March 11, 2026
Cybersecurity Roadmap for K–12 Schools: Protection in a Threatening Environment
A clear roadmap helps districts build cybersecurity maturity over time with a phased approach and strategic, cost-effective investments.
K–12 cybersecurity faces unique constraints: tight budgets, outdated environments and sensitive student data. Cybercriminals are aware of these factors and increasingly target districts using sophisticated attacks designed for maximum disruption. Artificial intelligence adds complexity to this landscape, posing new risks while also enhancing security capabilities.
To meet these challenges, districts need holistic cybersecurity solutions tailored to their unique environments and should be able to address a wide range of threats, including phishing attacks, malware, data breaches and insider threats. District leaders also need a clear understanding of their risks and vulnerabilities related to data protection, backup and recovery, AI and the Internet of Things (IoT).
Funding uncertainties make it crucial that leaders pursue cybersecurity maturity strategically and make smart investments over time. Many districts, especially those without a dedicated cybersecurity team, can benefit from expert partners who can assess the current environment to help identify priorities, recommend solutions and provide a clear roadmap to maturity.
K–12 leaders need a clear roadmap to cybersecurity maturity and proactive solutions tailored to schools’ unique environments.
Although cybersecurity has been on K–12 districts’ radar for several years, many have yet to achieve maturity, including the proactive capabilities that allow IT teams to anticipate and detect threats quickly. The same factors that make cybersecurity difficult for K–12 — aging infrastructure, understaffed IT departments and limited budgets — also make schools attractive targets for threat actors.
The Center for Internet Security (CIS) and the Consortium for School Networking (CoSN) report that 82% of K–12 schools experienced a cyber incident between July 2023 and December 2024, with 9,300 confirmed security incidents during that period.
The education technology ecosystem adds complexity. Schools have rapidly adopted cloud-based platforms, one-to-one device programs and AI-integrated learning tools, all of which require additional security measures. As a result, many schools remain reactive, struggling to maintain the visibility and vigilance needed to protect student, employee and district data.
Budgetary pressures compound the problem, along with the loss of federal funding for CIS’s Multi-State Information Sharing and Analysis Center in 2025. Schools now must pay for services that MS-ISAC previously provided at no cost, including timely threat intelligence and expert guidance. In addition, 35% of educational technology leaders say that expiration of the federal Elementary and Secondary School Emergency Relief (ESSER) funds in 2024 could jeopardize their cybersecurity readiness.
Given these constraints, K–12 leaders must make risk-based, prioritized decisions about cybersecurity strategy. Prevention is more effective and less costly than remediation after an attack, which can jeopardize district finances while also disrupting learning and operations. Cybersecurity experts who understand the K–12 environment can help districts align with a trusted framework, such as the Cybersecurity Rubric for Education, and deploy the most cost-effective solutions. By shifting from a reactive posture to proactive planning, districts build resilience for the modern threat landscape.
2024
The year a compromised credential allowed attackers to steal sensitive information from PowerSchool, a platform used by many districts
Source: powerschool.com, “PowerSchool Cybersecurity Incident,” May 7, 2025
K–12 leaders need a clear roadmap to cybersecurity maturity that can help them navigate an evolving threat landscape.
Although cybersecurity has been on K–12 districts’ radar for several years, many have yet to achieve maturity, including the proactive capabilities that allow IT teams to anticipate and detect threats quickly. The same factors that make cybersecurity difficult for K–12 — aging infrastructure, understaffed IT departments and limited budgets — also make schools attractive targets for threat actors.
The Center for Internet Security (CIS) and the Consortium for School Networking (CoSN) report that 82% of K–12 schools experienced a cyber incident between July 2023 and December 2024, with 9,300 confirmed security incidents during that period.
The education technology ecosystem adds complexity. Schools have rapidly adopted cloud-based platforms, one-to-one device programs and AI-integrated learning tools, all of which require additional security measures. As a result, many schools remain reactive, struggling to maintain the visibility and vigilance needed to protect student, employee and district data.
Budgetary pressures compound the problem, along with the loss of federal funding for CIS’s Multi-State Information Sharing and Analysis Center in 2025. Schools now must pay for services that MS-ISAC previously provided at no cost, including timely threat intelligence and expert guidance. In addition, 35% of educational technology leaders say that expiration of the federal Elementary and Secondary School Emergency Relief (ESSER) funds in 2024 could jeopardize their cybersecurity readiness.
Given these constraints, K–12 leaders must make risk-based, prioritized decisions about cybersecurity strategy. Prevention is more effective and less costly than remediation after an attack, which can jeopardize district finances while also disrupting learning and operations. Cybersecurity experts who understand the K–12 environment can help districts align with a trusted framework, such as the Cybersecurity Rubric for Education, and deploy the most cost-effective solutions. By shifting from a reactive posture to proactive planning, districts build resilience for the modern threat landscape.
K–12 leaders need a clear roadmap to cybersecurity maturity that can help them navigate an evolving threat landscape.
Three Major Cyber-Risks for K–12 Schools in 2026
45%
Between July 2023 and December 2024, human-focused attacks, such as phishing, exceeded technical exploits by 45%. Such attacks are frequent and increasingly sophisticated.
Source: Center for Internet Security, “2025 CIS MS-ISAC K–12 Cybersecurity Report: Where Education Meets Community Resilience,” March 2025
$800K
Ransomware is a top threat, with $800,000 as the median ransom payment for K-12 schools in 2025.
Source: Sophos, "The State of Ransomware in Education 2025," August 2025
44%
Insufficient resources can be a risk if districts lack appropriate alternatives. For instance, 44% of educational technology leaders outsource their cybersecurity monitoring.
Source: Consortium for School Networking, “2025 State of EdTech District Leadership,” May 2025
Three Major Cyber-Risks for K–12 Schools in 2026
45%
Between July 2023 and December 2024, human-focused attacks, such as phishing, exceeded technical exploits by 45%. Such attacks are frequent and increasingly sophisticated.
Source: Center for Internet Security, “2025 CIS MS-ISAC K–12 Cybersecurity Report: Where Education Meets Community Resilience,” March 2025
$800K
Ransomware is a top threat, with $800,000 as the median ransom payment for K-12 schools in 2025.
Source: Sophos, "The State of Ransomware in Education 2025," August 2025
44%
Insufficient resources can be a risk if districts lack appropriate alternatives. For instance, 44% of educational technology leaders outsource their cybersecurity monitoring.
Source: Consortium for School Networking, “2025 State of EdTech District Leadership,” May 2025
- STRATEGY, ASSESSMENT AND INVESTMENT
- K–12 FOUNDATIONAL SECURITY PILLARS
- SAFELY HARNESS AI SECURITY
Despite cybersecurity being a priority in K–12 for more than a decade, most districts still lack a clear, actionable roadmap toward resilience and maturity. Such plans are essential not only to prevent attacks but also to limit their impact and ensure districts can recover quickly when attacks occur.
LONG-TERM COST SAVINGS: When a data breach, ransomware lockout or other security incident occurs, districts typically provide emergency funding to address the crisis. However, this reactionary stance is costly, disruptive and insufficient for long-term protection. Districts must allocate funding before an incident occurs to minimize the impact and the cost.
LAYERED, PHASED APPROACH: Proactive investment is essential because cybersecurity should be layered. Districts cannot do everything at once, so they must address issues sequentially and choose solutions capable of addressing multiple challenges simultaneously. A strategic plan helps them sequence improvements, explore cost-effective options and build a roadmap that is sustainable over time.
ASSESSMENT INSIGHTS: Expert assessments based on frameworks such as the Cybersecurity Rubric for Education can help districts measure their capabilities across six key functions (Govern, Identify, Protect, Detect, Respond and Recover) and five maturity levels (Initial, Repeatable, Defined, Managed and Optimized). Assessments also provide valuable insights into districts’ risks and vulnerabilities.
EXPERT GUIDANCE: Because many districts lack cybersecurity teams, IT leaders often need help evaluating cybersecurity solutions and ensuring they are deriving maximum benefit from solutions they already have. Experts who understand the market and the K–12 environment can recommend cost-effective strategies to protect against data breaches, malware, phishing and insider threats.
ROADMAP TO MATURITY: Districts that adopt a strategic approach — informed by assessment, aligned to standards and supported by expert partners — are far better positioned to strengthen their defenses without overspending. This approach is also more likely to increase the ROI of IT investments by emphasizing proactive capabilities and overall cybersecurity resilience.
The Cybersecurity Rubric for Education, aligned with the National Institute of Standards and Technology’s Cybersecurity Framework, provides clear guidelines to help schools take a holistic approach to cybersecurity. The goal is resilience: the ability not only to detect an attack that is already underway, but also to anticipate threats, manage risks, minimize the impact of attacks and restore secure operations quickly.
Resilient organizations are also adaptable. Cybercriminals leverage technological advances, including AI, to refine their tactics and evade detection, so K–12 districts must be able to respond to new and emerging threats. For example, some traditional security solutions may lack the timely threat intelligence and dynamic monitoring capabilities needed to identify zero-day attacks.
The pillars of a resilient cybersecurity posture include foundational data protection, backup and recovery capabilities, and security for IoT ecosystems. Cybersecurity training is also essential to ensure users can recognize and respond appropriately to phishing and social engineering. Finally, security assessments can give districts a holistic, objective understanding of their risks and vulnerabilities.
FOUNDATIONAL PROTECTION: Districts should prioritize next-generation firewalls (NGFWs), endpoint security, email security, and identity and authentication tools. These address the most common entry points for cyberattacks and serve as core components of a modern cybersecurity stack, helping to secure networks, devices, user accounts and communications, which together represent the bulk of daily district activity.
NGFWs are significantly more advanced than traditional firewalls, detecting threats through a dynamic combination of up-to-date threat intelligence, machine learning and behavioral analysis. They also perform deeper inspections of network traffic so they can better detect malicious traffic that attackers have disguised as legitimate.
Identity management, authentication and access control policies and processes are crucial to data protection and should be well defined, documented and consistent across the district.
BACKUP AND RECOVERY: Recent cyberattacks have shut down classes, delayed employee payments and caused hundreds of thousands of dollars in losses. CIS and CoSN report that criminals appear to be timing their attacks to achieve maximum disruption (for example, striking during exams) to increase the likelihood that schools will pay a ransom. Districts need robust backup, recovery and continuity capabilities that will enable them to resume operations quickly if a breach or outage occurs. With payroll, instructional continuity and state reporting all depending on data availability, resilient recovery is not optional — it is foundational.
Districts should also have detailed, well-documented incident response plans, with clearly defined roles and responsibilities. These plans should address incident management, mitigation, analysis, reporting and communication.
Click Below To Continue Reading
IOT ECOSYSTEMS: Network-connected devices such as door systems, video cameras and printers are among the most commonly overlooked risks in K–12 environments. Threat actors target these devices because they have limited native protection and are often left out of security planning, making them prone to inconsistent patching and other vulnerabilities. One study found that across industries, routers, digital cameras and digital/network video recorders accounted for the majority of IoT attacks — a key finding for K–12 schools, which often install digital cameras as part of a physical security strategy. Advanced endpoint protection, strong access controls, network segmentation and other tactics can help contain attacks and ensure that every device on the network has proper security.
CYBERSECURITY TRAINING: AI-created voice and video files, combined with information from social media, are enabling threat actors to be increasingly sophisticated in their use of social engineering to exploit human vulnerabilities. CIS and CoSN report that attacks targeting humans, such as phishing, well outnumber those involving purely technical exploits. It’s all too easy for staff and teachers to become unwitting targets, and students — intentionally or not — may attempt to circumvent controls or exploit weaknesses.
To counter these risks, districts need frequent, structured cybersecurity education, which can include alerts to prevalent threats, training campaigns and simulated attacks. Training should be both broad, reaching everyone in the district, and role-based, providing deeper training for staffers whose positions and data access warrant further education.
RISK ASSESSMENT: While K–12 leaders are alert to cybersecurity threats, a CoSN survey suggests that educational technology leaders may underestimate risks. Only 7% believe they are at a high risk of malware, viruses or DDoS attacks, and 13% perceive a high risk of ransomware. Moreover, many districts lack cybersecurity professionals and may be overwhelmed by the number of solutions, frameworks and threats they are expected to understand and manage.
A comprehensive risk assessment service can address both concerns, providing a realistic assessment of vulnerabilities and recommending effective solutions. These insights can help district leaders achieve buy-in for cybersecurity investments and make informed, strategic decisions. For example, CDW’s Cybersecurity Maturity Workshop focuses on reducing risks while managing costs through strategic investments.
What To Expect From a Cybersecurity Maturity Workshop
CDW’s Cybersecurity Maturity Workshop is a high-impact, low-cost way for K–12 districts to assess their security readiness, identify risks and gaps, and develop a roadmap toward maturity. Led by certified cybersecurity experts and field CISOs with K–12 backgrounds, the workshop is a structured, actionable approach tailored to the unique needs of educational environments. CDW’s experts work with district staffers to assess the district’s cybersecurity posture against the Cybersecurity Rubric for Education, with emphasis on hands-on practice using the rubric and advanced evaluation techniques.
Workshop deliverables include:
• A comprehensive maturity assessment
• An executive summary identifying key risks, gaps and priority actions
• A clear roadmap for cybersecurity maturity, including phased action plans, key milestones and technology/architecture recommendations
The workshop helps districts deepen their internal expertise, as participating staffers learn best practices for using cybersecurity rubrics to continually measure their progress toward maturity.
CDW can also provide ongoing support to help districts strengthen their incident response readiness, build cyber resilience and address compliance concerns.
AI poses new threats and enables efficient, sophisticated attacks, but it can also enhance districts’ ability to detect threats in their environments.
AI INTRODUCES NEW THREATS: A CoSN survey of educational technology leaders found that 94% are very or moderately concerned about AI enabling new types of cyberattacks. These concerns are legitimate in that AI enables attackers to refine their methods in terms of speed, volume and effectiveness. Phishing emails generated by large language models are more convincing than ever. Automated vulnerability scanning tools allow attackers to find weaknesses at scale. Deepfake content and social engineering campaigns can be highly personalized, exploiting students, parents or staff.
Districts must anticipate these evolving threats and implement countermeasures accordingly. They should also establish clear AI policies that address cybersecurity; for instance, requiring district approval and vendor security reviews for any AI tools that handle student data.
SECURE CLASSROOM TOOLS: Educational leaders see immense potential for AI in schools, particularly for increased productivity and personalized learning. However, AI-enabled tools used within instruction — such as generative platforms or adaptive learning systems — also raise security and compliance considerations. For example, the Public Interest Privacy Center urges districts to revisit their student data policies and minimize the amount of student data they collect, in part because AI can make it easier for cybercriminals to connect individuals’ data across multiple systems. However, data minimization is just one strategy for protecting student data in AI-enhanced learning environments. Districts also need comprehensive policies that govern data use in AI tools, access permissions, model safety and the handling of personally identifiable information.
AI FOR CYBER DEFENSE: AI-powered threat detection tools can help understaffed IT teams automate monitoring, identify anomalous activity and accelerate responses to emerging threats. AI can examine vast amounts of log data faster than human analysts, enabling earlier identification of suspicious behavior, phishing attempts, unauthorized access and lateral movement within networks. In environments where technology ecosystems are complex and IT teams are small, these capabilities can meaningfully expand defensive capacity.
Increasingly, AI is a key functionality in cybersecurity solutions. An endpoint protection tool enhanced with AI and machine learning can proactively search for malware and other threats, isolate compromised devices and then manage those devices effectively. Similarly, districts that outsource cybersecurity monitoring can receive enhanced protection when their partners leverage AI effectively.
MOVING TOWARD MATURITY: AI adds significant complexity to a cybersecurity landscape that is already challenging for K–12 districts. To use AI safely, districts should combine strong foundational security practices with clear governance, vendor vetting and continuous monitoring. Ongoing education about AI-powered threats for teachers, staff and students is also crucial.
For many leaders, expert guidance is essential as they adopt modern, AI-enhanced versions of familiar technologies such as Microsoft Windows and Google Workspace. Strategic planning, vendor partnerships and ongoing assessments help districts maximize the benefits of AI while minimizing risk. Working with partners who are experienced with AI can help districts take advantage of AI faster and with greater confidence, incorporating it strategically into their journey toward cybersecurity maturity and resilience.
- STRATEGY, ASSESSMENT AND INVESTMENT
- K–12 FOUNDATIONAL SECURITY PILLARS
- SAFELY HARNESS AI SECURITY
Despite cybersecurity being a priority in K–12 for more than a decade, most districts still lack a clear, actionable roadmap toward resilience and maturity. Such plans are essential not only to prevent attacks but also to limit their impact and ensure districts can recover quickly when attacks occur.
LONG-TERM COST SAVINGS: When a data breach, ransomware lockout or other security incident occurs, districts typically provide emergency funding to address the crisis. However, this reactionary stance is costly, disruptive and insufficient for long-term protection. Districts must allocate funding before an incident occurs to minimize the impact and the cost.
LAYERED, PHASED APPROACH: Proactive investment is essential because cybersecurity should be layered. Districts cannot do everything at once, so they must address issues sequentially and choose solutions capable of addressing multiple challenges simultaneously. A strategic plan helps them sequence improvements, explore cost-effective options and build a roadmap that is sustainable over time.
ASSESSMENT INSIGHTS: Expert assessments based on frameworks such as the Cybersecurity Rubric for Education can help districts measure their capabilities across six key functions (Govern, Identify, Protect, Detect, Respond and Recover) and five maturity levels (Initial, Repeatable, Defined, Managed and Optimized). Assessments also provide valuable insights into districts’ risks and vulnerabilities.
EXPERT GUIDANCE: Because many districts lack cybersecurity teams, IT leaders often need help evaluating cybersecurity solutions and ensuring they are deriving maximum benefit from solutions they already have. Experts who understand the market and the K–12 environment can recommend cost-effective strategies to protect against data breaches, malware, phishing and insider threats.
ROADMAP TO MATURITY: Districts that adopt a strategic approach — informed by assessment, aligned to standards and supported by expert partners — are far better positioned to strengthen their defenses without overspending. This approach is also more likely to increase the ROI of IT investments by emphasizing proactive capabilities and overall cybersecurity resilience.
The Cybersecurity Rubric for Education, aligned with the National Institute of Standards and Technology’s Cybersecurity Framework, provides clear guidelines to help schools take a holistic approach to cybersecurity. The goal is resilience: the ability not only to detect an attack that is already underway, but also to anticipate threats, manage risks, minimize the impact of attacks and restore secure operations quickly.
Resilient organizations are also adaptable. Cybercriminals leverage technological advances, including AI, to refine their tactics and evade detection, so K–12 districts must be able to respond to new and emerging threats. For example, some traditional security solutions may lack the timely threat intelligence and dynamic monitoring capabilities needed to identify zero-day attacks.
The pillars of a resilient cybersecurity posture include foundational data protection, backup and recovery capabilities, and security for IoT ecosystems. Cybersecurity training is also essential to ensure users can recognize and respond appropriately to phishing and social engineering. Finally, security assessments can give districts a holistic, objective understanding of their risks and vulnerabilities.
FOUNDATIONAL PROTECTION: Districts should prioritize next-generation firewalls (NGFWs), endpoint security, email security, and identity and authentication tools. These address the most common entry points for cyberattacks and serve as core components of a modern cybersecurity stack, helping to secure networks, devices, user accounts and communications, which together represent the bulk of daily district activity.
NGFWs are significantly more advanced than traditional firewalls, detecting threats through a dynamic combination of up-to-date threat intelligence, machine learning and behavioral analysis. They also perform deeper inspections of network traffic so they can better detect malicious traffic that attackers have disguised as legitimate.
Identity management, authentication and access control policies and processes are crucial to data protection and should be well defined, documented and consistent across the district.
BACKUP AND RECOVERY: Recent cyberattacks have shut down classes, delayed employee payments and caused hundreds of thousands of dollars in losses. CIS and CoSN report that criminals appear to be timing their attacks to achieve maximum disruption (for example, striking during exams) to increase the likelihood that schools will pay a ransom. Districts need robust backup, recovery and continuity capabilities that will enable them to resume operations quickly if a breach or outage occurs. With payroll, instructional continuity and state reporting all depending on data availability, resilient recovery is not optional — it is foundational.
Districts should also have detailed, well-documented incident response plans, with clearly defined roles and responsibilities. These plans should address incident management, mitigation, analysis, reporting and communication.
Click Below To Continue Reading
IOT ECOSYSTEMS: Network-connected devices such as door systems, video cameras and printers are among the most commonly overlooked risks in K–12 environments. Threat actors target these devices because they have limited native protection and are often left out of security planning, making them prone to inconsistent patching and other vulnerabilities. One study found that across industries, routers, digital cameras and digital/network video recorders accounted for the majority of IoT attacks — a key finding for K–12 schools, which often install digital cameras as part of a physical security strategy. Advanced endpoint protection, strong access controls, network segmentation and other tactics can help contain attacks and ensure that every device on the network has proper security.
CYBERSECURITY TRAINING: AI-created voice and video files, combined with information from social media, are enabling threat actors to be increasingly sophisticated in their use of social engineering to exploit human vulnerabilities. CIS and CoSN report that attacks targeting humans, such as phishing, well outnumber those involving purely technical exploits. It’s all too easy for staff and teachers to become unwitting targets, and students — intentionally or not — may attempt to circumvent controls or exploit weaknesses.
To counter these risks, districts need frequent, structured cybersecurity education, which can include alerts to prevalent threats, training campaigns and simulated attacks. Training should be both broad, reaching everyone in the district, and role-based, providing deeper training for staffers whose positions and data access warrant further education.
RISK ASSESSMENT: While K–12 leaders are alert to cybersecurity threats, a CoSN survey suggests that educational technology leaders may underestimate risks. Only 7% believe they are at a high risk of malware, viruses or DDoS attacks, and 13% perceive a high risk of ransomware. Moreover, many districts lack cybersecurity professionals and may be overwhelmed by the number of solutions, frameworks and threats they are expected to understand and manage.
A comprehensive risk assessment service can address both concerns, providing a realistic assessment of vulnerabilities and recommending effective solutions. These insights can help district leaders achieve buy-in for cybersecurity investments and make informed, strategic decisions. For example, CDW’s Cybersecurity Maturity Workshop focuses on reducing risks while managing costs through strategic investments.
What To Expect From a Cybersecurity Maturity Workshop
CDW’s Cybersecurity Maturity Workshop is a high-impact, low-cost way for K–12 districts to assess their security readiness, identify risks and gaps, and develop a roadmap toward maturity. Led by certified cybersecurity experts and field CISOs with K–12 backgrounds, the workshop is a structured, actionable approach tailored to the unique needs of educational environments. CDW’s experts work with district staffers to assess the district’s cybersecurity posture against the Cybersecurity Rubric for Education, with emphasis on hands-on practice using the rubric and advanced evaluation techniques.
Workshop deliverables include:
• A comprehensive maturity assessment
• An executive summary identifying key risks, gaps and priority actions
• A clear roadmap for cybersecurity maturity, including phased action plans, key milestones and technology/architecture recommendations
The workshop helps districts deepen their internal expertise, as participating staffers learn best practices for using cybersecurity rubrics to continually measure their progress toward maturity.
CDW can also provide ongoing support to help districts strengthen their incident response readiness, build cyber resilience and address compliance concerns.
AI poses new threats and enables efficient, sophisticated attacks, but it can also enhance districts’ ability to detect threats in their environments.
AI INTRODUCES NEW THREATS: A CoSN survey of educational technology leaders found that 94% are very or moderately concerned about AI enabling new types of cyberattacks. These concerns are legitimate in that AI enables attackers to refine their methods in terms of speed, volume and effectiveness. Phishing emails generated by large language models are more convincing than ever. Automated vulnerability scanning tools allow attackers to find weaknesses at scale. Deepfake content and social engineering campaigns can be highly personalized, exploiting students, parents or staff.
Districts must anticipate these evolving threats and implement countermeasures accordingly. They should also establish clear AI policies that address cybersecurity; for instance, requiring district approval and vendor security reviews for any AI tools that handle student data.
SECURE CLASSROOM TOOLS: Educational leaders see immense potential for AI in schools, particularly for increased productivity and personalized learning. However, AI-enabled tools used within instruction — such as generative platforms or adaptive learning systems — also raise security and compliance considerations. For example, the Public Interest Privacy Center urges districts to revisit their student data policies and minimize the amount of student data they collect, in part because AI can make it easier for cybercriminals to connect individuals’ data across multiple systems. However, data minimization is just one strategy for protecting student data in AI-enhanced learning environments. Districts also need comprehensive policies that govern data use in AI tools, access permissions, model safety and the handling of personally identifiable information.
AI FOR CYBER DEFENSE: AI-powered threat detection tools can help understaffed IT teams automate monitoring, identify anomalous activity and accelerate responses to emerging threats. AI can examine vast amounts of log data faster than human analysts, enabling earlier identification of suspicious behavior, phishing attempts, unauthorized access and lateral movement within networks. In environments where technology ecosystems are complex and IT teams are small, these capabilities can meaningfully expand defensive capacity.
Increasingly, AI is a key functionality in cybersecurity solutions. An endpoint protection tool enhanced with AI and machine learning can proactively search for malware and other threats, isolate compromised devices and then manage those devices effectively. Similarly, districts that outsource cybersecurity monitoring can receive enhanced protection when their partners leverage AI effectively.
MOVING TOWARD MATURITY: AI adds significant complexity to a cybersecurity landscape that is already challenging for K–12 districts. To use AI safely, districts should combine strong foundational security practices with clear governance, vendor vetting and continuous monitoring. Ongoing education about AI-powered threats for teachers, staff and students is also crucial.
For many leaders, expert guidance is essential as they adopt modern, AI-enhanced versions of familiar technologies such as Microsoft Windows and Google Workspace. Strategic planning, vendor partnerships and ongoing assessments help districts maximize the benefits of AI while minimizing risk. Working with partners who are experienced with AI can help districts take advantage of AI faster and with greater confidence, incorporating it strategically into their journey toward cybersecurity maturity and resilience.
K–12 leaders need a clear roadmap to develop their defenses against AI-enabled cyberattacks.
Tom Ashley
Chief Technology Officer
