CyberShield Academy High School
The High School section is designed as a complete three-track cyber training path: Beginner, Intermediate, and Advanced. Students move from clear technical foundations to defender workflows and then to professional-style architecture, detection, risk, privacy, and portfolio projects.
High School Scope
Full pathway
This hub is built as the final completed High School landing page, so every track, module, practice test, and final test already has a permanent link.
Foundation Track
Main question
How do cybersecurity concepts work?
Clear technical foundations: cyber concepts, ethics, devices, networking, web safety, identity, authentication, threats, cryptography, careers, and beginner defensive labs.
Open TrackDefender Track
Main question
How do defenders protect systems and respond to problems?
Defensive preparation: networking for defenders, Linux, Windows, logs, security tools, IAM, email defense, web defense, incident response, cloud, SOC workflow, and portfolio labs.
Open TrackProfessional Track
Main question
How do professionals design, defend, monitor, and improve secure systems?
Professional-style thinking: ethics, architecture, threat modeling, detection engineering, SIEM, incident response, forensics, cloud architecture, identity, cryptography, risk, privacy, automation, and capstone projects.
Open TrackSafety standard
High School lessons use fake examples, fake dashboards, fake log entries, fake messages, fake tickets, and fake incidents. Students practice recognition, documentation, safe decision-making, and trusted reporting without touching real targets or harmful techniques.
Platform features
High School Beginner
Students learn how core cybersecurity concepts work through 15 complete modules, 105 lessons, module tests, practice tests, and a final exam.
B1
Full ModuleWhat cybersecurity protects, how defenders think, and how risk, controls, and defense-in-depth fit together.
B2
Full ModuleLegal, ethical, and school-safe boundaries before technical cybersecurity learning.
B3
Full ModuleDevice parts, operating systems, accounts, files, apps, permissions, updates, and safe shared-device use.
B4
Full ModuleHow devices connect, how networks move information, and how to read beginner network diagrams safely.
B5
Full ModuleBrowsers, websites, URLs, domains, HTTPS, cookies, sessions, downloads, redirects, and safe research habits.
B6
Full ModuleIdentity, metadata, app data collection, privacy settings, digital footprints, and safer sharing.
B7
Full ModuleAuthentication basics, passphrases, password managers, MFA, recovery, alerts, and account-defense scenarios.
B8
Full ModuleThreat categories, warning signs, defensive responses, safe reporting, and fake threat scenario analysis.
B9
Full ModuleManipulation tactics, phishing indicators, impersonation, safe link judgment, reporting workflows, and trusted help.
B10
Full ModuleDevice locks, updates, built-in protection, app permissions, removable media, lost-device response, and hardening basics.
B11
Full ModuleData value, file organization, classification, cloud storage safety, backup types, and recovery planning.
B12
Full ModuleEncryption, encoding, hashing, keys, certificates, integrity checks, HTTPS concepts, and common misunderstandings.
B13
Full ModuleCareer families, SOC roles, security engineering, GRC, learning paths, certifications, and beginner portfolio planning.
B14
Full ModuleSafe fake-data practice with alerts, phishing messages, network diagrams, account checklists, backups, and incident summaries.
B15
Full ModuleComprehensive Beginner review, portfolio reflection, final readiness, practice tests, and final exam preparation.
High School Intermediate
Students move into defender thinking with logs, operating systems, IAM, email defense, cloud, incident response, SOC workflows, and defensive reports.
I1
Full ModuleNetwork models, subnets, ports, DNS, DHCP, firewalls, segmentation, diagrams, and defensive network analysis.
I2
Full ModuleLinux systems, files, users, groups, permissions, processes, services, logs, updates, and safe administration basics.
I3
Full ModuleWindows accounts, file permissions, updates, Defender concepts, Event Viewer, startup apps, services, and local security habits.
I4
Full ModuleTimestamps, event IDs, authentication logs, system logs, network logs, patterns, timelines, and safe log review.
I5
Full ModuleTool categories, endpoint protection, firewalls, monitoring tools, scanner concepts, MFA tools, ticketing, and output analysis.
I6
Full ModuleUsers, groups, roles, permissions, least privilege, MFA policies, lifecycle reviews, privileged accounts, and IAM labs.
I7
Full ModuleEmail defense systems, indicators, header concepts, attachment decisions, filtering, quarantine, reporting, and awareness design.
I8
Full ModuleWeb app risk, input handling, sessions, cookies, tokens, access control, error messages, and secure configuration habits.
I9
Full ModuleDefensive coding habits: validation, authorization checks, secrets safety, error handling, logging, dependencies, and review.
I10
Full ModuleVulnerabilities, assets, severity, likelihood, impact, patch workflows, prioritization, mitigation, remediation, and fix plans.
I11
Full ModuleIncident phases, preparation, detection, containment, recovery, communication, lessons learned, and tabletop decisions.
I12
Full ModuleEvidence thinking, chain of custody concepts, timestamps, metadata, log correlation, documentation limits, and forensic ethics.
I13
Full ModuleCloud computing, shared responsibility, cloud IAM, storage exposure, logging, monitoring, backups, and misconfiguration themes.
I14
Full ModuleAcceptable use, account policies, data handling, classification, risk assessment, controls, exceptions, and clear guidance.
I15
Full ModuleSOC roles, alerts, tickets, cases, triage, escalation, dashboards, metrics, handoffs, alert fatigue, and workflow decisions.
I16
Full ModuleApplied fake-data labs across logs, phishing triage, IAM review, web defense, cloud review, incident response, and reporting.
I17
Full ModulePortfolio artifacts, incident reports, security diagrams, risk recommendations, evidence explanations, and capstone readiness.
High School Advanced
Students practice professional-level defensive reasoning across architecture, threat modeling, detection, SIEM, incident response, cloud, identity, risk, privacy, automation, and capstone work.
A1
Full ModuleProfessional responsibility, authorization, scope, legal risk, disclosure concepts, sensitive information, AI ethics, and trust.
A2
Full ModuleDefense-in-depth design, trust boundaries, zones, segmentation, identity-centered architecture, visibility, resilience, and tradeoffs.
A3
Full ModuleAssets, threats, trust boundaries, abuse cases, risk ranking, mitigations, communication, and safe threat model reviews.
A4
Full ModuleNetwork defense strategy, segmentation, firewall design, remote access concepts, monitoring, baselines, and resilience.
A5
Full ModuleDetection logic, fake data, tuning, reducing false positives, alert quality, validation, and detection improvement.
A6
Full ModuleSIEM concepts, correlation, dashboards, alert context, triage, escalation, analyst workflow, and case notes.
A7
Full ModuleProfessional incident response planning, containment, communication, recovery, improvement, and tabletop decision-making.
A8
Full ModuleForensic reasoning, timelines, artifacts, preservation, evidence limits, report writing, ethics, and safe fake-case analysis.
A9
Full ModuleMalware behavior from a defensive viewpoint: prevention, detection, containment, recovery, reporting, monitoring, and risk communication.
A10
Full ModuleSecure web architecture, authentication, session design, access control, input safety, APIs, headers, secrets, logging, and review.
A11
Full ModuleSecure software lifecycle, requirements, software threat modeling, secrets, dependencies, logging, code review, testing, and deployment.
A12
Full ModuleCloud shared responsibility, IAM architecture, storage safety, network boundaries, logging, secrets, recovery, misconfiguration prevention, and governance.
A13
Full ModuleIdentity as a perimeter, zero trust, federation, SSO, conditional access, RBAC, ABAC, PAM, monitoring, and governance.
A14
Full ModuleCryptography design, symmetric and asymmetric concepts, hashing, salting, signatures, certificates, PKI, key rotation, and crypto mistakes.
A15
Full ModuleRisk registers, controls, audits, compliance concepts, exceptions, third-party risk, leadership communication, and risk decisions.
A16
Full ModulePrivacy engineering, data classification, inventory, minimization, consent, retention, privacy risk, governance, and privacy by design.
A17
Full ModuleSafe automation planning, alert enrichment, ticketing workflows, playbooks, runbooks, safe scripting boundaries, failures, metrics, and governance.
A18
Full ModuleComplex fake-data cases across multi-source alerts, architecture reviews, cloud, IAM, incident response, detection tuning, risk, timelines, and executive summaries.
A19
Full ModulePortfolio-ready defensive artifacts: diagrams, incident reports, threat models, risk assessments, detection plans, policies, cloud reviews, and presentations.
A20
Full ModuleProfessional-style defensive capstone, final portfolio submission, executive communication, and Advanced final readiness.
Track-level assessments
Every High School track ends with two 50-question practice tests and one 125-question final test. These are scored assessments where answers and explanations stay hidden until submission.
Beginner Assessments
Intermediate Assessments
Advanced Assessments