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23
Th3, 2023

Digital Transformation in the Education Sector – A Guide To Education Technology

The education sector has been rapidly advancing in digital transformation, with further momentum expected in the future. Although the advantages of EdTech outweigh the disadvantages, it is not exempt from challenges. However, with our implementation tips, educators can be better prepared for these challenges.

The prevalence of digital transformation is evident in almost all aspects of life, including the education sector, where various degrees of digital transformation have been implemented. This transformation has given rise to EdTech, a technological industry that includes interactive whiteboards and front-facing projectors.

Many educators are still unaware of EdTech and its impact on education. This guide aims to assist teachers in navigating the ever-changing landscape of digital transformation and EdTech successfully. Check out ViewSonic’s Education solution for empowering classroom collaboration or read on to learn more about the digital transformation in education and how to make the most of it.

Is there any aspect of life that has yet to be influenced by digital transformation and technology? The answer is highly unlikely!

What Is EdTech and the Digital Transformation?

EdTech is an abbreviation for educational technology, which denotes a field of technology used to enhance classroom learning. Although the definition may seem broad, EdTech encompasses a wide range of products and philosophies that aim to modernize education practices, from digital whiteboards and online curriculum management systems to specialized tablets. Reflecting on your own education, you may recall the use of chalkboards, overhead projectors, and physical textbooks. However, with the ongoing digital transformation of the education sector, these traditional tools have been replaced by digital whiteboards, interactive front-of-classroom displays, and tablet-based versions of textbooks, which are all facilitated by EdTech devices.

4 Advantages of the Digital Transformation

In any major transformation of a sector, whether industrial, political, or academic, diverse opinions emerge, often polarized between positive and negative perspectives. In the specific case of the digital transformation of the education sector, proponents often highlight the potential benefits, such as increased opportunities for experimentation, enhanced access to resources, improved efficiency, and the development of valuable life skills.

1. Experimentation and Feedback

EdTech offers increased dynamism compared to traditional educational methods, particularly in terms of on-the-fly quizzes and up-to-date lesson content. The constant connectivity of EdTech provides teachers with tools for unlimited experimentation and nearly instantaneous feedback. They can easily test out new learning tools, assess students’ understanding through quizzes, and seamlessly update outdated lesson material. The digital transformation of the education sector enables educators to experiment whenever they desire and take appropriate action based on the results.

2. Plenty of Resources

EdTech eliminates the concerns of teachers regarding resource constraints. With the integration of an interactive whiteboard’s native software and Internet connectivity, the availability of resources is virtually unlimited. These resources may include media integration, live annotation, and gamification, among others. The teacher’s creativity and technological literacy are the only limitations on the possibilities offered by EdTech.

3. Automation and Efficiency

While education aims to develop young and mature minds, teaching involves various necessary but tedious tasks that can distract from the main goal. These tasks may include grading, attendance-taking, communication with multiple stakeholders, and other administrative duties.

Fortunately, EdTech and the ongoing digital transformation of the education sector provide assistance in streamlining these processes. As with most industry-level technology upgrades, increased automation and efficiency are common outcomes of the transformation. In education, teachers can now delegate administrative tasks to their newly-acquired EdTech tools. As a result, educators who properly leverage these devices may experience more efficient day-to-day teaching experiences.

4. Life Skill Development

Technology is an indispensable aspect of our modern world, and its presence is likely to persist. From job searching to long-distance communication with friends, the use of technology has transformed from an unusual hobby to a necessity in just a few years. This is where EdTech and the digital transformation of the education sector come into play. By introducing students, especially young ones, to these technologies, they are well-equipped for the future. In practice, this includes skills such as source literacy and digital presentation creation. Considering technology use as an essential life skill, there is no better time to acquire such knowledge than during the developmental years of the brain.

3 Challenges of the Digital Transformation

The digital transformation of the education sector has faced criticism from various quarters, raising legitimate concerns. These include the potential for in-class distractions, unequal access to technology among students, and inadequate oversight of digital sources. In the following discussion, we will examine these drawbacks to provide insights on how to address these challenges effectively.

1. Distractions Abound

There are concerns among some individuals regarding the potential for addiction and harm to students caused by the use of technology, particularly tablets or screens. If students are misusing EdTech, it is essential to reconsider the lesson plan to ensure optimal use.

Surprisingly, the solution to this issue might involve incorporating more interactive and engaging elements into the EdTech usage. This might appear counterintuitive, but research indicates that students who enjoy themselves while learning are more likely to engage in active learning.

2. Unequal Access

Inequality is a pervasive issue in our society and extends to access to modern technology. The cost of such technology may be prohibitive for some students, making it imperative for educational institutions to provide necessary tools and resources in a universal manner to ensure equal access to educational opportunities. While teachers need not necessarily implement EdTech at an individual-student level, front-of-classroom tools can be utilized to enhance the overall learning experience. This approach will aid in achieving the ultimate goal of successful implementation of EdTech and digital transformation in the education sector.

22
Th3, 2023

Powering digital transformation through proptech

The real estate industry worldwide, including the multifamily sector, is being disrupted by novel technologies. In this digital era, technology adoption has hastened communication, transactions, and collaborations between individuals, businesses, institutions, and processes, consequently altering our way of living and working.

The notion of properties as interconnected spaces with access to dynamic services has created fresh opportunities for property management firms operating in the multifamily sector. By reimagining buildings as intelligent environments, new software solutions for managing properties more efficiently have emerged.

The advent of smart buildings that integrate with emerging technologies such as IoT sensors and cloud-based property management software has presented novel methods for managing multifamily assets. Moreover, the advent of blockchain technology has transformed our understanding of data security and trust among stakeholders in the real estate transaction chain.

Location-based services and real-time analytics for multifamily real estate

The increasing obsolescence of traditional technologies for communication and workflow management has resulted in the emergence of novel solutions such as augmented reality (AR) and virtual reality (VR), artificial intelligence (AI), machine learning, blockchain, and the Internet of Things (IoT), all of which facilitate novel methods of linking people, data, and systems.

Location-based services have surfaced as a crucial element of these technologies for communication management between individuals and assets. In the real estate sector, location-based technologies have empowered organizations to create real-time analytics for managing assets and workflows, facilitating efficient management of their multifamily investments.

Real-time information provides clients and decision-makers with valuable insights that can guide decisions, enhance service delivery, and demonstrate progress towards objectives and milestones. For example, a multifamily property management company can leverage location-based technology to track assets and individuals in real-time, creating “virtual fences” around each property to monitor ingress and egress.

This capability aids multifamily property managers in safely and securely managing their property, an aspect that is becoming increasingly critical for residents. It also enables property managers to real-time coordination of maintenance personnel and contractors, with all feedback relayed to a secure server for review.

Blockchain for data security and trust in the multifamily sector

Blockchain is a distributed ledger that leverages code and cryptography to track transactions between two or more parties. Although it is widely known for its use in cryptocurrencies such as Bitcoin and Ethereum, blockchain is also revolutionizing various sectors, including finance, logistics, and real estate. Despite the tendency to conflate blockchain with Bitcoin, the technology is much more than just a cryptocurrency platform.

In its simplest form, blockchain technology is a decentralized ledger that enables individuals to create an immutable, shared record of transactions. This technology is secure because each party has a copy of the ledger that is visible to all participants. Any attempt to modify a record is detectable by all parties, ensuring that the record remains unchanged.

The shared ledger provided by blockchain technology addresses the primary challenge of centralized record-keeping: trust. In centralized systems, a single entity (such as a bank or a government) controls the records. However, blockchain allows multiple parties to access a shared ledger where information is visible to all stakeholders.

The use of blockchain technology in the real estate industry has gained significant attention, given the sluggishness of the current real estate transaction process. This is particularly frustrating for tenants, buyers, and sellers who desire a quick resolution. Investors also seek a fast return on their investments.

Blockchain technology is expected to play a crucial role in unifying the real estate industry, supporting and enabling almost all types of transactions, financial or otherwise, to enhance the process for all stakeholders. While numerous technology companies are experimenting with blockchain technology, few have made significant progress in the space. However, the next few years are crucial, given the increasing cost of living that is affecting real estate markets worldwide.

Multifamily buildings as smart environments with IoT sensors

The Internet of Things (IoT) refers to a network of interconnected devices that communicate with each other through sensors, embedded software, and data networks. The transformative potential of IoT technologies is apparent in various aspects of our lives, ranging from shopping to home management. The emergence of connected technologies has been instrumental in ushering in a smart home revolution.

The real estate industry has also leveraged IoT technologies to create intelligent buildings that can enhance building management. By utilizing sensors, IoT systems collect data on factors such as temperature and energy consumption while facilitating the connection of the building with external systems and devices.

IoT-enabled buildings provide new possibilities in building management, such as reducing energy consumption, improving indoor air quality, and enhancing building safety. Commercial real estate has recorded the highest adoption rates of IoT technologies, leading to cost reductions and optimal utilization of space. However, the multifamily sector of the residential real estate market is increasingly integrating IoT systems.

The importance of technology in multifamily real estate

New technologies are causing a transformation in the real estate industry, revolutionizing the way we think about transactions, buildings, and data. These technologies are extending beyond their original purposes to find new applications in commercial and residential real estate.

For instance, virtual reality is being utilized by architects and interior designers to create 3D models of buildings and redesign interiors. In addition, companies such as Matterport are using VR to enhance the property viewing process.

Similarly, blockchain technology, which is typically associated with finance, is now being employed to facilitate secure and fast information sharing. Blockchain is now utilized in property sales, allowing for information about the property, seller or buyer identity, and lending financials to be shared among parties.

As these technologies continue to develop, new proptech solutions will arise to solve persistent issues in real estate. Virtual reality, artificial intelligence, machine learning, blockchain, and the Internet of Things are redefining real estate, establishing more collaborative methods of work, while enhancing data security and trust to create intelligent buildings that can be managed remotely and efficiently.

16
Th3, 2023

Digital Transformation for Logistics- What, Why and How

Over the past two decades, there has been a considerable increase in the adoption of internet and technology. Activities such as emailing, online shopping, ticket booking, and media downloads have become commonplace, resulting in a significant digital transformation in our daily lives. Despite this shift towards online activities, there were concerns that the logistics industry would decline. However, the logistics sector has adapted and caught up with the trend. As evidenced by the delivery of over 85 million products and documents on a daily basis, the logistics industry has undergone a digital transformation.

 

WHAT IS THE MEANING OF DIGITAL TRANSFORMATION?

A digital transformation takes place when an industry incorporates digitalization in all areas of its operations, resulting in a significant shift in the way firms communicate with clients, execute operations, and manage deliveries. This alteration has a profound impact on the industry’s functioning.

As various industries continue to embrace digitalization, the logistics sector has placed greater emphasis on the importance of speed and time, key factors that drive efficiency. Technological advancements have brought about a logistical transformation characterized by faster, leaner, and more efficient operations. Furthermore, the integration of automation services has accelerated the pace of these changes beyond previous expectations

WHY MUST LOGISTICS INDUSTRIES UNDERGO DIGITAL TRANSFORMATION?

The logistics industry is expected to see a global expenditure of $84.6 billion on digital transformation initiatives by 2027 [2]. For multinational organizations operating on a global scale with extensive supply chain operations, digital transformation has become a critical component of their overall business strategy.

In an effort to gauge the level of acceptance of digital transformation across various industries, Telstra Global and The Economist Intelligence Unit conducted a survey of 2,620 business executives in 45 cities worldwide. The survey resulted in the creation of the first-ever Digital Industries Barometer, which measures business confidence in the strength of the local environment for digital transformation in five key areas: innovation and entrepreneurship, financial environment, people and skills, development of new technologies, and ICT infrastructure.

The survey found that the mining, manufacturing, and financial services sectors displayed the most confidence in digital transformation, with cost efficiency (48%) being the primary motivator across industries. The retail industry had the most respondents citing cost savings, while the oil and gas industry had the most respondents citing operational efficiencies. Developing new ideas was the top motivator in the financial services industry. Expanding into new markets was also a significant motivator.

According to the Digital Industries Barometer, the logistics and transport industry ranks fifth out of 11 industries globally, with a digital transformation acceptance score of 6.61.

The transportation and logistics sector is intrinsically linked to various economic sectors, and the increased efficiency of logistics services contributes significantly to overall economic growth, both at the national and global levels.

Despite the potential benefits, the uptake of digital transformation in the logistics industry has been slow until recent years [4]. However, the industry has witnessed the emergence of new competitors that work closely with technology companies. This has led to a market worth hundreds of billions of dollars, and numerous players are seeking to expand their market presence significantly.

In order to achieve end-to-end visibility, the logistics industry is adopting digital back-office operations and logistics processes. Technologies such as Big Data, Artificial Intelligence, Machine Learning, Natural Language Processing, Blockchain, and Cloud Computing are driving the current digital transformation, replacing outdated technology such as AS400 green screens. These advanced technologies have increased supply chain productivity, reduced costs and errors, and have been beneficial to all sectors of the logistics industry, including trucking transportation, international transportation (ocean and air), supply chain management, and shipment tracking.

In the logistics industry, the competitive advantage is gained through speed and time. Due to the technological revolution, both B2B and B2C clients have become less patient, and expect their goods and deliveries to be delivered on time. This is due to the real-time economy, which has been born from a hyper-connected business world, including transportation, logistics, and supply chains. According to research, 76.9% of executives agree or strongly agree that the evolution towards a real-time economy has impacted their business processes [5]. This is not surprising, and if the same research were conducted today (the research was conducted at the end of 2013), the results would be considerably higher.

HOW DIGITAL TRANSFORMATION IS CHANGING THE LOGISTICS INDUSTRY:

Despite the challenges posed by the global pandemic and unpredictable consumer behavior, industries face difficulties in adapting to modern problems and maintaining their innovative edge. According to a 2020 study by FEMA, 40% of small businesses do not reopen after a disaster, and 20% of those that do fail within a year. Thus, there is a growing need for digital transformation to enable organizations to become more resilient in the face of a “black swan” event. Digital transformation offers benefits such as an IoT-integrated supply chain, which can enhance fleet management, demand assessment, and real-time inventory and fleet tracking. Additionally, it provides behavior analytics and customer-centricity by enabling businesses to track user behavior across platforms, providing visibility into the entire first-to-last-mile journey. It is important to note that digital transformation is not a single large-scale event, but rather a process that involves four types of digital change. Focusing only on organizational change can prevent companies from fully leveraging the potential benefits of digital transformation.

The digital age has transformed the logistics and supply chain industry. Businesses are leveraging new technologies like Blockchain, Internet of Things (IoT), Artificial Intelligence (AI) & Machine Learning, Supply Chain Digital Twins, and Big Data to streamline their operations and reimagine their business processes. The benefits are clear – increased innovation, better decision-making, enhanced customer engagement, greater flexibility, and improved automation. Digital twins are virtual representations of logistics positions, assets, stocks, and warehouses, using advanced analytics and AI to simulate the operation of a supply chain, with all its complexities and vulnerabilities. Blockchain enables the integration of disparate business streams onto a single platform, while IoT can help with mechanical and technological maintenance, inventory control, and fleet tracking. AI and ML help address governance issues and data silos, allowing for greater visibility and integration across the network of stakeholders. Big Data and analytics can provide insights into demand patterns, enabling more effective inventory management and workforce planning. Business model transformation involves rethinking how value is created and delivered, potentially switching from physical interactions to entirely digital experiences. Cross-domain transformation leverages an organization’s existing expertise and investments to expand into new business areas. Organizational transformation focuses on fostering enterprise-wide changes via long-term digital transformation, resulting in agile workflows, real-time testing, and decentralized decision-making procedures that promote collaboration and innovation.

LEADING COMPANIES INCORPORATING DIGITAL TRANSFORMATION IN THE LOGISTICS INDUSTRY

The logistics service industry has been profoundly impacted by rapid technological innovation, prompting incumbent logistics service providers (LSPs) to digitize. Industry leaders, such as DHL Supply Chain, FedEx, UPS, and Samsara, have already taken significant strides toward developing, implementing, and diffusing various technologies, which have facilitated the maturation of digital capabilities for their respective companies.

Digital transformation enables logistics companies to track the delivery of goods in real-time, allowing them to identify areas for improvement and increase productivity. It also enables them to optimize travel routes, anticipate delays, and flag deliveries in case of accidents or vehicle loss. Key features, such as preventive maintenance, route and fuel optimization, fleet tracking, and geofencing, can significantly reduce costs and time while increasing utilization rates. Analytical reports, metrics analysis, and KPI measurement can help optimize revenue and productivity and enhance process efficiency. LSPs providing fleet management software are considered best if they utilize analytical metrics, fleet security, maintenance reports, and driver details to monitor the fleet, ensuring longevity and safe driving.

Digitally advanced players, such as Axestrack, headquartered in Jaipur, have created one of the industry’s most trusted “Digital Enterprise Logistics Platforms” by adopting a ground-up approach to transform the Indian transportation industry. Their Unified Digital Logistics Platform goes beyond mere fleet management software and creates an Enterprise Digital Thread that seamlessly carries digital data across different stakeholders and systems. It establishes a digital connection between three key components of the supply chain: Man, Machine, and Material, enabling customers to create, transform, and manage every piece of information about their logistics business “digitally.” In other words, once customers enter the system, they would not need to leave it to perform any manual tasks.

Over the last five years, leading companies have considered Axestrack’s “Digital Enterprise Logistics Platform” to be the most crucial part of their digital business strategies (DBS). These strategies have translated into several projects and initiatives, such as introducing AI-powered control towers to improve safety and delivery compliance levels to 99% using multi-mode tracking, standardizing operational systems, eliminating paper documents from logistics management processes, digitizing contacts with customers and partners through platforms, utilizing predictive analytics to optimize system capacity usage, automating simple transport, warehousing, and value-added logistics processes, and digitizing back-office operations.

FOR DIGITAL TRANSFORMATION, THE RIGHT PATH IS AHEAD

The increasing trend of digitalization across all major economic sectors is a well-established phenomenon, as evidenced by a survey conducted by Telstra Global & The Economist Intelligence Unit [3]. Digital technologies serve as the tools that facilitate this transformation. Given the growing importance of digital technology in the logistics industry, it is imperative that businesses that have been hesitant to embrace this shift reconsider their positions and leverage the potential benefits of digitalization. There is still room for further improvement to simplify the process of digital transformation and enhance the visibility of technology’s significance in the sector. With heightened competition, product price and quality have reached a plateau, and delivery speed has emerged as the decisive factor for end-users

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