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SCIA 120 · Week 15
cover · 01/30
Introduction to Secure Computing and Information Assurance

Emerging Threats and the Future of Cybersecurity

Author: Dr. Zhijiang Chen (Frostburg State University)

Tech darkAI line artReading-based content
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where emerging threats and the future of cybersecurity affects users, data, or operations.
InstructorHow would you recognize emerging threats and the future of cybersecurity in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: This final chapter looks forward — examining how the threat landscape…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 01PROTECT - DETECT - RESPONDEmerging...This final...ControlEvidence
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
agenda · 02/30
Overall Page

Overall roadmap

The week moves from core definitions to practical security decisions.

Introduction

Core reading concept for Week 15.

The Evolving Threat Landscape

Core reading concept for Week 15.

Advanced Persistent Threats (APTs)

Core reading concept for Week 15.

APT Tactics, Techniques, and Procedures (TTPs)

Core reading concept for Week 15.

Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where overall roadmap affects users, data, or operations.
InstructorHow would you recognize overall roadmap in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Introduction
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 02PROTECT - DETECT - RESPONDOverall roadmapIntroductionThe Evolving...Advanced...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
objectives · 03/30
03 objectives

Learning objectives

Students should explain, apply, and evaluate the week’s main security ideas.

Explain Introduction.
Explain The Evolving Threat Landscape.
Explain Advanced Persistent Threats (APTs).
Explain APT Tactics, Techniques, and Procedures (TTPs).
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where learning objectives affects users, data, or operations.
InstructorHow would you recognize learning objectives in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Explain Introduction.
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 03POLICY - TOOL - TEST - EVIDENCELearning...Explain...Explain The...Explain APT...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
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04 application

Opening scenario

Use a realistic scenario to anchor Emerging Threats and the Future of Cybersecurity in operational decision-making.

This final chapter looks forward — examining how the threat landscape is evolving, what new technologies are reshaping both offensive and defensive security, and what the field…
It also steps back to reflect on the interconnectedness of everything we have studied.
Cybersecurity is not a solved problem.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where opening scenario affects users, data, or operations.
InstructorIf this issue appeared in a campus or business system, what evidence would you collect first?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: This final chapter looks forward — examining how the threat landscape…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 04POLICY - TOOL - TEST - EVIDENCEOpening scenarioThis final...It also steps...Cybersecurity...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
definition · 05/30
05 definition

Introduction

This final chapter looks forward — examining how the threat landscape is evolving, what new technologies are reshaping both offensive and defensive security, and what the field…

This final chapter looks forward — examining how the threat landscape is evolving, what new technologies are reshaping both offensive and defensive security, and what the field…
It also steps back to reflect on the interconnectedness of everything we have studied.
Cybersecurity is not a solved problem.
It is a dynamic, adversarial discipline where the frontlines shift constantly.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where introduction affects users, data, or operations.
InstructorWhat problem does introduction help us understand?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: This final chapter looks forward — examining how the threat landscape…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 05POLICY - TOOL - TEST - EVIDENCEIntroductionThis final...It also steps...Cybersecurity...
Dr. Zhijiang Chen · Frostburg State University
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SCIA 120 · Week 15
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06 concept

The Evolving Threat Landscape

The cybersecurity threat landscape has shifted dramatically over the past two decades.

The cybersecurity threat landscape has shifted dramatically over the past two decades.
Early attacks were largely opportunistic — script kiddies exploiting publicly available tools for notoriety or disruption.
In 2023, ransomware payments globally exceeded $1 billion for the first time.
- Nation-states are persistent and capable : Government-sponsored hacking groups conduct long-term espionage, intellectual property theft, and pre-positioning in critical…
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where the evolving threat landscape affects users, data, or operations.
InstructorHow would you recognize the evolving threat landscape in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: The cybersecurity threat landscape has shifted dramatically over the…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 06POLICY - TOOL - TEST - EVIDENCEThe Evolving...The...Early attacks...In 2023...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
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07 application

Advanced Persistent Threats (APTs)

The defining characteristics of APTs are: - Advanced : Use of custom-developed malware, zero-day exploits, and sophisticated techniques to evade detection.

The defining characteristics of APTs are: - Advanced : Use of custom-developed malware, zero-day exploits, and sophisticated techniques to evade detection.
- Persistent : Long-term access maintained over months or years, using stealthy techniques to avoid detection while continuously pursuing objectives.
- Targeted : Not opportunistic mass attacks, but carefully selected targets — defense contractors, government agencies, critical infrastructure operators, research institutions.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where advanced persistent threats (apts) affects users, data, or operations.
InstructorIf this issue appeared in a campus or business system, what evidence would you collect first?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: The defining characteristics of APTs are: - Advanced : Use of…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 07POLICY - TOOL - TEST - EVIDENCEAdvanced...The defining...- Persistent...- Targeted Not...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
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08 evidence

APT Tactics, Techniques, and Procedures (TTPs)

The MITRE ATT&CK framework (Adversarial Tactics, Techniques, and Common Knowledge) is the most comprehensive publicly available knowledge base of APT behavior.

The MITRE ATT&CK framework (Adversarial Tactics, Techniques, and Common Knowledge) is the most comprehensive publicly available knowledge base of APT behavior.
Notable APT groups include APT28/Fancy Bear (Russia, GRU), APT29/Cozy Bear (Russia, SVR), APT41 (China, dual-purpose espionage and financial crime), Lazarus Group (North Korea,…
Each has distinct TTPs, targets, and objectives.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where apt tactics, techniques, and procedures (ttps) affects users, data, or operations.
InstructorHow would you recognize apt tactics, techniques, and procedures (ttps) in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: The MITRE ATT&CK framework (Adversarial Tactics, Techniques, and…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 08CONFIDENTIALITYINTEGRITYAVAILABILITYCIAAPT Tactics,...The MITRE ATTCK...Notable APT...Each has...
Dr. Zhijiang Chen · Frostburg State University
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SCIA 120 · Week 15
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09 definition

Supply Chain Attacks

A supply chain attack targets the software or hardware supply chain rather than the end target directly.

A supply chain attack targets the software or hardware supply chain rather than the end target directly.
By compromising a supplier's product or update mechanism, attackers can distribute malware or backdoors to thousands of downstream customers simultaneously, bypassing the…
Supply Chain Attacks connects to risk, controls, and evidence.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where supply chain attacks affects users, data, or operations.
InstructorWhat problem does supply chain attacks help us understand?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: A supply chain attack targets the software or hardware supply chain…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 09POLICY - TOOL - TEST - EVIDENCESupply Chain...A supply chain...By compromising...Evidence
Dr. Zhijiang Chen · Frostburg State University
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10 concept

SolarWinds (2020)

The SolarWinds attack, attributed to Russia's SVR intelligence service (APT29), is considered the most sophisticated supply chain attack ever publicly disclosed.

The SolarWinds attack, attributed to Russia's SVR intelligence service (APT29), is considered the most sophisticated supply chain attack ever publicly disclosed.
Attackers compromised SolarWinds' build environment and injected malicious code (dubbed "SUNBURST") into a legitimate software update for Orion, SolarWinds' widely-used IT…
Approximately 18,000 organizations installed the backdoored update, including the U.S.
Treasury Department, Department of Justice, Department of Homeland Security, NSA, and major technology companies.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where solarwinds (2020) affects users, data, or operations.
InstructorHow would you recognize solarwinds (2020) in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: The SolarWinds attack, attributed to Russia's SVR intelligence…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 10POLICY - TOOL - TEST - EVIDENCESolarWinds...The SolarWinds...Attackers...Approximately...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
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11 application

XZ Utils Backdoor (2024)

In March 2024, a Microsoft employee named Andres Freund discovered a backdoor in XZ Utils, a widely-used data compression library present in most Linux distributions.

In March 2024, a Microsoft employee named Andres Freund discovered a backdoor in XZ Utils, a widely-used data compression library present in most Linux distributions.
The XZ Utils incident revealed the vulnerability of the open-source software supply chain and the sophistication of nation-state social engineering operations targeting…
It also highlighted the extraordinary role that individual vigilance plays in security: the backdoor was caught by a single developer noticing a 500ms performance anomaly in SSH…
Supply chain defenses include software bill of materials (SBOMs), code signing and binary transparency, vendor security assessments, and monitoring of open-source dependencies for…
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where xz utils backdoor (2024) affects users, data, or operations.
InstructorIf this issue appeared in a campus or business system, what evidence would you collect first?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: In March 2024, a Microsoft employee named Andres Freund discovered a…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 11CONFIDENTIALITYINTEGRITYAVAILABILITYCIAXZ Utils...In March 2024 a...The XZ Utils...It also...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
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12 evidence

Zero-Day Vulnerabilities

A zero-day vulnerability is a security flaw that is unknown to the software vendor and for which no patch exists.

A zero-day vulnerability is a security flaw that is unknown to the software vendor and for which no patch exists.
The term "zero-day" refers to the fact that developers have had zero days to address the vulnerability.
Zero-days are the most valuable type of vulnerability in the exploit ecosystem.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where zero-day vulnerabilities affects users, data, or operations.
InstructorHow would you recognize zero-day vulnerabilities in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: A zero-day vulnerability is a security flaw that is unknown to the…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 12POLICY - TOOL - TEST - EVIDENCEZero-Day...A zero-day...The term...Zero-days are...
Dr. Zhijiang Chen · Frostburg State University
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Discovery and Disclosure

Zero-days are discovered through security research: manual code review, fuzzing (automated generation of malformed inputs to trigger unexpected behavior), and binary analysis.

Zero-days are discovered through security research: manual code review, fuzzing (automated generation of malformed inputs to trigger unexpected behavior), and binary analysis.
This balances getting systems patched while limiting exposure.
- Full disclosure : Publish all details immediately, pressuring vendors to patch quickly but potentially enabling exploitation before patches are available.
- Silent disclosure / Keeping it private : Not disclosing at all — used by government intelligence agencies to preserve offensive capabilities.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where discovery and disclosure affects users, data, or operations.
InstructorWhat problem does discovery and disclosure help us understand?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Zero-days are discovered through security research: manual code…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 13DISCLOSUREALTERATIONDESTRUCTIONDADDiscovery and...Zero-days are...This balances...- Full...
Dr. Zhijiang Chen · Frostburg State University
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Exploit Markets

A gray and black market exists for zero-day exploits.

A gray and black market exists for zero-day exploits.
Commercial vulnerability brokers like Zerodium publicly advertise prices: $2.5 million for iOS full-chain exploits, $1 million for Android, $200,000–$500,000 for popular desktop…
Government agencies (including Western intelligence agencies through programs sometimes called "Vulnerability Equities Process") purchase zero-days for offensive use.
Criminal groups pay substantial sums for vulnerabilities targeting banking and industrial systems.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where exploit markets affects users, data, or operations.
InstructorHow would you recognize exploit markets in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: A gray and black market exists for zero-day exploits.
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 14CONFIDENTIALITYINTEGRITYAVAILABILITYCIAExploit MarketsA gray and...Commercial...Government...
Dr. Zhijiang Chen · Frostburg State University
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15 application

Artificial Intelligence in Cybersecurity

AI and machine learning are transforming cybersecurity from both sides of the offensive-defensive divide.

AI and machine learning are transforming cybersecurity from both sides of the offensive-defensive divide.
Artificial Intelligence in Cybersecurity connects to risk, controls, and evidence.
Artificial Intelligence in Cybersecurity connects to risk, controls, and evidence.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where artificial intelligence in cybersecurity affects users, data, or operations.
InstructorIf this issue appeared in a campus or business system, what evidence would you collect first?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: AI and machine learning are transforming cybersecurity from both…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 15CONFIDENTIALITYINTEGRITYAVAILABILITYCIAArtificial...AI and machine...ControlEvidence
Dr. Zhijiang Chen · Frostburg State University
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Offensive Applications of AI

AI-Generated Phishing : Large Language Models (LLMs) like GPT-4 can generate highly convincing, personalized phishing emails at scale — without grammatical errors or the stilted…

AI-Generated Phishing : Large Language Models (LLMs) like GPT-4 can generate highly convincing, personalized phishing emails at scale — without grammatical errors or the stilted…
AI can tailor emails using publicly available information about targets (LinkedIn profiles, company blogs) to make them more convincing.
Deepfakes : AI-generated synthetic media — fake video and audio — is being used in business email compromise (BEC) and fraud schemes.
In 2024, a Hong Kong finance employee was defrauded of $25 million after participating in a video call with deepfake versions of the company's CFO and colleagues.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where offensive applications of ai affects users, data, or operations.
InstructorHow would you recognize offensive applications of ai in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: AI-Generated Phishing : Large Language Models (LLMs) like GPT-4 can…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 16POLICY - TOOL - TEST - EVIDENCEOffensive...AI-Generated...AI can tailor...Deepfakes...
Dr. Zhijiang Chen · Frostburg State University
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Defensive Applications of AI

Anomaly Detection : ML models can learn baselines of normal network traffic, user behavior, and system activity, and flag deviations that may indicate compromise.

Anomaly Detection : ML models can learn baselines of normal network traffic, user behavior, and system activity, and flag deviations that may indicate compromise.
Unlike signature-based detection (which only detects known threats), anomaly detection can surface novel attack patterns.
Products like Darktrace, Vectra AI, and Microsoft Sentinel Fusion use ML for this purpose.
SOAR reduces analyst workload and MTTD/MTTR.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where defensive applications of ai affects users, data, or operations.
InstructorWhat problem does defensive applications of ai help us understand?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Anomaly Detection : ML models can learn baselines of normal network…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 17POLICY - TOOL - TEST - EVIDENCEDefensive...Anomaly...Unlike...Products like...
Dr. Zhijiang Chen · Frostburg State University
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Quantum Computing and Post-Quantum Cryptography

Quantum computers leverage quantum mechanical phenomena (superposition, entanglement) to perform certain computations exponentially faster than classical computers.

Quantum computers leverage quantum mechanical phenomena (superposition, entanglement) to perform certain computations exponentially faster than classical computers.
For cybersecurity, the most significant implication is Shor's algorithm, which can factor large integers and solve discrete logarithm problems in polynomial time on a sufficiently…
The Cryptographic Threat : Shor's algorithm would break RSA and ECC (Elliptic Curve Cryptography) — the asymmetric cryptography underpinning TLS, digital signatures, key exchange,…
An adversary with a cryptographically relevant quantum computer (CRQC) could decrypt all past and present communications encrypted with these algorithms.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where quantum computing and post-quantum cryptography affects users, data, or operations.
InstructorHow would you recognize quantum computing and post-quantum cryptography in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Quantum computers leverage quantum mechanical phenomena…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 18POLICY - TOOL - TEST - EVIDENCEQuantum...For...The...An adversary...
Dr. Zhijiang Chen · Frostburg State University
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Post-Quantum Cryptography Standards

The National Institute of Standards and Technology (NIST) conducted a multi-year Post-Quantum Cryptography (PQC) standardization competition.

The National Institute of Standards and Technology (NIST) conducted a multi-year Post-Quantum Cryptography (PQC) standardization competition.
In 2024, NIST published the first post-quantum cryptography standards: - CRYSTALS-Kyber (ML-KEM, FIPS 203) : A key encapsulation mechanism (KEM) based on the hardness of the…
It replaces RSA and ECDH for key exchange in protocols like TLS.
- CRYSTALS-Dilithium (ML-DSA, FIPS 204) : A digital signature algorithm based on MLWE/MSIS problems.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where post-quantum cryptography standards affects users, data, or operations.
InstructorIf this issue appeared in a campus or business system, what evidence would you collect first?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: The National Institute of Standards and Technology (NIST) conducted a…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 19POLICY - TOOL - TEST - EVIDENCEPost-Quantum...The National...In 2024 NIST...It replaces RSA...
Dr. Zhijiang Chen · Frostburg State University
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IoT and OT/ICS/SCADA Security

The Internet of Things (IoT) encompasses billions of embedded devices — smart thermostats, medical devices, industrial sensors, cameras, vehicles, and consumer electronics —…

The Internet of Things (IoT) encompasses billions of embedded devices — smart thermostats, medical devices, industrial sensors, cameras, vehicles, and consumer electronics —…
These devices dramatically expand the attack surface while typically being designed with minimal security: - Default credentials : Many IoT devices ship with default usernames and…
The Mirai botnet (2016) compromised hundreds of thousands of IoT devices using default credentials, launching a DDoS attack that took down major internet infrastructure including…
- No patch mechanism : Many IoT devices have no mechanism for receiving security updates, leaving them permanently vulnerable to known exploits.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where iot and ot/ics/scada security affects users, data, or operations.
InstructorHow would you recognize iot and ot/ics/scada security in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: The Internet of Things (IoT) encompasses billions of embedded devices…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 20POLICY - TOOL - TEST - EVIDENCEIoT and...The Internet of...These devices...The Mirai...
Dr. Zhijiang Chen · Frostburg State University
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Autonomous Vehicles and Cyber-Physical Systems

Cyber-physical systems (CPS) tightly couple computation with physical processes.

Cyber-physical systems (CPS) tightly couple computation with physical processes.
Autonomous vehicles are the most visible example: a vehicle whose steering, braking, and acceleration are controlled by software connected to sensors, GPS, and potentially to…
Security vulnerabilities in CPS have direct physical safety implications.
Researchers demonstrated remote hacking of a Jeep Cherokee in 2015, taking control of its steering and brakes over the cellular network.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where autonomous vehicles and cyber-physical systems affects users, data, or operations.
InstructorWhat problem does autonomous vehicles and cyber-physical systems help us understand?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Cyber-physical systems (CPS) tightly couple computation with physical…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 21POLICY - TOOL - TEST - EVIDENCEAutonomous...Cyber-physical...Security...Researchers...
Dr. Zhijiang Chen · Frostburg State University
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5G Security Implications

5G networks offer dramatically higher bandwidth, lower latency, and the ability to support massive numbers of connected devices — enabling smart cities, autonomous vehicles,…

5G networks offer dramatically higher bandwidth, lower latency, and the ability to support massive numbers of connected devices — enabling smart cities, autonomous vehicles,…
The SS7 vulnerabilities that enable SIM-based OTP interception (discussed in Chapter 11) are less relevant in native 5G networks.
New risks : 5G's increased reliance on software-defined networking and virtualization (replacing specialized hardware with software running on commodity servers) introduces the…
Concerns have been raised about 5G equipment from vendors with ties to foreign governments (notably Huawei and ZTE) potentially containing backdoors or vulnerabilities that could…
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where 5g security implications affects users, data, or operations.
InstructorHow would you recognize 5g security implications in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: 5G networks offer dramatically higher bandwidth, lower latency, and…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 22POLICY - TOOL - TEST - EVIDENCE5G Security...5G networks...The SS7...New risks 5Gs...
Dr. Zhijiang Chen · Frostburg State University
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Cybersecurity Workforce Trends and Career Paths

The global cybersecurity workforce shortage remains severe.

The global cybersecurity workforce shortage remains severe.
Estimates put the gap between cybersecurity positions available and qualified professionals at several million unfilled roles worldwide.
This shortage reflects not only technical complexity but also the interdisciplinary nature of the field — effective security professionals need technical skills, business acumen,…
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where cybersecurity workforce trends and career paths affects users, data, or operations.
InstructorIf this issue appeared in a campus or business system, what evidence would you collect first?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: The global cybersecurity workforce shortage remains severe.
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 23POLICY - TOOL - TEST - EVIDENCECybersecurity...The global...Estimates put...This shortage...
Dr. Zhijiang Chen · Frostburg State University
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Career Paths in Cybersecurity

Security Operations / SOC Analyst (Tier 1–3) : Monitor security alerts, investigate incidents, and escalate true positives.

Security Operations / SOC Analyst (Tier 1–3) : Monitor security alerts, investigate incidents, and escalate true positives.
Entry-level Tier 1 analysts perform triage; senior Tier 3 analysts handle complex incident investigation and threat hunting.
Relevant certifications: CompTIA Security+, CompTIA CySA+, GCIA, GCIH.
Penetration Tester / Red Team : Perform authorized attacks against organizations to identify vulnerabilities.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where career paths in cybersecurity affects users, data, or operations.
InstructorHow would you recognize career paths in cybersecurity in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Security Operations / SOC Analyst (Tier 1–3) : Monitor security…
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 24POLICY - TOOL - TEST - EVIDENCECareer Paths in...Security...Entry-level...Relevant...
Dr. Zhijiang Chen · Frostburg State University
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Key terms to keep

Vocabulary becomes useful when students can connect terms to scenarios and evidence.

Introduction
The Evolving Threat Landscape
Advanced Persistent Threats (APTs)
APT Tactics, Techniques, and Procedures (TTPs)
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where key terms to keep affects users, data, or operations.
InstructorHow would you recognize key terms to keep in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Introduction
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 25POLICY - TOOL - TEST - EVIDENCEKey terms to...IntroductionThe Evolving...Advanced...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
comparison · 26/30
26 comparison

Compare: Introduction vs. The Evolving Threat Landscape

Comparing related ideas helps students avoid shallow memorization.

Where Introduction applies.
Where The Evolving Threat Landscape applies.
How the difference changes the security decision.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where compare: introduction vs. the evolving threat landscape affects users, data, or operations.
InstructorHow would you recognize compare: introduction vs. the evolving threat landscape in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Where Introduction applies.
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 26POLICY - TOOL - TEST - EVIDENCECompare:...Where...Where The...How the...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
application · 27/30
27 application

Applied decision checkpoint

Students should translate concepts into a defensible security decision.

Identify the asset or process at risk.
Choose a preventive, detective, or corrective control.
Explain what evidence would prove the control is working.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where applied decision checkpoint affects users, data, or operations.
InstructorIf this issue appeared in a campus or business system, what evidence would you collect first?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Identify the asset or process at risk.
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 27RISK = ASSET x THREAT x IMPACTApplied...Identify the...Choose a...Explain what...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
review · 28/30
28 review

Review questions

Retrieval practice should ask students to define, compare, apply, and evaluate.

Define one core concept in plain language.
Compare two controls or threats from the week.
Apply one idea to a campus or business system.
Evaluate why a solution might fail in practice.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where review questions affects users, data, or operations.
InstructorWhat is the one sentence takeaway for review questions?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Define one core concept in plain language.
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 28POLICY - TOOL - TEST - EVIDENCEReview questionsDefine one core...Compare two...Apply one idea...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
bridge · 29/30
29 bridge

Bridge to lab and assessment

The reading should transfer into evidence-based lab work and written explanations.

Collect evidence, not just screenshots.
Explain what the artifact proves.
Connect the proof back to risk and control selection.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where bridge to lab and assessment affects users, data, or operations.
InstructorHow would you recognize bridge to lab and assessment in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Collect evidence, not just screenshots.
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 29VERIFY - MONITOR - IMPROVEBridge to lab...Collect...Explain what...Connect the...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck
SCIA 120 · Week 15
closing · 30/30
30 closing

Takeaway

The central takeaway from Week 15 is to reason from risk to evidence to action.

Emerging Threats and the Future of Cybersecurity
Security is a decision process, not just a tool list.
Use the reading to justify practical choices.
Classroom Dialog
ScenarioA campus technology team is reviewing a realistic Week 15 incident where takeaway affects users, data, or operations.
InstructorHow would you recognize takeaway in a real organization?
StudentThis concept helps us decide what is at risk, what evidence to check, and which control would reduce harm. For this slide, the key clue is: Emerging Threats and the Future of Cybersecurity
Teaching point: Push the answer beyond a definition: name the asset, identify the risk, choose evidence, and justify a practical control.
GAMMA-STYLE VISUAL - SLIDE 30POLICY - TOOL - TEST - EVIDENCETakeawayEmerging...Security is a...Use the reading...
Dr. Zhijiang Chen · Frostburg State University
Week 15 deck