This site uses cookies to improve your experience. To help us insure we adhere to various privacy regulations, please select your country/region of residence. If you do not select a country, we will assume you are from the United States. Select your Cookie Settings or view our Privacy Policy and Terms of Use.
Cookie Settings
Cookies and similar technologies are used on this website for proper function of the website, for tracking performance analytics and for marketing purposes. We and some of our third-party providers may use cookie data for various purposes. Please review the cookie settings below and choose your preference.
Used for the proper function of the website
Used for monitoring website traffic and interactions
Cookie Settings
Cookies and similar technologies are used on this website for proper function of the website, for tracking performance analytics and for marketing purposes. We and some of our third-party providers may use cookie data for various purposes. Please review the cookie settings below and choose your preference.
Strictly Necessary: Used for the proper function of the website
Performance/Analytics: Used for monitoring website traffic and interactions
And with school technology leaders reporting that data privacy and security is their second biggest concern, user lifecycle management can either support or hinder K–12 institutions’ cybersecurity efforts. Click the…
Many early adopters limited their use of cloud services to long-term storage for backup data. The widespread migration of data and workloads to cloud environments has… But over time, IT professionals have become more comfortable with relying on cloud service providers.
While many educational software providers offer students helpful and engaging content, some can end up exposing student data. A December 2022 report from Internet Safety Labs confirmed that 96 percent of school apps shared student data with third parties, and 28 percent exposed kids to advertising.
New federal survey data on the education workforce shows that a majority of schools had a tough time filling at least one fully certified teaching position this fall. Parsing education data into snack-sized servings. Get EdSurge journalism delivered free to your inbox. Sign up for our newsletters.
Protects student and institutional data. Many continuing adult education institutions have turned to the technology used by higher ed with the following benefits: Elevates teaching and learning. Scales to address changes in staffing, enrollment and budget.
IT departments are taking a closer look at the way educational technology is collecting and using student data. However, not everyone in education is aware of the risks associated with data collection, and it can be hard to convey why it’s important to use tech with restrictions or caution.
For hackers, K–12 student data is some of the most valuable information in the world, which means that data privacy plays a central role in any cybersecurity strategy. Schools are “sitting on a lot of very clean data, and that’s what people are after,” explained Rob Chambers, vice president of platform strategies at Lightspeed Systems.
In the 27 years he has spent leading technology in New England schools, the founder of the Student Data Privacy Consortium has probably become best known nationwide as a student privacy crusader. EDTECH: How did you get involved in protecting student data privacy for your district…
Many K–12 organizations and districts lose essential data due to ineffective planning. They suffer when unexpected malware, ransomware, weather events and other mishaps occur that require a cogent data restoration procedure.
In the Heap Digital Experience Insights Report, we examine anonymized data from hundreds of customers and thousands of user funnels in order to quantify the information teams are missing. Assumptions don’t have to guide you anymore. Heap’s unbiased insights will pinpoint the opportunities with the greatest potential for business impact.
AI refers to technology that can perform tasks typically requiring human intelligence —things like analyzing data, solving problems, or even adapting lessons to student needs. Using AI Responsibly: Protecting Student Data As AI becomes a bigger part of education, safeguarding student data is more crucial than ever.
Modernizing K–12 data infrastructure to enhance efficiency, agility and robustness becomes mission critical with limited IT resources. The use of cloud-based technology in schools has grown more complex and widespread, giving way to various methods to protect private student data in the cloud.
Education is among the most heavily targeted sectors due to its vast stores of valuable data and its comparatively weak security measures. Adversaries are aware of the personal data that schools, district offices, libraries and other targets hold, as well as the security shortcomings that create a low barrier to entry.
CoSN is partnering with school districts in Illinois via the states Learning Technology Center to strengthen K12 data privacy practices. Currently, only one district in the state has earned the TLE Seal, which CoSN awards to schools that document their data privacy strengths in all five areas of the framework.
In this guide, you’ll learn: 7 detailed steps to infuse data-power into your conversion process. Or, “Are there any specific places people get stuck?” And, “Is the issue a technical breakdown, or is it the UX flow?”, then you’ve come to the right spot. How to define the right events. How to shine a light on where customers drop off.
Digital literacy provides foundational technical competencies, but data literacy is necessary to equip students with the analytical frameworks needed to responsibly navigate our quantified world. They must learn how to understand and interpret data that drives so many aspects of their lives. This is where data literacy comes in.
This perspective transforms data analysis into an empowering process; data is a tool for improvement amongst our students rather than a measure of failure. This mindset shapes how we view data. When reviewing data, we dont dwell on weaknesses. Celebrating progress is vital. Even small wins (i.e.,
Data is now everywhere in our lives, informing our decisions about which new show to watch, what path to take or whether to grab an umbrella. Our approach to teaching data science and data literacy has hardly evolved since I started my teaching career in 1995. Look at the data. How do we know?
A lot of attention goes into protecting data. K–12 IT teams ponder cybersecurity, disk arrays, cloud availability zones and bandwidth to keep their schools’ data flowing. And are they sure they can actually restore a school’s data when the need arises? But do they give backup systems the attention they deserve?
In this guide, you’ll learn: 7 detailed steps to infuse data-power into your conversion process. Or, “Are there any specific places people get stuck?” And, “Is the issue a technical breakdown, or is it the UX flow?”, then you’ve come to the right spot. How to define the right events. How to shine a light on where customers drop off.
Here is where station rotation can be an invaluable asset as a data-enhanced teaching strategy to close learning gaps by maximizing the time available in class. Data or evidence is essential when using rotations. Integrate an adaptive learning tool to collect usable data and set students on an appropriate path.
Here is an overview of key data and trends associated with them: Enrollment and Growth Enrollment Numbers : Virtual high schools have seen significant growth in enrollment. Personalized Learning : Advancements in AI and data analytics are expected to enhance personalized learning experiences.
However, while both K-12 and higher ed share similar optimism, the data also exposed strong differences in GenAI adoption rates. Were encouraged to see high adoption rates within the K-12 market, but the data shows theres still work to be done,” said Darren Person, chief digital officer at Cengage Group.
By analyzing vast amounts of data, AI algorithms can uncover patterns and trends that human analysts may miss, leading to more informed and effective strategies. For instance, in healthcare, AI-powered tools can analyze patient data to predict disease outbreaks, optimize treatment plans, and streamline administrative tasks.
The trend to use actionable, comprehensive data—like attendance, assessments, grades, and more—is an effective way to give teachers the visibility they need to make a difference.
EDR uses endpoint monitoring and data analytics to identify suspicious behavior. Meanwhile, the shift to digital learning has expanded the attack surface, and most end users are kids, who may not be well versed in cybersecurity best practices. It can detect potential threats, block malicious activity, suggest remediations and alert security
Faced with sobering data like this, school technology leaders such as Neeraj (Raj) Kapur are placing identity management on the front lines of their cyber strategies. Identity and access management is one…
Nationwide, pollinators are in trouble. After years of steady decline, 2022 to 2023 marked a 37 percent loss of managed bee colonies in the United States, according to the nonprofit Bee Informed Partnership.
AI-powered tools like virtual assistants and chatbots provide instant guidance and support, while data analytics offer valuable insights for educators and administrators.
The data ultimately points to no “silver bullet” in spending aimed at improving students’ academic performance since the pandemic, says Marguerite Roza, director of Edunomics Lab. Return on Investment A crunch of the numbers found that states varied widely when it came to the return on investment of their ESSER dollars.
According to recent federal data, schools are still struggling with a shortage of teachers and other staff. An upcoming CDW webinar aims to provide solutions to help K–12 leaders bridge the gaps that result from having fewer staff on school grounds.
As K12 schools increasingly embrace the cloud, some are taking a hybrid cloud approach while others are fully migrating applications and data to public cloud providers and Software as a Service solutions. As they do so, they can face adoption challenges.
For enhanced device and data management of your school’s Macs, both Jamf and Claris Connect integrate seamlessly with Apple School Manager. Claris Connect automates the import of student information system (SIS) data and creates Managed Apple IDs at scale, giving students and teachers access to necessary technology and tools.
In addition to ensuring that the devices the district’s 2,575 students use remain in top working order, he also has to ensure that critical infrastructure such as the data center stays up and running. As technology director of Colorado’s Steamboat Springs School District, Tim Miles carries a heavy load.
Use assessment tools to gather data on their learning styles. Stay open to adjustments based on student feedback and performance data. Regularly review the data these tools provide. Start by identifying each student’s specific needs and preferences. This information helps you select the right personalized learning tools.
But the shift highlights how modern K–12 schools are dependent on network-accessed apps and data for learning and administration purposes. To get more bang for their IT buck, many school districts have been turning to cloud solutions to host applications and safeguard data.
These language models are trained on specific data sets, rather than the entirety of available data on the internet, to produce more customized results. Enter small language models (SLMs). This makes them perfect for K12 education settings
Discover how this rapid development process creates engaging, custom learning solutions on a timeline that works for you, why a strong learning culture is important, and how to showcase your Return on Learning (ROL) using data to tell the story.
Grading, lesson planning, and tracking data can easily consume nearly half of your workday, leaving many teachers feeling stretched thin. By using data and algorithms to personalize learning, automate tasks, and provide real-time insights into student progress, AI gives you your time back. That’s where AI in education steps in.
Seven years ago, as more software companies began offering Software as a Service, West Orange Public Schools in New Jersey jumped on the emerging cloud trend. Fil Santiago, the district’s director of technology and administrative services, wanted to explore SaaS solutions so he prioritized migrating the student information system to the cloud.
Data indicates that online learning offers flexibility that traditional classrooms often can’t match. Data shows that classrooms emphasizing inquiry-based learning see a notable increase in student engagement and retention. Data reveals that differentiated instruction can increase student engagement by up to 30%.
Additionally, using data and analytics to track progress and identify areas for improvement can provide valuable insights and drive accountability. Districts and schools can implement systems and processes that promote transparency and shared responsibility.
In this workbook, you’ll find a comprehensive set of templates product development and cross-functional teams can adopt to better leverage your existing skills and your data to: Identify the problem to solve. Design a solution. Test and review your hypotheses. Iterate and improve.
We organize all of the trending information in your field so you don't have to. Join 34,000+ users and stay up to date on the latest articles your peers are reading.
You know about us, now we want to get to know you!
Let's personalize your content
Let's get even more personalized
We recognize your account from another site in our network, please click 'Send Email' below to continue with verifying your account and setting a password.
Let's personalize your content