterprises may focus their time, energy, and talents on things that actually require them.Digital Twins
Logistics is an integral part of almost every business. In the post-pandemic world, the global logistics sector still faces disruptions and challenges that require immediate action from business leaders. These disruptions have resulted in major delays in logistics operations, particularly in the sea freight sector (See Figure 1).Figure 1. Shipment delays from China to the US from 2023 to 2023
These challenges have forced logistics managers to rethink their strategies. As the logistics sector changes to overcome these challenges, new trends in the industry can be observed.
This article explores the top 4 current and future trends that will be observed in the logistics sector.Collaborative logistics
This is one of the most prominent trends that has emerged amidst the global pandemic. Now organizations operating in the logistics sector are focusing on collaborative efforts to overcome the current industry challenges.Data sharing
As businesses expand into global operations and become more international, data sharing is becoming crucial for having more visibility across the value chain.
In the cold chain logistics sector, companies are now moving towards a more collaborative approach rather than a contractual one by focusing on sharing data and key performance indicators (KPIs) to increase efficiency in the sector.
Another example is the freight logistics optimization works (FLOW) initiative which is a data-sharing platform introduced by the US to reduce port congestions, supply chain bottlenecks and streamline global logistics operations.Automated logistics
Automation is another digital trend that will continue to revolutionize the present and future of the logistics sector.Warehouse automation
Logistics managers are increasingly automating repetitive and risky warehouse tasks such as inventory counting, movement of heavy items, inspecting goods, etc. The global warehouse automation market is projected to increase to $30 billion by 2026 from $8 billion in 2012.
Take a look inside Amazon’s automated smart warehouses:Transport automation
As the most widely used mode of logistics, road transport automation is also becoming increasingly popular as logistics managers seek efficiency and productivity through autonomous vehicles. The autonomous vehicle market is projected to increase almost tenfold to $11 billion by 2028.
Automation can be an expensive technology to implement in a business. It requires substantial investments and a transformation of existing systems and the workforce. Therefore, logistics managers need to study and assess the short and long-term benefits of such investments to ensure maximum return.
To learn more about how to implement such digital technologies in your business, check our comprehensive article.Multimodal logistics
Another trend that will be observed in the future is the use of multimodal logistics. Multimodal or multichannel logistics refers to the use of a combination of all modes of transportation, including road, sea, air, and rail, to ship goods. As recent events have identified the vulnerabilities of the logistics sector, logistics managers are trying to reduce the dependency on one mode of shipping.
Relying on a single mode of transportation can create serious disruptions if that mode fails. For example, the Suez Canal blockage by a container vessel caused serious delays and disruptions throughout the industry.
More logistics service providers will be using a multichannel logistics model to mitigate this risk.
Source: dvgroupGreen Logistics
Sustainability is another trend that will be prominent in the future. As international agreements put more pressure on governments and organizations, logistics companies will continue to make more effort toward decarbonizing their operations.
Some ways of achieving sustainability in the logistics sector include:
Switching to alternative fuels and renewable energy is an effective way of reducing CO2 emissions. DHL has initiated a sustainable fuel project by using Bio-LNG in its semi-trucks to achieve around 85% of CO2 emissions reduction.
Electric trucks are also proving to be effective in reducing GHG emissions. Volvo recently performed a heavy-duty electric truck test in Germany for a long-distance delivery with zero emissions.
As logistics managers plan to add electric trucks to their road transport fleet, they must consider the energy sources in the region the trucks will operate to get a true calculation of their carbon footprint.
To learn more about calculating your carbon footprint, check out this quick read.
Watch how Wallenius Wilhelmsen, a Norwegian/Swedish shipping company, embraces sustainability.
You can also check our data-driven lists of supply chain and logistics optimization tools and services to find the option that best suits your business needs.Further reading
If you have any questions, feel free to contact us:
Shehmir Javaid is an industry analyst at AIMultiple. He has a background in logistics and supply chain management research and loves learning about innovative technology and sustainability. He completed his MSc in logistics and operations management from Cardiff University UK and Bachelor’s in international business administration From Cardiff Metropolitan University UK.
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Artificial Intelligence (AI) has the odd ability to simultaneously amaze, enthrall and intimidate. The options of AI are countless and beyond the range of our creativity. Artificial Intelligence is the bedrock of the age of connected freedom, Industry and automation 4.0, powering everything from analytics, decision-making, agriculture, logistics, into structure, aerospace and robotics. The worldwide AI marketplace is anticipated to reach $118.6 billion by 2025, and the intense competition between the united states and China from the stadium of AI is quickly gaining momentum.Evolution of robotization
A legion of robots that are programmed replacing employees in the assembly line has come to be the most persistent and potent image once we consider AI. Robotization is already underway, with a great deal of companies trying their hands for various functions. What is however brand new is that robots Which Were hitherto merely utilized for manual and tedious activities would begin to carry on semi-skilled and proficient work too: satisfying forms, Generating reports, making cartoons, giving directions etc.. In a nutshell, from partial automation, we’re taking a look at complete automation by coaching machines to perform the requisite endeavor. Back in Japan, by 2025, over 80 percent of older care could be carried out by robots, not health professionals.
This won’t only increase efficiency but also give us considerable time and energy to concentrate just on core tasks which require human intellect.Data access enabling ubiquity
Data may or might not be the newest oil, but it’s surely fueling and strengthening AI and which makes it more flexible. What frequently hinders the transition into AI-powered automated decision making is the absence of accurate and dependable information. This is one of the significant challenges that are slowly being overcome with all the ongoing digitalization and alternatives just like a simulacrum of the actual world. This has streamlined procedures, slashed prices, enhanced research capacities, and allowed for gaining precise data and data from the evaluation period.
Also read: Top 10 IT Skills in Demand for 2023Enhanced customization
Also read: Top 5 Automation Tools to Streamline Workflows for Busy IT TeamsBoosting Cybersecurity
Mounting concerns about information security and privacy breach also have result in questions being raised regarding the safety preparedness at the time of both AI and IoT. It’s projected that by 2023 more than 24 billion devices on the net would be set up. The amount of linked devices used in homes is predicted to rise from 9 apparatus per family now to 500 from 2023, in accordance with the research house Gartner.
Greater Cloud capability and Machine Learning trained calculations would also signify that cyberattacks such as hacking and phising are high-tech and hard to discover. Traditional cybersecurity will come to naught in this situation and we’ll need specialist AI-bolstered cybersecurity mechanics to protect ourselves from these malicious attacks.
Also read: Top 10 IT Skills in Demand for 2023AI complementing humans
Bill Gates, Microsoft founder and philanthropist, stated a year ago that AI could be our friend and be good for the society. AI will not compete or supersede people. Nor would there be an increase of machines’ like threatening situation. Though a great deal of jobs could be lost because of AI, others are human and created however abilities improved with the support of real time information analytics.
Reskilling are common at the time of AI and according to a survey by IDC by 2025 over 75 percent of organizations will invest in reskilling plans to bridge the climbing skill gap. Based on your 2023 report, the approximate amount of capable researchers now in the area of AI is 300,000, while employers need a thousand or more AI specialists.
New and rising technologies have the ability to completely change us. If they are utilized accurately, they can improve the manner in which we live, work, and work together. When misused, they can make issues going from a little unsettling disturbance brought about via automated software to a huge scale security breach. Rapid improvements and adoption of these innovations in the company are adding to the digital transformation that gradually begun a few years ago. Thus, after quite a long time, industry experts recognize the innovation drifts that will shape and upset organizations in the next coming years.Human Augmentation
Human augmentation explores how innovation can be utilized to deliver cognitive and physical improvements as a vital piece of the human experience. This augmentation is utilizing innovation to expand human capabilities both physically and psychologically. Organizations like Boston Dynamics have just built up a wide assortment of human augmenting gadgets that can be utilized in manufacturing plants or on the combat zone. We have just observed the expansion of smart gadgets, and smart wearables. New applications incorporate the utilization of these wearables to improve worker safety in the mining business. In different ventures, for example, retail and travel, wearables could be utilized to build worker productivity and increase human ability.Hybrid Cloud
Regardless of how worthwhile public cloud stands to be, on-premise data centers are not leaving at any point in the near future. Indeed, near 50% of Indian companies are anticipated to embrace a hybrid cloud model in 2023, which is a quantum leap from where it stood a year prior. The absence of a genuinely reliable hybrid experience was most likely perhaps the greatest obstruction for hybrid cloud adoption up until this point. With new developments occurring in the market, hybrid clouds can give a really consistent experience to companies and tackle complex difficulties around latency. Customers will have the option to have a ‘cloud-like’ experience over their surroundings and not really take a look at their public cloud and on-premise infrastructure as two unique pieces.Security
It’s a risky suspicion to make. More applications and more gadgets mean security teams are as of now spread too meagerly. Include new dangers like the Internet of Things projects, 5G devices and deep fakes and the difficulties mount except if organizations take the broadest conceivable perspective on security. Organised crime and ransomware will even now be the most predictable threats to most organizations; state-supported attacks and cyber-espionage will stay a fascinating yet possibly prominent risk to a minority.On-site Power Generated Data Centers
In 2023 the impact of environmental change on the bottom line turned out to be progressively noticeable. The Wall Street Journal called PG&E “the first major corporate setback of environmental change,” as the utility petitioned for Chapter 11 bankruptcy as costs mounted from its role in the state’s fatal out of control fires. Climate hazard, alongside the developing multifaceted nature of worldwide energy delivery, will provoke more data center operators to coordinate on-site generation or seek after different methodologies past conventional utility power. On the data center side, we expect more utilization of sustainable power source, something that NTT-Netmagic is likewise putting resources into (solar power). A great deal of energy effectiveness and the utilization of inexhaustible power is expected to go ahead. Cost isn’t the main factor that will provoke data center operators to consider on-site power. Accessibility and time-to-market are additional issues.Containers
Containers are popular for new applications, and they are just going to get increasingly famous. Simultaneously, Kubernetes has become the de-facto standard for container orchestration and management, especially for organizations that need to stumble into more than one cloud platform. In our report on customer choices around multi-cloud and containers, the utilization of Kubernetes scaled up with the adoption of more cloud services.Software-defined WAN
Storage virtualization has come a long way, and the journey has not yet been completed.
Many more virtualization avenues have yet to be traveled. Currently, Kubernetes, for example, is taking virtual storage to a whole new level.
Here are some of the top trends in the storage virtualization market:
See more: The Storage Virtualization Market
Storage virtualization enables a unified data stack across different deployment environments, according to Bin Fan, VP of open source and founding engineer, Alluxio.
“Data platform teams want their data architectures to have a standardized stack applicable to many different environments, making it possible to build once and deploy anywhere,” Fan said.
“Storage virtualization helps abstract away the complexity of data services in different environments, including on-prem data centers, cloud services by multiple vendors, and across geographical regions.”
Companies want greater flexibility and agility from their IT resources.
This plays into the strengths of storage virtualization.
“Virtualization of storage systems significantly reduces the complexity of different data access APIs, protocols, and configurations,” said Fan with Alluxio.
“Our customers who adopted storage virtualization observed increased agility in their hybrid and multicloud environments.”
See more: How Storage Virtualization is Used by Groupo Alcione, Seneca Family of Agencies, Consolidated Communications Holdings, Krishna Institute of Medical Sciences, and Daegu Metropolitan City: Case Studies
See more: NetApp: Storage Portfolio Review
“Storage virtualization builds on today’s trend toward software-defined storage and has the potential to significantly improve the efficiency and scalability of enterprise IT systems,” said Scott Baker, VP, IBM Storage.
“It’s become increasingly important now that the majority of enterprise IT environments include storage hardware from multiple suppliers.”
By centralizing resources and enabling data services to be applied across the entire storage estate, storage virtualization helps organizations increase the value and extend the life cycle of their existing IT investments.
For example, IBM Storage believes storage virtualization will continue to grow in importance, because of its role in highly automated data centers.
Storage, just as much, as any other area of IT needs to be alert to the ransomware menace.
And storage virtualization, if anything, has made storage infrastructure more accessible to the overtures of cyber attackers. An Enterprise Strategy Group (ESG) study found that cybersecurity has unseated the cloud and artificial intelligence (AI) as the top area for IT spending.
A research study by Arcserve and Dimension Research found that 50% of organizations worldwide had been targeted by ransomware. These attacks are continuing at a high frequency. Yet, most organizations are unprepared.
The financial fallout can be staggering: 20% of organizations reported that they were asked to pay $1 million to $10 million; another 35% faced demands of over $100,000.
Understandably, they are responding with higher investment in better security tools, managed security services, improved backup/disaster recovery (DR), and training for personnel; 64% are spending more to upgrade existing security software and add new security applications.
Certain parts of the enterprise are more concerned about ransomware than others.
Cybersecurity, help desk, and IT management are in tune with the threat that ransomware poses on a daily basis.
Storage managers, however, don’t tend to pay as much attention based on the belief that their systems lie at the back end and are not subject to attack.
Research from Continuity Software makes it clear that enterprise storage devices have 15 security vulnerabilities on average. Three of these can be considered high or critical risk.
“Therefore, it is vitally important that storage managers understand the magnitude of the ransomware menace and take steps to address these vulnerabilities,” said Doron Pinhas, CTO, Continuity.
See more: NetApp: Storage Portfolio Review
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