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The Top Upcoming Education IT Events on the Horizon

Posted on by Tim Boltz

From K-12 to Higher Education, our nation’s schools have great opportunities to leverage technology to improve the student, teacher and administrator experience. This year, innovative solutions built on AI, machine learning and the cloud are ready to improve learning inside the classroom and protect schools from external challenges, including potential cybersecurity threats.

Indeed, there is so much happening in the world of EdTech it is very important to keep up with the latest advancements. That is why we are happy to present a list of the top education IT events you need to check out in 2024. These events cover the gamut of technology innovation in the education sector and feature industry-leading experts, peer-led learning sessions and information sharing and ideation.

October 21-24, San Antonio, TX | November 13-14, Online

The EDUCAUSE Annual Conference is where professionals and technology providers from all over the world convene to network and find solutions that will improve higher education. As always, this year’s conference promises to be the year’s largest gathering of education technology leaders.

In 2023, ̽��Ƶ had 25 partners demoing their solutions over the two exhibiting days at our booth. In 2024, we have obtained the largest pavilion space to display our leading higher education solutions. This year, we will be joined by Joe Toste and his podcast to discuss the hottest trends and setbacks customers are facing and how ̽��Ƶ and our partners can help.

October 21-24 | Atlantic City, NJ

The New Jersey School Boards Association’s annual workshop brings together a senior-level audience of school leaders, education professionals and influencers for quality professional development, important legal, legislative, policy and funding updates and new products and services.��

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̽��Ƶ is a proud sponsor of this celebration of public education, but our work with NJSBA goes far beyond the workshop. The NJSBA has partnered with ̽��Ƶ and our reseller ecosystem to help school districts and member charter schools throughout New Jersey better manage and reduce cybersecurity risk. The partnership provides access to a broad range of cybersecurity-related software, hardware, implementation services and training at discounted pricing. Solutions are also available to K-12 academic institutions and School Board Associations nationwide through the contract’s cooperative purchasing clauses.

November 6-8 | ̽��Ƶ Office, Reston VA – Virtual option via Zoom

̽��Ƶ’s EdTech Talks summit is designed to educate academic IT decision makers and end users around the performance, security, cost-saving and modernization benefits of today’s leading EdTech solutions. We will host a three-day series featuring “Classroom Panels,” keynote “Assembly Sessions” and “Before the Bell” breakouts on topics ranging from school safety to student experience. We will also discuss ways to leverage AI and machine learning. Presentation recordings and slide decks from all three days will be available on-demand.

Stay tuned for a detailed agenda for this year’s event, which will be posted soon. In the meantime, check out some of our sessions from the 2023 EdTech Talk Series.

November 17-22 | Atlanta, GA

The annual Supercomputing 24 conference—SC24—draws more than 13,000 attendees from across the high-performance computing community. The conference features unique technical presentations, workshops, tutorials and “Birds of a Feather” sessions featuring open discussions about topics of interest to the HPC community. SC24 also features a large exhibit floor showcasing the latest innovations from the world’s leading manufacturers, research organizations and universities.

̽��Ƶ is excited to host a pavilion at this year’s conference. We are even more excited to be hosting some of our top AI and EdTech vendors, who will showcase the innovative work they are doing to power academic research in 2024 and beyond.

November 19-21 | San Diego, CA

Attendees of the California IT in Education Annual Conference include CTOs and directors of technology, network managers and engineers, database administrators, support and technicians. Teachers, administrators and district and county superintendents will also join their technology colleagues to share ideas and information and find out the latest tools to help improve teaching, learning and administration.

̽��Ƶ will be a proud sponsor of the event and have a booth at this year’s conference.

December 9-13 | Boston, MA

Internet2 Tech Exchange brings together a community of technical visionaries—including chief technologists, scientists, engineers, architects, operators and students—to debate, discuss and converse. It is a great forum for global technology leaders to align and move forward together. Although not specifically education-focused, the event covers topics that are relevant to the EdTech sector, including networking, the cloud, cybersecurity and more.

̽��Ƶ will be a proud sponsor of this year’s Tech Exchange.

In additional to the above events, these are some of the other pivotal education events that took place in 2024, including:��

CoSN is the premier membership organization designed to meet the needs of K-12 education technology leaders. Representing over 13 million students in school districts/systems nationwide, CoSN continues to grow as a powerful and influential voice in K-12 education and provides opportunities for companies that support the K-12 EdTech community to participate as corporate members. ̽��Ƶ holds an annual membership with CoSN and has been a proud sponsor for the last several years. ̽��Ƶ plans to continue collaboration at CoSN March 31-April 2, 2025, in Seattle, WA.

convened the worldwide research and education community for in-depth strategic discussions on emerging developments in networking, cloud computing, information security and more. ̽��Ƶ and our reseller partners work with Internet2 to support their member community through the NET+ program and Cloud Scorecard program, which provides a portfolio of reliable cloud and trust solutions to help higher education and research institutions solve shared technology challenges. ̽��Ƶ will be back in Anaheim, CA for the Internet2 Community Exchange April 28-May 1, 2025.

featured more than 600 procurement officials from universities, colleges and K-12 institutions. ̽��Ƶ annually sponsors NAEP’s national EPIC conference, which showed great success with over 600 procurement officials from Universities, Colleges and K-12 institutions nationwide attending. ̽��Ƶ has also supported the NAEP national and regional shows for the past three years, continuing to invest in the brand as we expand our footprint in the education space. ̽��Ƶ will have presence at NAEP’s conference May 4-7, 2025, in New Orleans, LA.

̽��Ƶ proudly sponsored which highlighted “bridging the gap”, addressing obvious (and not-so-obvious) pitfalls, opportunities to grow, and optimization of oft-neglected issues across three essential tracks—Network, Security and Community. Next year, ̽��Ƶ will attend the conference May 13-14.

EDUCAUSE Cybersecurity and Privacy Professionals Conference is the premier forum for connecting with higher education information security and privacy professionals. ̽��Ƶ was a display table sponsor, joined by our partners onsite to display our solutions for higher education cybersecurity needs. This event gave participants a chance to network and discuss information security and privacy trends and current issues with peers and solution providers. ̽��Ƶ plans to attend EDUCAUSE next year, May 19-21, in Baltimore, MD.

is a nonprofit organization that works with the global education community to accelerate the use of technology to solve tough problems and inspire innovation. ISTE’s worldwide network believes in the potential technology holds to transform teaching and learning. ISTELive is one of the world’s most comprehensive EdTech events, attended by a global contingent of education leaders, teachers, coaches, librarians, media specialists and more. ̽��Ƶ was a proud sponsor of and exhibitor at this year’s conference, and plans to attend again June 29-July 2, 2025, in San Antonio, TX.��

Needless to say, it has been a big year for events—and an even bigger year for technology in education. From AI to the cloud, from cybersecurity to networking, there are more options than ever before for educational institutions interested in using technology to improve learning. We are excited to be a part of it, and we look forward to seeing you as we go out into the EdTech community this year. Join ̽��Ƶ at these upcoming events and explore the role technology will play in education, this year and beyond. We look forward to seeing you!

To learn more or get involved in any of the above events please contact us at EDUmarketing@carahsoft.com. For more information on ̽��Ƶ and our industry leading Education technology partners’ events, visit our EdTech solutions portfolio.��

Google and Okta Partner to Modernize Identity Management in Higher Education

Posted on by The ̽��Ƶ Team

Online collaboration is an essential part of the workplace and the educational sphere. To ensure this collaboration is done securely, Okta and Google have partnered to enhance and automate identity management at scale.

Okta is a neutral, AI powered, extensive platform that puts identity at the heart of any IT stack. No matter the industry, use case or level of support needed, Okta facilitates Identity Access Management (IAM) while keeping security at the core of the integration. Google Workspace is a collection of collaboration tools, and with more than three billion users, it aims to meaningfully connect users to facilitate partnerships and growth. While identity management can be complex, it does not need to be. Together, this partnership makes the path towards modern identity management as neutral, simple, secure and straightforward as possible.

With their recent partnership, customers can now:

Automate identity processes at scale
Unlock productivity with optimal security
Collaborate with each other, seamlessly and securely
Use their Google credentials across over 7,500 different apps
Gain cross-platform login privileges across Google Workspace and Okta
Access accounts with new, simplified user permissions and automated access management

Every organization strives to modernize and adopt cloud technology. This is also true within the higher education market, which is continuing to refine the trend of remote and hybrid learning following the pandemic. The applications and resource solutions that Google provides to higher education, along with the integration of Okta’s IAM capabilities, is immensely beneficial to the agency’s journey in adapting modern cloud technology and security.

Leading the Modernization of Identity Management in Education

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With the influx of hybrid and online learning, higher educational institutions are still learning how to orient solutions towards online learning and teaching. From an IAM perspective, higher education is one of the most complex environments with regards to the vast array of users. Within one network, an institution has faculty, staff, professors and a yearly lifecycle of students that range from applicants to alumni. The process of onboarding and offboarding students and faculty can be time consuming and requires multiple digital programs to facilitate. Okta provides a frictionless onboarding and offboarding experience for administrations that deal with changes in the student body. There are also external users such as partners, contractors and subcontractors, such as medical centers and food providers, that universities must consider. Okta’s open, neutral and independent identity platform can integrate with technologies commonly used by institutions, such as Enterprise Resource Planning (ERP) and Student Information System (SIS), allowing universities to build off of software they are already using. Depending on the role of the individual accessing the software, the identity gains access to personalized experiences.

Okta offers the capability to combine and manage various groups and processes in a single, secure platform. The partnership between Okta and Google enhances the student experience from their perspective, too. Okta’s single platform can solve student-specific challenges, such as managing multiple accounts and logins across an array of learning tools, enabling smoother daily operations and access. With cross platform log in, students can securely access Google Chatroom and Classroom features with IAM capabilities. By implementing Google Cloud capabilities into daily functions, higher education institutions can create a more modern experience for students while reducing costs. For example, artificial intelligence (AI) virtual agents are used to answer student questions and direct them to services, and mobile apps are utilized for mental health check-ins and other well-being services.

How Okta and Google uphold Zero Trust and Cybersecurity

Identity is one of the key pillars within the Cybersecurity and Infrastructure Security Agency (CISA)’s Zero Trust Architecture (ZTA). Okta upholds Zero Trust principles by ensuring that through methods such as multi factor authentication, the person gaining access is who they say they are. By only allowing access to devices that are up to date, Okta prevents bad actors from hacking older systems with commonly known security vulnerabilities. By sustaining a strong ZTA baseline, Google and Okta establish a secure experience for students, staff and faculty.

Okta gives customers a neutral, powerful and extensible platform that puts identity at the heart of information technology (IT) stacks. No matter what industry, use case or level of support is needed, Okta has customers covered. Okta and Google integrate with technology partners, alliance partners and vendors to uphold and exemplify security principles. In doing so, they ensure that every user on campus networks are safe and secure.

To learn more about Okta and Google’s partnership and the benefits to cloud and IAM security, visit the ̽��Ƶ-hosted webinar on the company’s newfound partnership:

Contact our Okta solutions experts today to discover the power of Okta and Google together, and how these industry leading organizations can support your higher education initiatives.

Generative AI: Improving Efficiency for SLED Agencies

Posted on by Kyle Black

Users in the new age engage with generative AI like a personal assistant, granting it access to their personal calendars and assigning it tasks such as making dinner reservations to make life easier. On the professional level, employees turn to AI to expedite difficult or repetitive tasks to make their work easier. By educating employees on the security ramifications of generative AI, and by properly implementing it into their agency, State and Local Government and Education Market (SLED) decision makers can accelerate and improve their day-to-day processes.

Updated Security Parameters

When it comes to sensitive data, agencies and individuals should always maintain a broad scope of vigilance. With generative AI, agencies need to consider who has access to that information, and which adversaries may potentially exploit that information.

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Employees should be trained to spot red flags and use AI safely. With the increase in deep fakes, such as voice masking or impersonation, employees need to be able to spot suspicious phone calls and videos. With proper training to detect and report these instances, employees can help prevent hacking attempts. It is difficult to prevent employees from using generative AI, even in specific scenarios where sensitive data is present. Agencies should make the switch to sanctioned vendors, granting them access to fully tracked logs. It is critical to prevent sensitive information from passing into public AI, where it will be shared with others.

By design, AI is a black box. While agencies and users can not know what goes on between input and output, they should only trust generative AI packages that have dependable service hosts. Agencies, especially SLED agencies that handle sensitive information, need to be guaranteed that their data will remain contained by reliable parent companies. By negotiating through contracts vehicles, agencies can maintain visibility over the flow of data by learning if their information is being retained and for how long.

Saving Time with Generative AI

Some of the first generative AI models were built for translation machines such as Google Translate. Many services, such as Zoom, employ generative AI as plugins, which transcript language in real time for the appropriate audience.These models initially generated very verbatim translations, however, intent and context in communication is critical. Users often go to third party generative AI models to translate emails or web pages. They have more trust in their automation capabilities to understand and mirror context and intent in translation than the built-in translation services that many legacy software features offer.

Generative AI can help with drafting emails, broadcasting information, meeting deadlines and responding to agents, ultimately expediting processes. This can be especially helpful with overworked translators. While generative AI works to complete the main translations, the workers can focus on reviewing translations, expediting and perfecting the process. While there will ultimately always be a need for human interaction from a promotional, proofreading and understanding perspective, generative AI can speed up communication.

Generative AI can reduce the number of steps users take. By leading users from step A to step C, bypassing the difficult or time-consuming step B, generative AI keeps users on track. And for models trained on a SLED agency’s own data, users can always reference internal documents if questions arise. This scales back on the amount of busy work, reducing time spent on finding information. Generative AI can also expedite the synthesis of search data. In the past, search engines could locate documents for agencies. Now, agencies going through SLED records can not only find the document itself, but find the information within the document, and analyze that information before returning it to the user.

By accelerating the day-to-day tasks of employees, generative AI frees up creative minds to complete more vital, thorough and intricate projects, improving utility.

AI has been integral to Broadcom’s product solutions in user and enterprise IT. When properly implemented, generative AI can enhance technology, cybersecurity, analytics and productivity. To learn more about how Broadcom can help implement secure generative AI in SLED spaces, view Broadcom’s SLED focused cybersecurity solutions.

EdTech Talks: A Comprehensive Look at Security in Education for Safe Learning Environments

Posted on by Tim Boltz

Emerging technologies today are providing K-12 schools and higher education institutions with the capabilities to support seamless and secure campus efforts, which ensures protection of academic environments as well as students, faculty and staff. Remaining vigilant, versatile and adaptable in the current education landscape, especially when it comes to security and student safety, are the most important considerations for education leadership when deciding what new solutions and integrations to incorporate into their schools.

̽��Ƶ’s annual EdTech Talks Summit brought together industry and education thought leaders to explore three tactical learning tracks: safety for the learning environment, the impact of technology on student growth and development, and modernizing education with artificial intelligence (AI) and machine learning. During the first day’s discussion, speakers provided insights into building safe learning settings with a comprehensive look at both cyber and physical security in education.

Analyzing Current Security Risks

Education institutions face a myriad of cybersecurity challenges such as ransomware, third-party access to school systems, internal bad actors and stolen credentials. One of the most impactful vulnerabilities is a lack of awareness across school communities regarding security. For example, individuals who are unable to recognize a phishing text message that asks the receiver to click on an unsafe link because an account has been frozen may potentially put their own data and their school’s data at risk of exposure.

While cybersecurity is one of the most important aspects of cultivating a successful learning environment, it is just as important to consider physical security for a safe learning environment. Building and campus surveillance, visitor management monitoring, lock down and fire drills, active shooter and crisis management are among some of the ways schools provide personal security for students and staff. With so many aspects of security to manage, schools also must balance being open, inclusive and engaging with communities and culture to provide more expansive learning opportunities while simultaneously protecting against threats on limited budgets.

Protecting Against Cyber Threats in the Modern World

For improved security, educators and industry leaders must collaborate to take proactive measures to safeguard digital infrastructure, data and physical campuses. The best place to start is by ensuring the fundamental standards of cyber defense are in place, functioning properly and are continuously monitored and modernized. This includes solutions and processes such as:

Utilizing multi-factor authentication (MFA) whenever possible
Email and phishing security to avoid ransomware
Maintaining a high standard of digital hygiene through services such as patching and vulnerability management
Creating robust and resilient backup strategies for all data at endpoints and in the cloud
Performing recovery testing to ensure backups and other operations are working accordingly
Providing resources and trainings to engage with school communities to raise awareness of ways students and teachers can defend themselves against physical and cybersecurity threats
Implementing a “see something, say something” mentality across school communities to ensure all potential risks are reported and mitigated
Hiring IT staff and educators who are passionate about the security and safety mission set forth by an institution and allow them to provide new ideas and innovation
Investing in quality cyber insurance to protect institutions against setback from a ransomware attack
Conducting frequent audits to ensure school’s systems are compliant with the latest policy requirements and standards in the case a claim must be made

Security Implementation for Institutions

Industry and education experts alike understand the importance of providing a safe space for all students, whether inside schools or online, and continuously aim to make sure their experience is as productive and valuable as possible. Particularly within higher education, many universities and colleges have individual point solutions that they have integrated into their systems to solve very specific problems, creating a disconnected mixture of security infrastructure. Security must be designed with students in mind and a way that provides optimal learning, collaboration and inclusion—technology can help achieve this imperative goal.

As Government and education sectors continue to move toward cloud environments, managing a multitude of products and solutions can become cumbersome and difficult to regulate security. To combat this, consolidation of products to create increased visibility, automation and agility are key for transforming a current infrastructure to be more successful and produce actionable insights.

Visit the EdTech Talks Conference Resource Center to view panel discussions and other innovative insights surrounding security, AI and student success from ̽��Ƶ and our partners.

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About ̽��Ƶ in the Education Market��

̽��Ƶ. is The Trusted Education IT Solutions Provider™.����

Together with our technology manufacturers and reseller partners, we are committed to providing IT products, services and training to support Education organizations.����

̽��Ƶ is a leading IT distributor and top-performing E&I Cooperative Services, Golden State Technology Solutions, Internet2, NJSBA, OMNIA Partners and The Quilt contract holder, enhancing student learning and enabling faculty to meet the needs of Higher Education institutions.��

To Learn more about ̽��Ƶ’s Education Solutions, please visit us at

To learn more about ̽��Ƶ’s Cybersecurity Solutions please, visit us at /solve/cybersecurity

EdTech Talks: Modernizing Education with Artificial Intelligence and Machine Learning

Posted on by Tim Boltz

Schools must embrace change alongside their growing generations to equip students for the future. Artificial intelligence (AI) and machine learning (ML) are two evolving, expansive technologies that are creating a monumental impact in the private and Public Sector, with education institutions being no exception. At ̽��Ƶ’s annual EdTech Talks Summit, education leaders explored how AI and ML are changing the way teachers instruct, the way students learn and the way administrators approach technology in schools.

As a baseline, when considering AI for K-12 and higher education, administrators should follow several guiding principles for responsible and trustworthy use of AI.

Human-centricity: Promote human well-being, individuality and equity
Inclusivity: Ensure accessibility and diverse perspectives
Accountability: Proactively identify and mitigate adverse impacts
Transparency: Instruct students and teachers on proper usage, including potential risks and how decisions are made
Robustness: Operate reliably and safely while enabling mechanisms that assess and manage potential risks
Privacy and security: Respect the privacy of data subjects

Generative AI in Education

Generative AI is still fairly new to the education space and educators are on both sides of the spectrum of acceptance—some prefer to erase it from their schools while others are open to embracing the up-and-coming technology for use cases not only in the classroom, but also to prepare students for the future workforce.

For example, one of the first technologies educators may be inclined to use when adopting AI in the classroom is detection tools. Dr. Anand Rao, Professor of Communications Chair of the Department of Communications and Digital Studies at the University of Mary Washington in Virginia recommends against this technology implementation because it could negatively affect vulnerable students. AI detection is not 100% correct in every instance. For some students, English may not be their first language and a detection tool could potentially identify their work as AI generated because it may be more formulaic. While detection tools can be utilized in a positive way to ensure honesty is upheld within students’ work, teachers and professors should use their discretion to determine the results of detection tools.

AI literacy is one of the most important principles for instructors to explore, deliberate and establish guidelines for. Since generative AI platforms such as ChatGPT and other tools like detection programs are still modernizing, students and faculty should go through a test period to learn how they work and understand whether they are comfortable utilizing them. As a next step, IT teams must be prepared to begin implementation and consider cybersecurity in that process.

Analytics and Data in AI

Education data grows exponentially with each new school year; however, collecting, evaluating and taking action based on the insights of that data is a long yet vital process. Instructors and administrators must leverage platforms that can help automate and analyze new and archived data to make the most informed decisions for their schools using the AI analytics lifecycle. This includes managing data efficiently, interpreting observations made about data and finally, creating a plan to incorporate constructive action to address needs discovered via the data. Using this strategy, schools can be better prepared to tackle real world questions and scenarios and provide students and teachers with the tools and processes they need to be successful.

This year’s EdTech Talks Summit event aimed to educate academic IT decision makers and end users about the current challenges and solutions surrounding student growth and development, security, AI and ML and cost-saving, modernization benefits of today’s leading EdTech solutions. The Education sector faces new challenges every school year, and it is imperative now more than ever that the IT industry and Government work together to provide the most safe and successful learning environments for all students.

About ̽��Ƶ in the Education Market��

̽��Ƶ. is The Trusted Education IT Solutions Provider™.����

Together with our technology manufacturers and reseller partners, we are committed to providing IT products, services and training to support Education organizations.����

To Learn more about ̽��Ƶ’s Education Solutions, please visit us at

To learn more about ̽��Ƶ’s AI Solutions, please visit us at /solve/ai-machine-learning

Applications of Technology in Higher Education at EDUCAUSE

Posted on by Tim Boltz

Technology advancement has resulted in many potential usages for university students and faculty, educational and research institutions and Government agencies. For agencies focused on higher education, taking advantage of new technology can help bolster security and ease student and faculty daily procedures. Industry and education experts joined together at the EDUCAUSE Annual Conference for an immersive experience that facilitated collaboration and discussion to promote the advancement of higher education by using information technology (IT).

Leveraging Security Technology Against Ransomware

With the increasing technology usage in everyday life, many higher education agencies are susceptible to cybersecurity threats like ransomware. The education sector is no exception, with attacks ranging from exploited vulnerabilities, to compromised credentials, malicious emails, phishing attempts, brute force attacks and malicious downloads. As ransomware comes with financial loss, it is important for higher education agencies to invest accordingly in cybersecurity. According to industry statistics, 70% of organizations have successfully recovered data using backup mechanisms. This data recovery is not only much simpler than paying the ransom, but it also removed the attack incentive since paying the ransom encourages bad actors to continue attacks. Higher education institutions own and maintain a significant amount of intellectual property as a source of data wealth and research. To protect this information and ensure the safety and financial success of educational institutions, higher education must focus on creating backups and position IT security staff as trusted advisors, fortify their cybersecurity infrastructure and foster a vigilant culture amongst students and faculty.

Digital Services in Education

With a strong cybersecurity base, universities can reap the benefits of both external and internal digital services. External market data can be used to predict internal performance. Data can help define popular markets, from student demand for majors, future employment opportunities and university competitor information. Educational institutions can utilize technology to analyze data and make millions of calculations in a minimal amount of time. With these predictive analytics, education administrations can make informed decisions when forecasting program sizes, enrollment numbers, scholarships and revenue margins.

Universities can utilize digital applications to offer user-friendly functions to support faculty and students with daily tasks such as helping locate class schedules, campus maps, facility wait times, task notifications and other essential remedies for success. Digital applications with collaboration tools and platforms can connect peers and faculty members in a simple and pragmatic way, facilitating communication on projects and learning objectives. On the administrative side, digital services can reduce time spent by automating functions such as credit transfers and transcript evaluations. Institutions can also utilize digital applications to offer automated aid for student requested services, which reduces call center wait times, manual processing errors and delayed accommodations.

The Varied Applications of AI

In the educational space, AI has a multitude of use cases:

AI can detect cyber threats and vulnerabilities, thus protecting student, faculty and stakeholder sensitive information.
By facilitating the automation of routine security tasks, patches and system updates, AI can free up more time for cybersecurity professionals to focus on more complex initiatives, thus creating a more robust security infrastructure.
Schools can utilize AI’s advanced authentication mechanism to prevent unauthorized access to sensitive data and provide seamless account access for students, faculty and staff.
Institutions are currently using AI to understand the best methods for student retention, a common concern in higher education. Methods such as text-based chat apps are designed to send encouraging messages, tutoring or counseling to students who have been identified as needing additional resources. Text applications can also be used to connect students to enrollment services, tutoring or counseling.
AI’s use of data analytics can facilitate customized learning experiences based on each student’s strengths, weaknesses and learning pace. This includes tailored content, question and answer chatbots and virtual assistants.
Adaptive learning platforms powered by AI can assess individual student performance and deliver tailored content, allowing students to grasp complex concepts at their own pace. This personalized approach enhances student engagement and motivation, ultimately leading to improved academic outcomes.

Since AI will always contain human bias, it is important to apply AI as an additional tool, and not a standalone operation. In maintaining the priority for equality and privacy in the educational sphere, each individual institution must find where AI best fits into their respective organization.

Technology can be utilized to enhance cybersecurity infrastructure, detect compromised systems, analyze data to improve common educational institution functions and improve student performance and morale. By partnering with the IT industry, higher education institutions can posture students and faculty to lead the way to success for the next generation of learners.

To learn more about utilizing IT for education initiatives, view ̽��Ƶ’s Education Technology Solutions Resources.

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About ̽��Ƶ in the Education Market��

̽��Ƶ. is The Trusted Education IT Solutions Provider™.��

Together with our technology manufacturers and reseller partners, we are committed to providing IT products, services and training to support Education organizations.��

Learn more at

EdTech Talks: Exploring the Impact of Technology on Student Growth and Development

Posted on by Tim Boltz

Schools and universities strive every day to give their students an effective, fulfilling, successful personal growth and academic learning experience. Harnessing technology innovations can pave the way to achieving those goals. During ̽��Ƶ’s annual EdTech Talks Summit, experts in education and the IT industry discussed how existing and emerging solutions such as observability, the ‘secure by design’ approach and analytics can enhance education to personalize experiences, provide developmental insights on learning approaches and achieve maximum support for all students.��

Addressing Post-Pandemic Digital Transformation with Observability��

Following the COVID-19 pandemic, there were many education challenges including a rapid shift to remote learning, the need to adapt quickly to new technologies and evolving cybersecurity threats. Schools and universities play a major role in the nation’s critical infrastructure along with the transportation sector, water and pipeline management, utilities and more making them vulnerable to cyberattacks. Bolstering the strength of cybersecurity infrastructure is a key component of the student experience as schools are responsible for safeguarding student’s educational, health and personal identification records.��

One step towards achieving cybersecurity is observability. In a time when education leaders are asked to do more with less, observability allows institutions to understand what is happening within their networks and why. Observability should be used to empower education IT teams and in conjunction with active monitoring platforms, which will help them understand the full scope of the data in their network management systems to then apply actionable intelligence to solve issues. When exploring this data, IT staff should consider these questions:��

Is the network following the proper compliance rules that are in place? If not, what change was made to take the network out of compliance?��
What is the user experience like right now?��
What vulnerabilities are there within the network?��
Are students able to reliably access what they need and are those systems performing correctly?��
Are the internal safeguards working as efficiently as external safeguards?��
Do students have proper online safety awareness to aid in avoiding potential risks?��

Implementing observability best practices can boost the security and manageability of schools’ network infrastructures, leading to improved experiences for students, faculty and cross-campus communities.��

Secure by Design for Education��

One of the leading ways manufacturers, developers and education institutions can ensure their products are safe and efficient for students and staff is to create and utilize products that are secure by design. This holistic approach establishes that each product code, solution bundle and packages is tested and validated before an end user receives them, and therefore, contains a built-in cybersecurity insurance policy. In the future, this will save schools time and costs by decreasing the number of cyber threats they face. Students and faculty will experience an increased learning capacity. For example, these solutions help keep students in schools and experiencing less interruption and downtime because of ransomware attacks. This approach empowers faculty to seamlessly adopt and integrate the use of secure solutions into their curriculum and lesson plans. With secure by design solutions, educators and students can rely on the fact that their data will be protected by modernized products tailored with them in mind.��

The Importance of Analytics in Higher Education��

Data plays a crucial role in educational infrastructure, offering valuable insights into the ever-evolving trends in learning. Most schools have siloed data in multiple areas such as learning management systems, enrollment systems and alumni engagement systems. Some colleges and universities within the Public Sector are only able to perform localized, descriptive analytics such as running spreadsheets and creating dashboards to see enrollment and graduation rates. The key to valuable, actionable and intelligent analytics is being able to discern how data intersects and correlates for more predictive and prescriptive analytics across the various digital spaces where institution data is stored. To do this, schools can leverage the power of automation through artificial intelligence (AI) and machine learning to augment data and use the insights gained to improve analytic maturity, helping faculty and administrators better serve students and their education missions.��

From increased security through observability and intentional technology designs to data-driven insights, the impact of these solutions on student growth is reshaping the educational landscape and creating an environment where students can thrive both academically and personally.��

About ̽��Ƶ in the Education Market��

̽��Ƶ. is The Trusted Education IT Solutions Provider™.��

Together with our technology manufacturers and reseller partners, we are committed to providing IT products, services and training to support Education organizations.��

Learn more at .��

5 Essential Applications of AI Technology in Education

Posted on by Tim Boltz

When growing up and sitting through math class, students often heard teachers say that students should not rely on a calculator to do their math for them. After all, they would never have a calculator in their pockets. Today, that statement could not be farther from the truth. Now, many students have an entire computer in their pockets with a calculator just a click of a button away. The growth of artificial intelligence (AI) has increased exponentially within the last few decades, and students and educators alike must embrace the latest in AI and education technology to keep up with the pace.

In all learning environments, students and teachers rely on modern technologies to enhance their experiences to be as informational, productive and efficient as possible. In recent years, hybrid learning and collaborative digital spaces became essential components of education for both K-12 and higher education organizations. With this development, education technology has evolved and expanded to include new and more advanced AI systems inside and outside the classroom.

The needs of students are always changing, and educators must constantly adapt to progressive ways of teaching and learn different technologies or platforms that can assist with their daily lessons. With the implementation of AI and numerous benefits of digital learning, all students and instructors can achieve a more wholistic and innovative education. These five topics demonstrate how AI is an essential tool in the learning process for various types of learners across K-12 and higher education.

Communication

Innovative trends in education technology have made it possible for students and staff to stay connected, whether through remote online learning or collaborative learning in the classroom. AI tools like SMS bots, predictive technology and ChatGPT can assist students in tasks such as navigating their school’s learning platforms, researching and preparing information for assignments and getting real-time answers to their questions. AI can also help teachers and professors orchestrate discussion points between students and guide next steps within small group collaborative projects.^[^]

Automation

For teachers, implementing AI can help automate repetitive daily tasks like grading tests and quizzes, and catching minor mistakes within written essays. This way they have more freedom and time to focus on in-depth feedback, creating comprehensive lesson plans and spending one-on-one time with their students. Additionally, AI tools can give students instant feedback on their work, allowing them to be more independent in identifying inaccuracies and recognizing successful projects.^[^]

Immersive Learning

Augmented reality (AR) and virtual reality (VR) are becoming increasingly more popular in students’ everyday lives, so using these technologies as a learning tool is familiar and compelling for them to gain valuable experiences in the classroom. Immersive technologies can simulate real-world scenarios for students to gain hands-on experience with low risk, like medical simulations and technical experiments. It also can allow students to break the barrier between their physical space and complex concepts like observing the planets up close or enlarging and examining something microscopic.^[^]Not only do AR and VR create expansive opportunities for students to view and understand concepts in new and captivating ways, but they also create an additional, interactive and collaborative avenue of learning for students who may not be as responsive to traditional tools like textbooks and study guides.^[^]

Data-Driven Results

Throughout a student’s education, data is continually collected to better understand and predict their developing needs and most effective learning strategies. AI technologies can quickly and automatically analyze and report on this data, allowing teachers and professors to evaluate trends in an individual student’s or an entire class’s performance. Empowered with this knowledge, educators can tailor their lesson plans and take a more proactive approach to supporting students’ needs, ultimately increasing academic improvement for all.^[^]

Personalized Learning

Student’s learning styles can vary depending on many factors. For example, some students learn best through more visual and interactive experiences, while others may learn best through memorization and flashcards. Analyzing data collected by AI can help teachers be more informed and prepared educators for different kinds of learners. By applying the insights gathered from AI algorithms, educators can create personalized tracks for individual students, including aspects like adjusting the types of content, working with their comfortability, tailoring to their pace of learning and understanding their comprehension of learning objectives.^[^] Additionally, AI technologies can help teachers plan, schedule and produce suggested lesson ideas more efficiently so they can target instruction and reduce the time it takes to create activities that best support each student.^[^]

As AI becomes more common in education, maintaining academic integrity and validity within assignments of any kind will remain top of mind for educators. While earlier AI systems are designed to help students achieve academic success, newer AI systems are intended to empower teachers to optimize the use of artificial intelligence for students and encourage positive, ethical engagement with AI technologies.^[^] Fostering trust among educators to cultivate the most prosperous learning environment through the implementation of AI can further personal, social and educational growth for all students.

Explore ̽��Ƶ’s education technology solutions to learn how your organization can work together with our top innovative EdTech vendors to bridge the digital divide and meet the demands of modern education.

Resources:

[1] Office of Ed Tech. “AI and the Future of Teaching and Learning: New Interactions, New Choices.” Medium,

[2] Shonubi, Olufemi. “Council Post: AI in the Classroom: Pros, Cons and the Role of Edtech Companies.”

[3] Dick, Ellysse. “The Promise of Immersive Learning: Augmented and Virtual Reality’s Potential in Education.” Information Technology and Innovation Foundation.

[4] Dani, Vishal. “How Augmented Reality Creates Interactive and Engaging Classrooms.” Kitaboo,

[5] Gururaj, Tejasri. “10 Examples of Artificial Intelligence Improving Education.” Interesting Engineering,

[6] Dani, Vishal. “9 Trends in Education Technology That Will Have a Major Impact.” Kitaboo,

[7] Office of Ed Tech. “AI and the Future of Teaching and Learning: Engaging Educators.” Medium,

Higher Education All-In on Cloud-First

Posted on by Tim Boltz

Is digital transformation in higher education possible without the cloud? Not likely. When that transformation is viewed as a journey, not a destination, the essential role of cloud-based resources as enabling and empowering infrastructure comes sharply into focus. Institutional performance, operational efficiencies, student success — the primary goals of digital transformation in higher education today — are only possible with the agility and scalability of cloud-based computing and resources.

Without a clear strategy in place, digital transformation and cloud migration can start to look like a game of whack-a-mole. As teams weigh where cloud solutions will take them next, understanding and articulating the need to include data-intensive computing, security, reporting, and analysis is imperative. That’s all the more true as students increasingly demand a level of personalization and engagement that can only be delivered through a robust analytics and data infrastructure. Download the guide to learn how to grow beyond today’s analytics programs and to mature them for endemic management and strategy.

Cloud Budgets Keep Growing

“‘As higher education institutions continue to pivot toward continuous modernization practices, the SaaS segment of the cloud is likely to see the most investment,’ noted Damien Eversmann, Chief Architect for Education at Red Hat. ‘Cloud resources provide the agility and flexibility needed to support the culture of change that continuous modernization demands. As long as security practices are properly maintained, cloud adoption is one of the best tools for academic institutions to stay ahead of the curve.’ All cloud categories are expected to see growth in 2023, according to Gartner, with the most significant anticipated growth in Cloud Management and Security Services and Cloud Application Infrastructure Services (PaaS).”

Read more insights from Damien Eversmann, Chief Architect for Education at Red Hat.

Accelerate Agility and Integrate Data

“Today, higher education IT professionals refer to “the new normal” when discussing the many modes of learning, research, and other day-to-day hybrid work now possible thanks to cloud computing. The monumental movement and general acceptance of the cloud within higher education happened nearly overnight, after years of hesitance and reluctance on the part of higher ed leaders who sought greater on-site control over data and operations. That reluctance transformed to trust as cloud-based operations proved their mettle, and institutions by and large today embrace a new way of working through the ongoing and continuous change of digital transformation. “That’s probably the biggest change — that change is the constant,” said Bill Greeves, an industry advisor for SAP who supports the organization’s education customers. As a former CIO and deputy county manager for Wake County, N.C., Greeves saw firsthand the overnight transformation to cloud-based workloads to keep government and citizen services up and running at the onset and throughout the pandemic.”

Read more insights from Bill Greeves, Industry Advisor for SAP.

Essentials for Navigating Cloud Implementations

“While the mission of higher education has never changed, the means of fulfilling that mission continue to swiftly evolve, particularly as a result of cloud computing technology and the migration of workloads, applications, storage — pretty much everything — to the cloud. Higher education research, in particular, enjoys many benefits from the cloud, including rapid provisioning of data and applications, or abstraction, which ensures non-technical users can readily deploy cloud resources and quickly get back to the real task at hand: research. Cloud is at the heart of institutions’ ongoing march to digital transformation, but that’s not all: Prompted by the pandemic, many colleges and universities have also embraced the rapid adoption of cloud capabilities in support of remote work and collaboration.”

Read more insights from Hunter Ely, Security Strategist at Palo Alto Networks, and Mathew Lamb, Manager, Pre-Sales Cloud Native Solutions at Palo Alto Networks.

Download the full report for more insights from these from these higher ed Cloud leaders as well as additional perspectives and industry research.

Supporting the Student Journey Through Digital Transformation

Posted on by Joel Kennedy

What Does it Mean to ‘Go Digital’?

Digital transformation is a critical topic for higher education institutions globally to help them become more innovative, agile and resilient to support their students. Keys to adopting digital can be categorized into four areas—pandemic, prediction, personalization and performance. The pandemic proved the need for reliable digital resilience so that schools can quickly pivot to online learning, meaning more flexibility, scalability and agility. Anticipating touch points for the general student journey from applications to graduation and alumni status allows institutions to better predict unique education tracks, and through data collection, create personalized experiences for students and faculty. With the right tools in place, both students and staff can have automated task management and digital performance throughout their higher education.

Delivering a Seamless Digital Experience

These capabilities and more are aspects of the education experience students have come to know and expect from their campuses. With the understanding of why digital transformation is important, here are three takeaways institutions can explore to deliver improved experiences and increase the overall quality of student engagement.

Adopting Cloud-based Solutions: The pandemic necessitated change across the entire education system to remote and hybrid learning environments. Moving to the cloud allows organizations to become more scalable and agile, ensuring students can access everything they need to be successful within one engagement system.
Utilize Artificial Intelligence Chat and SMS Bots: Whether through a website or mobile app, predictive technology like chat bots can assist students in completing specific touch points of their student journey. By anticipating what students are currently aiming to accomplish, providing helpful information with the click of a button and giving quick and easy direction to what is most relevant for them, an AI chat or SMS function can track and engage each of those touch points for institutions to best support their students daily.
Prioritize Student Digital Security: Before students arrive on campus, they often must create an account for submitting their college applications. Once they are immersed in the university’s various online learning tolls and processes, they typically must make multiple accounts with numerous different passwords. Implementing security measures such as multi-factor authentication and other 2-step security methods ensures only the right student is accessing their personal information and data.

Integrating and Examining Data to Enhance Student Engagement

Implementing new strategies and technologies often comes with a significant amount of transition for any campus’ community, but starting with small integrations and building upon each success can slow the pressures of digital transformation. An institution that understands what capabilities and goals each of its department has allows it to create more successful implementation plans for new solutions. Change management, like valuable training and guidance for staff, plays an integral role in ensuring efficient progression of solution integrations into those individual departments. In addition, institutions must remain engaged with staff after new changes are incorporated to understand their pain points and strategize opportunities for fine-tuning.

No matter what stage students are at in their journey through higher education, securely and efficiently integrating their data into new technologies across campus empowers institutions to better understand individual learning tracks. Institutions should examine a student’s qualities and data from a holistic point of view to best engage with and support them, instead of attempting to piece each departments information together for a less comprehensive perspective.

Analyzing student data and activity also motivates institutions to revisit their digital operations and presence to find areas for improvement. It is imperative that websites, learning tools and accesses are functioning quickly and reliably to best serve the students utilizing them. For example, an institution may consider that lower application rates are due to how many students abandoned their application submission process after factors like an unsuccessful login, inability to create an account, errors when submitting, long wait times for tech support, etc. Understanding these barriers enables institutions to promptly address them and streamline the process for any new applicant.

Empowering Higher Education for Success

Increasing student engagement with a multitude of efficiently integrated solutions gives institutions the opportunity to better understand what their students need to be successful through their educational journey. Though there is much more to digital transformation, these key takeaways allow higher education professionals to strategically plan technology and solution implementations to improve their students’ experiences.

Together, Genesys and GTS are hosting a series of webinars to educate attendees on the most reliable and efficient solutions for their student experience and engagement challenges. Join these cloud, digital and AI technology experts for and learn how your organization can support the student journey.