Although numerous factors contribute to student success, many of today’s digital learning activities that drive great achievement begin with consistent broadband access. And while most of the nation’s schools have internet access, a recent report by the State Educational Technology Directors Association (SETDA), indicates that the quality and type of connectivity varies significantly – resulting in digital divides across the country.
When upgrading their IT architecture, school districts will sometimes fail to ensure their network has the capacity to support a growing number of devices and technologies coming into their classrooms, which area necessity for 21st-century learning. But luckily, there are a few ways that education IT leaders can plan to ensure their infrastructures can support school technology for years to come. Here’s how:
Wi-Fi connectivity needed for growing number of devices
Today’s K-12 students will enter a workforce that demands tech savviness, problem solving and critical thinking, among other skills. To be prepared, students must have the tools, in school and at home, to thrive in an increasingly digital community. Therefore, addressing sufficient broadband and ensuring digital equity aren’t simply wants – they’re needs.
When thinking about technology in schools, what comes to mind? Augmented, virtual or blended reality, the Internet of Things (IoT) and artificial intelligence? What about high-tech whiteboards, smart pods and one-to-one laptops or tablets?
To embrace these innovative learning environments and advanced methodologies, and others like them, schools need adequate intranet infrastructure. Without it, teachers who want to employ innovative, technology-enabled pedagogical methods are forced to abandon their lesson plans. As 87%of the country’s teachers use digital learning in their classroom, those left without the proper digital foundation can feel left in the dust.
By Matt Yeh, Senior Director of Product Marketing, Delphix
Nearly ten years ago, Marc Andreesen, one of the world’s most influential investors, famously proclaimed that “software is eating the world.” At the time, no one understood the magnitude of what that meant. But today, the world’s most powerful and prosperous companies are software companies that have brought a tidal wave of digital innovation and disruption to almost every industry from retail and banking to manufacturing and insurance.
And the next frontier for software? Education.
In the midst of the COVID-19 global pandemic and mandated “social distancing” measures, the demand for digital services and software has skyrocketed. Schools across the country have begun planning for what just weeks ago was an unthinkable scenario: a fall semester without students on campus.
As educators prepare for what could be a dramatically different start to the upcoming school year, students and teachers alike need much more than “Zoom University” (which is going through its own coronavirus growing pains) in providing high-quality online learning experiences.
From K-12 to community colleges and public and private universities, the education industry needs to adopt a new playbook for the digital world. For example, the automotive industry is undergoing a tremendous shift towards digitally-enabled car-sharing, ride-hailing and autonomous vehicles.
In order to transform their road to success, organizations in this industry have had to transform how they leverage data and software to meet new business models.
Traditionally college information systems are siloed because of organic growth and complexity over a long period of time. This condition causes a fragmentation of information related to student and faculty data which can lead to inefficiencies in supporting students.
With educational programs becoming more accessible to a larger population, an online format is one way to reach more students, more often.
With the growth of online systems in higher education, like what we offer at Calbright College, the need to access data real time for faculty and students alike is paramount.
I believe in 2020 we will see the evaluation of platforms that have crossover appeal from other industries that are consumer and business focused in order to bring a modern, high-tech experience to Higher Education.
Rich student records that are accessible by multiple departments connected through cloud systems would allow any data attached to the student to be used for college purposes without passing the student to other departments.
This paradigm shift will ultimately accelerate student acquisition, support, and ultimate completion of their educational goals and beyond.
As higher education institutions compete for prospective students and look to improve offerings for those during scouting, registration and on campus, universities are already using innovations such as artificial intelligence-enabled teaching assistant programs and advanced data collection and analysis to gain an edge.
The IT environments on which universities depend are most often hybrid and multi-cloud, and because of all the new technologies should be available 24X7. Think about course registration system that is down exactly as everyone is trying to register.
From a cybersecurity perspective, the university’s security teams must work under the assumption that a successful attack will occur, and ensure the organization’s ability to recover its systems and data in a very short time from such an event;
One pressing area of improvement is assuring the ability to recover your data. One of the most alarming scenarios of a cyberattack is when both the data and its backup are destroyed in a hacking incident, thus leaving the organization with no way to recover.
This could be a result of a ransomware attack where encrypted data has been propagated to the recovery copies or because the attacker stole credentials allowing the deletion of both data and its backup. An attack with such consequences can derail any organization, leading to severe business outcomes.
We see many organizations looking at automating cyber resilience configuration assessments, whose aim is to ensure that recovery and backup copies of data are kept in a secure and isolated manner while meeting cyber-recoverability configuration best practices and compliance with regulations and standards and security baseline requirements.
These objectives are achieved using automatic and continuous processes of knowledge-driven IT configuration analysis to ensure compliance with vendor and industry best practices, and detection and repair of deviations from best practice.