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Fortinet Launches Free High School Cybersecurity Curriculum to Build the Next Generation of Cyber Defenders

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Fortinet (NASDAQ: FTNT) launched the Technical High School Cybersecurity Curriculum, a free, standards-aligned, two-year cybersecurity pathway for U.S. secondary schools delivered through its Security Awareness and Training Service. The program includes two full-year courses, Cybersecurity 1: Foundations and Cybersecurity 2: Fundamentals, covering networking, cryptography, endpoint and application security, risk management, and cyber defense.

According to Fortinet, the curriculum is offered at no cost, includes ready-to-use lesson plans and instructor materials, and is designed to help districts expand Career and Technical Education pathways without additional funding. Chicago Public Schools is exploring an early pilot to strengthen its cybersecurity pathway.

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Positive

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Negative

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Market Context

Fortinet’s historical event 1497417 generated a 2.53% gain, but other positive announcements diverge...
Analysis

Fortinet’s historical event 1497417 generated a 2.53% gain, but other positive announcements diverged. That record adds outcome variability to this curriculum launch; low short positioning and insider net selling remain relevant context.

Key Figures

Pathway Duration: two-year Course Length: approximately 180 days Course Hours: 145 hours +2 more
5 metrics
Pathway Duration two-year Technical High School Cybersecurity Curriculum
Course Length approximately 180 days each full-school-year course
Course Hours 145 hours each course
Product Portfolio over 50 enterprise-grade products Fortinet company description
Customers over 1 million customers Fortinet company description

Historical Context

5 past events · Latest: Aug 26 (Positive)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
Aug 26 CMMC certification Positive +2.5% Fortinet Federal achieved CMMC Level 2 certification covering 110 security requirements.
Aug 17 AI acquisition Positive -2.6% Fortinet completed its acquisition of Virtue AI for immaterial consideration.
Jul 29 2Q26 earnings Positive +0.7% Fortinet reported revenue growth and raised full-year 2026 revenue guidance.
Jul 28 Product expansion Positive -1.6% Fortinet introduced the FortiGate 1200G series and FortiSASE Outpost.
Jul 21 Intel collaboration Positive -1.4% Intel and Fortinet announced collaboration on the Security Processor 6.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Fortinet's recent positive announcements produced mixed outcomes, with two positive reactions and three negative reactions across the selected news events.

Key Terms

cryptography, endpoint security, application security, risk management
4 terms
cryptography technical
"foundational knowledge across networking, cryptography, endpoint security"
Cryptography is the set of techniques that use math-based codes to keep information private, verify identities, and ensure data cannot be altered—think of it as digital locks and sealed envelopes for information. It matters to investors because it underpins the security of online transactions, protects customer and company data, and affects the reliability and regulatory risk of digital services and assets; weak cryptography can undermine value and trust.
endpoint security technical
"networking, cryptography, endpoint security, application security"
Endpoint security is the set of tools and practices that protect individual devices and servers—such as laptops, phones, and office computers—that connect to a company’s network, like putting locks and alarms on every door in a building. It matters to investors because weak endpoint protection can lead to data breaches, business interruptions, regulatory fines and damage to reputation, which can hurt revenue and stock value; conversely, strong endpoint security can reduce those risks and create market opportunities for security vendors.
application security technical
"cryptography, endpoint security, application security, risk management"
Application security is the set of tools, practices and design choices that keep a software program safe from hacking, data leaks and breakdowns—think of it as the locks, alarms and regular maintenance for an app. Investors care because weak application security can lead to stolen customer data, service outages, regulatory fines and lost trust, all of which can reduce revenue, raise costs and damage a company’s stock value.
risk management technical
"endpoint security, application security, risk management, and cyber defense"
Risk management is the ongoing process of identifying potential events or conditions that could reduce an investment’s value, measuring how likely and how severe those losses could be, and putting controls in place to limit harm—like spreading money across different assets, setting loss limits, or buying insurance. For investors it matters because it turns uncertainty into a manageable plan, helping preserve capital and steady returns much like a seatbelt or a spare tire reduces the downside of unexpected problems.
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Fortinet Training Institute’s New Technical High School Cybersecurity Curriculum gives U.S. secondary schools a no-cost, standards-aligned entry point into a two-year cybersecurity pathway

SUNNYVALE, Calif., Aug. 31, 2026 (GLOBE NEWSWIRE) -- Fortinet® (NASDAQ: FTNT), the global cybersecurity leader driving the convergence of networking and security, today announced that the Fortinet Training Institute is launching free technical cybersecurity courses for students, the Technical High School Cybersecurity Curriculum, available to schools across the United States through the Security Awareness and Training Service.

“Closing the cybersecurity skills gap starts in the classroom, long before a student enters the workforce. This new curriculum allows high school students the opportunity to build foundational technical skills and knowledge and discover whether a cybersecurity career is right for them, while giving teachers a ready-to-use curriculum they don’t have to build on their own. This launch reflects our commitment to making cybersecurity education accessible to every school, and more importantly, every student, regardless of existing resources,” said Melonia da Gama, Director of Training and Learning Programs, Fortinet Training Institute.

Offered at no cost, the curriculum builds foundational knowledge and career interest while bridging toward industry certifications, giving Career and Technical Education (CTE) leaders, district technology leaders, and teachers a way to expand cybersecurity programming without straining budgets or instructional bandwidth.

The curriculum is organized in a two-course format. Each course will take a full school year, approximately 180 days, or 145 hours to complete. These two courses offer students the opportunity to develop core cybersecurity knowledge and prerequisites before learning advanced technical cybersecurity skills.

  • Cybersecurity 1: Foundations is the first year-long course and the entry point into Fortinet Training Institute’s two-course cybersecurity pathway for high schools. It focuses on introducing key skills and knowledge, while encouraging students to consider continuing education and cybersecurity careers.
  • Cybersecurity 2: Fundamentals is the second year-long course that builds on the learning from the first year. This course focuses on technical and practical cybersecurity skills, advanced cybersecurity concepts, and serves as a bridge to industry-standard cybersecurity certifications.

A Foundational On-Ramp to a Two-Course Cybersecurity Pathway

School districts face growing pressure to align programs with workforce demand, but many lack affordable, standards-aligned cybersecurity content or the capacity to build courses from the ground up. Fortinet’s Technical High School Cybersecurity Curriculum closes that gap with a ready-to-implement curriculum that expands a student’s opportunities.

The curriculum is built around three core pillars:

  • Free, standards-aligned curriculum: Schools and districts gain access to high-quality, standards-aligned cybersecurity instruction at no cost, allowing programs to launch immediately without seeking additional funding or navigating approval delays.
  • Ready-to-use lesson plans and instructor materials: Modular lessons, activities, and teaching materials reduce preparation time for educators, enabling teachers to deliver high-quality cybersecurity instruction with confidence, even without a deep cybersecurity background. Teachers may choose to use pieces of each lesson to supplement other course content, or teach the courses from start to finish.
  • A no-cost implementation model: By removing financial barriers to entry, the program is designed to accelerate adoption across schools and districts of every size, helping students build foundational knowledge across networking, cryptography, endpoint security, application security, risk management, and cyber defense.

Together, these elements help schools better prepare students for college coursework, industry certifications, and cybersecurity careers, while giving districts a way to demonstrate innovation and career-focused, future-ready learning to their communities.

Building Real-World Pathways: Chicago Public Schools Explores an Early Pilot

Districts building cybersecurity pathways are looking to the Technical High School Cybersecurity Curriculum to strengthen existing coursework. Chicago Public Schools (CPS), which has expanded access to the college board’s AP cybersecurity course, is among the early districts exploring Fortinet’s curriculum as a foundational resource.

As CPS’s high school computer science team grew its cybersecurity pathway, it identified a need for a curriculum that builds foundational knowledge while preparing students for more advanced coursework. Fortinet’s Technical High School Cybersecurity Curriculum progresses through networking, cryptography, endpoint security, application security, risk management, and cyber defense, closely complementing the AP cybersecurity framework and giving students a logical path to build prerequisite knowledge before or alongside the AP course. Modular lessons and flexible pacing let teachers adapt implementation to their own classrooms and schedules.

“Chicago Public Schools is committed to preparing students for high-demand careers in cybersecurity through rigorous, industry-aligned learning experiences. As we expand access to AP cybersecurity across our district, we are excited to explore Fortinet’s Technical High School Cybersecurity Curriculum as a potential resource to strengthen our pathway. Participating in an early pilot provides an opportunity for our educators to evaluate the curriculum, provide meaningful feedback, and help shape high-quality instructional resources that prepare students for both college-level coursework and future cybersecurity careers,” said Daniel Patterson, High School Computer Science Manager for Chicago Public Schools.

About Fortinet

Fortinet (NASDAQ: FTNT) is a driving force in the evolution of cybersecurity and the convergence of networking and security. Our mission is to secure people, devices, and data everywhere, and today we deliver cybersecurity everywhere our customers need it with the largest integrated portfolio of over 50 enterprise-grade products. Over 1 million customers trust Fortinet's solutions, which are among the most deployed, most patented, and most validated in the industry. The Fortinet Training Institute, one of the largest and broadest training programs in the industry, is dedicated to making cybersecurity training and new career opportunities available to everyone. Collaboration with esteemed organizations from both the public and private sectors, including Computer Emergency Response Teams (“CERTs”), government entities, and academia, is a fundamental aspect of Fortinet’s commitment to enhance cyber resilience globally. FortiGuard Labs, Fortinet’s elite threat intelligence and research organization, develops and utilizes leading-edge machine learning and AI technologies to provide customers with timely and consistently top-rated protection and actionable threat intelligence. Learn more at https://www.fortinet.com, the Fortinet Blog, and FortiGuard Labs.

Additional Resources

Copyright © 2026 Fortinet, Inc. All rights reserved. The symbols ® and ™ denote respectively federally registered trademarks and common law trademarks of Fortinet, Inc., its subsidiaries and affiliates. Fortinet’s trademarks include, but are not limited to, the following: Fortinet, the Fortinet logo, FortiGate, FortiOS, FortiGuard, FortiCare, FortiAnalyzer, FortiManager, FortiASIC, FortiClient, FortiCloud, FortiCore, FortiMail, FortiSandbox, FortiADC, FortiAgent, FortiAI, FortiAIGate, FortiAIOps, FortiAntenna, FortiAP, FortiAPCam, FortiAppSec, FortiAuthenticator, FortiBranchSASE, FortiCall, FortiCam, FortiCamera, FortiCarrier, FortiCART, FortiCASB, FortiCentral, FortiConnect, FortiController, FortiConverter, FortiDAST, FortiDATA, FortiDB, FortiDevice, FortiDDoS, FortiDeceptor, FortiDeploy, FortiDevice, FortiDevSec, FortiDLP, FortiEdge, FortiEDR, FortiEndpoint, FortiExplorer, FortiExtender, FortiFirewall, FortiFlex, FortiFone, FortiGSLB, FortiGuest, FortiHSM, FortiHypervisor, FortiIdentity, FortiInsight, FortiIsolator, FortiLink, FortiMonitor, FortiNAC, FortiNDR, FortiPAM, FortiPhish, FortiPoint, FortiPoints, FortiPortal, FortiPresence, FortiProxy, FortiRecon, FortiRecorder, FortiSASE, FortiSAT, FortiSEC, FortiSIEM, FortiSMS, FortiSOAR, FortiSOC, FortiSRA, FortiSwitch, FortiTelemetry, FortiTester, FortiTIP, FortiToken, FortiTrust, FortiVoice, FortiWAN, FortiWeb, FortiWiFi, FortiWLC, FortiWLM, FortiXDR, Lacework FortiCNAPP, Linksys, the Linksys logo, Linksys Cognitive, Intelligent Mesh, Velop, Max-Stream, WRT and SECURITY FABRIC. Other trademarks belong to their respective owners. Fortinet has not independently verified statements or certifications herein attributed to third parties and Fortinet does not independently endorse such statements. Notwithstanding anything to the contrary herein, nothing herein constitutes a warranty, guarantee, contract, binding specification or other binding commitment by Fortinet or any indication of intent related to a binding commitment, and performance and other specification information herein may be unique to certain environments.

Media Contact:Investor Contact:Analyst Contact:
Stephanie Lira
Fortinet, Inc.
408-235-7700
pr@fortinet.com
Anthony Luscri
Fortinet, Inc.
408-235-7700
investors@fortinet.com
Sarah Goodwin
Fortinet, Inc.
408-832-1428
sgoodwin@fortinet.com

FAQ

What is Fortinet (NASDAQ: FTNT) Technical High School Cybersecurity Curriculum launched in August 2026?

Fortinet’s Technical High School Cybersecurity Curriculum is a free, two-year cybersecurity pathway for U.S. high schools. According to Fortinet, it delivers standards-aligned coursework, lesson plans, and instructor materials to build foundational and technical cybersecurity skills and support career and college readiness.

Is Fortinet’s new high school cybersecurity curriculum really free for U.S. schools (FTNT)?

Yes, Fortinet states the Technical High School Cybersecurity Curriculum is offered at no cost to U.S. secondary schools. According to Fortinet, this no-cost model removes financial barriers, helping districts expand cybersecurity programs without new funding or added instructional burden for teachers.

What courses are included in Fortinet (FTNT) Technical High School Cybersecurity Curriculum?

The curriculum includes two year-long courses: Cybersecurity 1: Foundations and Cybersecurity 2: Fundamentals. According to Fortinet, each course spans about 180 school days or 145 hours, progressing from introductory concepts to more advanced technical and practical cybersecurity skills aligned with industry expectations.

Which cybersecurity topics are covered in Fortinet’s high school curriculum for FTNT?

Fortinet’s curriculum covers networking, cryptography, endpoint security, application security, risk management, and cyber defense. According to Fortinet, these topics provide foundational knowledge that supports future college coursework, industry-standard cybersecurity certifications, and exploration of cybersecurity career paths for high school students.

How can Fortinet’s free cybersecurity curriculum support CTE and district technology leaders (FTNT)?

Fortinet’s curriculum offers CTE and district technology leaders a ready-to-implement, standards-aligned cybersecurity pathway. According to Fortinet, modular lessons, instructor materials, and a no-cost implementation model help districts quickly expand cybersecurity offerings without developing content from scratch or seeking extra budget.

Is Chicago Public Schools involved with Fortinet’s Technical High School Cybersecurity Curriculum (FTNT)?

Chicago Public Schools is exploring an early pilot of Fortinet’s curriculum as a foundational resource. According to Fortinet, CPS aims to strengthen its cybersecurity pathway and support AP cybersecurity by letting educators evaluate the materials and provide feedback to shape instructional resources.