Explore every episode of the podcast Certified - CompTIA CYSA+ Audio Course

Every incident response process must end with two critical questions: What went wrong? And how do we prevent it next time? In this final episode of Domain 4, we explore the structure and value of root cause analysis (RCA) and the metrics analysts use to evaluate incident response performance. You'll learn techniques for identifying the initial failure point, tracing cascading effects, and distinguishing symptoms from causes.

We’ll also dive into performance indicators like Mean Time to Detect (MTTD), Mean Time to Respond (MTTR), Mean Time to Remediate (MTTM), and alert volume tracking. These metrics provide feedback loops that help teams improve processes, justify investments, and meet service-level objectives. For CySA+ and beyond, this episode cements your understanding of how reflection and measurement transform reactive teams into proactive ones. Brought to you by BareMetalCyber.com

When a breach crosses a legal threshold, reporting to regulators or law enforcement may be required. In this episode, we examine the processes and obligations associated with regulatory reporting under frameworks like GDPR, HIPAA, PCI DSS, and state-level data breach laws. You’ll learn what types of incidents trigger mandatory disclosure, how quickly reports must be filed, and what they typically include.

We also explore how analysts prepare documentation for criminal investigations or regulatory review, and how coordination with legal teams ensures accuracy and compliance. For CySA+, it’s vital to know when reporting is necessary and what role analysts play in supporting formal investigations. This episode provides the grounding you need to understand the intersection of cybersecurity, compliance, and public accountability. Brought to you by BareMetalCyber.com

Sometimes the most difficult part of a security incident isn’t stopping the threat—it’s explaining what happened to the people affected. In this episode, we explore how organizations communicate with customers, partners, and the media during and after an incident. You’ll learn what kinds of disclosures are required, what language builds trust, and how to balance transparency with prudence.

We’ll also discuss examples of strong vs. poor communication, the role of coordination with compliance and marketing, and how to provide updates without spreading confusion. While you may not be writing these press releases yourself, understanding how your technical findings support accurate messaging is key. This episode sharpens your awareness of what happens when security goes public—and how to support that process responsibly. Brought to you by BareMetalCyber.com

Communication during a security incident isn't just internal—it can affect your company’s reputation, legal standing, and customer trust. In this episode, we examine how security teams coordinate with legal departments and public relations professionals to craft official statements and limit liability. You'll learn how analysts contribute to this process by providing facts, timelines, and technical clarification—while remaining careful not to speculate or over-disclose.

We also explore best practices for internal messaging, media response strategies, and coordination with executive leadership. This episode prepares you to contribute meaningfully to external-facing incident communication efforts and highlights the professionalism expected in high-stakes environments. For CySA+, understanding how analysts support communication beyond the console is essential for bridging technical response with organizational protection. Brought to you by BareMetalCyber.com

When the incident is over, the reporting begins. In this episode, we explore how security analysts write effective incident response reports that document what happened, how it was discovered, what actions were taken, and what outcomes resulted. You’ll learn how to construct a clear executive summary, provide a precise who-what-when-where-why breakdown, and include technical evidence in a way that’s both thorough and comprehensible.

We also cover recommendations and next steps, timeline development, and proper formatting for internal and external audiences. Whether your report is going to legal, executives, or auditors, this episode helps you structure it for clarity and impact. CySA+ will test your ability to interpret and draft reports that turn analysis into actionable insight—and this episode gives you the tools to succeed. Brought to you by BareMetalCyber.com

Not every alert becomes an incident—but when one does, it needs to be declared formally and escalated swiftly. In this episode, we walk through the process of incident declaration, including the criteria used to define what qualifies as an incident and the steps analysts take to classify severity. You’ll learn how escalation procedures are triggered, how incident levels are assigned, and how teams coordinate response based on predefined playbooks and risk thresholds.

We also discuss how false positives are managed, how incident declaration ties into legal and compliance obligations, and how SOC teams transition from detection to full-scale response. CySA+ will test your ability to recognize when and how to escalate based on scope, impact, and criticality. This episode ensures you understand not just the technical mechanics, but also the organizational flow that transforms an alert into a formal incident. Brought to you by BareMetalCyber.com

During an incident, clear and timely communication becomes a matter of urgency—not just best practice. In this episode, we cover how security analysts coordinate communication across teams and leadership tiers when responding to security events. You’ll learn how to identify the right stakeholders based on the severity and scope of the incident, and how to use predefined escalation paths, templates, and communication protocols to ensure clarity and reduce panic.

We also explore how miscommunication—or lack of communication—can exacerbate incidents and create confusion during investigations. Whether you’re working with IT, legal, public relations, or third-party responders, your ability to keep everyone informed without flooding them with noise is a critical skill. This episode helps you sharpen your communication approach under pressure and prepares you for CySA+ scenarios involving dynamic, multi-team response efforts. Brought to you by BareMetalCyber.com

Not all stakeholders need the same level of technical detail—but all of them need accurate, timely, and actionable reporting. In this episode, we explore how analysts identify and tailor communication for different stakeholder groups during the vulnerability management process. You’ll learn who needs to know what—from system administrators and developers to compliance officers and executives—and how to align your message to each group’s role and decision-making needs.

We also talk about building trust with stakeholders through clear, concise communication and explain how to manage expectations when timelines or priorities shift. For CySA+, you’ll need to understand not just what to report, but who to report it to and why. This episode gives you the framework to make your reporting more strategic, persuasive, and audience-aware. Brought to you by BareMetalCyber.com

You can’t improve what you don’t measure. In this episode, we focus on key performance indicators (KPIs) and metrics used to evaluate the effectiveness of vulnerability management programs. You’ll learn how metrics like vulnerability age, remediation time, recurrence rates, and vulnerability density across asset classes are used to benchmark performance and demonstrate progress.

We’ll also explore how critical vulnerabilities and zero-days are tracked, how “Top 10” metrics are reported to stakeholders, and how these measurements support everything from board-level reporting to regulatory audits. This episode prepares you for CySA+ questions on risk quantification and reporting value—and gives you tools to measure the impact of your work in a way that resonates across the organization. Brought to you by BareMetalCyber.com

Even when vulnerabilities are known and documented, remediation doesn’t always move forward. In this episode, we examine the most common inhibitors to remediation—technical, procedural, and political obstacles that delay or prevent action. You’ll learn how factors like legacy systems, proprietary dependencies, business process interruptions, organizational governance constraints, and SLAs all play a role in stalling patch deployment or mitigation efforts.

We also discuss how analysts escalate concerns, document exceptions, and work with cross-functional teams to develop temporary workarounds or compensating controls. Understanding remediation inhibitors is essential for realistic risk management, and the CySA+ exam frequently tests your ability to recommend responses when ideal solutions aren’t immediately possible. This episode helps you approach vulnerability management with a practical, collaborative mindset. Brought to you by BareMetalCyber.com

Once vulnerabilities are identified, the work isn’t done—it’s just beginning. In this episode, we explore how analysts develop and communicate action plans for addressing discovered risks. You’ll learn how patching schedules, configuration changes, user awareness efforts, and compensating controls are communicated clearly to technical teams, project managers, and business stakeholders.

We also cover how action plans are adjusted based on changing requirements, resource constraints, and evolving threat intelligence. You'll see how successful communication ensures that remediation tasks don’t get lost in translation—and how CySA+ prepares you to answer questions involving risk communication, prioritization, and mitigation planning. This episode is where your technical insight meets your ability to drive real organizational change. Brought to you by BareMetalCyber.com

Security isn't just about stopping threats—it's also about proving due diligence. In this episode, we explore how security teams create and interpret compliance reports aligned with frameworks like PCI DSS, HIPAA, NIST 800-53, and ISO 27001. You’ll learn how reports are structured to demonstrate adherence to technical controls, timelines, audit requirements, and SLAs.

We’ll also explain how vulnerability data feeds into compliance reporting, how compensating controls are documented, and how audit preparation differs from day-to-day reporting. This episode shows how communication between technical and non-technical stakeholders keeps organizations aligned with legal, regulatory, and contractual requirements—and how CySA+ tests your ability to interpret these communications in real time. Brought to you by BareMetalCyber.com

In this episode, we break down the core components of a vulnerability management report. You’ll learn how to organize and present data on discovered vulnerabilities, affected assets, associated risk scores, remediation efforts, recurrence frequency, and mitigation timelines. We explain how to structure reports for different audiences—whether it's a tactical report for system admins or a strategic summary for executives.

We also discuss tools that generate these reports, how analysts verify accuracy, and how visualizations like heatmaps or trending charts can add context. Whether you're creating your own reports or reviewing others', this episode helps you understand what “good reporting” looks like—and what CySA+ will expect you to recognize in exam scenarios that test your ability to prioritize and communicate vulnerability information effectively. Brought to you by BareMetalCyber.com

Welcome to Domain 4 of the CySA+ PrepCast. In this episode, we introduce the principles of reporting and communication—critical soft skills that define how technical findings are translated into business decisions. You’ll learn why analysts must be effective communicators, how reporting ties into regulatory requirements, and what makes security metrics meaningful to leadership and auditors.

We’ll also preview the structure of the domain: vulnerability management reporting, compliance communication, incident escalation, stakeholder coordination, and KPI interpretation. This domain may be the least technical on the surface, but it’s one of the most important for career success. Clear communication builds trust, drives action, and proves the value of your work—this episode sets the tone for mastering it. Brought to you by BareMetalCyber.com

Once the smoke clears, the real improvement begins. In this episode, we explore the post-incident phase of the incident response lifecycle. You’ll learn how forensic analysis is conducted to uncover technical root causes, how timeline reconstruction helps validate scope and sequence, and how organizations document lessons learned to avoid repeating mistakes.

We’ll also discuss how post-incident review meetings are structured, who participates, and what outcomes they should produce—from procedural updates to technology changes to policy rewrites. This episode underscores the value of continuous improvement in security operations and prepares you to answer CySA+ questions that ask, “What comes next?” after an incident is resolved. Real analysts don’t just recover—they evolve. Brought to you by BareMetalCyber.com

The best incident response doesn’t start with detection—it starts with preparation. In this episode, we walk through the preparation phase of the incident response lifecycle, focusing on how organizations create, document, and test their response plans. You’ll learn about IR playbooks, tabletop exercises, escalation matrices, and readiness assessments—all designed to ensure teams know their roles and actions before a crisis hits.

We also discuss how security tools are selected, pre-positioned, and integrated into workflows, and how business continuity and disaster recovery (BC/DR) planning supports response efforts. This episode emphasizes that effective incident response is a team sport with defined playbooks, not an improvised reaction. For CySA+ and real-world performance alike, preparation is the difference between damage and containment. Brought to you by BareMetalCyber.com

Detecting an incident is only the beginning. In this episode, we examine the containment, eradication, and recovery phases of incident response—what they are, how they differ, and how they build upon one another to restore a secure state. You’ll learn how containment isolates the threat, eradication removes it from the environment, and recovery brings systems back into production while ensuring the threat is gone.

We’ll explore techniques such as network segmentation, quarantine, system re-imaging, compensating controls, and post-eradication validation. Whether you're responding to malware, data exfiltration, or unauthorized access, this episode walks you through the structured response process that minimizes damage and builds resilience. For CySA+ candidates, these phases are central to incident handling questions and performance-based tasks. Brought to you by BareMetalCyber.com

Raw data becomes actionable intelligence when it’s properly analyzed. In this episode, we focus on the data and log analysis process during an incident, explaining how analysts sift through event logs, network traffic, system alerts, and application telemetry to reconstruct what happened. You’ll learn how to use timeline creation, correlation engines, and pivoting techniques to identify patient zero, trace lateral movement, and evaluate scope.

We also discuss common log sources such as firewalls, proxy servers, authentication systems, and EDR tools, and how to detect when logs have been altered or deleted. This episode reinforces the investigative mindset analysts must develop and helps you approach exam scenarios with confidence. It’s not just about having the data—it’s about knowing what questions to ask when it arrives. Brought to you by BareMetalCyber.com

Once an incident is detected, preserving evidence becomes a top priority. In this episode, we walk through the evidence acquisition process—from initial identification to collection, storage, and transfer. You’ll learn what types of evidence are collected during security incidents, including disk images, memory dumps, log files, and email headers, and how to maintain forensic integrity throughout the process.

We also cover the chain of custody: a detailed record of how evidence is handled, who accessed it, and how it was secured. This is critical for maintaining legal admissibility and ensuring internal accountability. For the CySA+ exam, questions on chain of custody and evidence handling are common. In the field, mistakes here can derail entire investigations. This episode helps you avoid those mistakes and operate with forensic discipline. Brought to you by BareMetalCyber.com

Detecting an attack starts with recognizing the signs. In this episode, we explore Indicators of Compromise (IoCs)—artifacts that suggest an organization may have been breached or is under active threat. You’ll learn how IoCs include file hashes, domain names, IP addresses, registry keys, and behavioral anomalies, and how analysts discover them during investigations or receive them through threat intelligence feeds.

We’ll also discuss how IoCs are categorized, how they are validated, and how they’re fed into SIEMs, firewalls, and endpoint detection platforms to prevent future occurrences. Understanding IoCs is not just about knowing what to block—it’s about knowing what to look for, how to trace a threat’s origin, and how to build alerts that actually matter. This episode arms you with foundational knowledge that ties directly into multiple CySA+ domains and daily SOC operations. Brought to you by BareMetalCyber.com

The OSSTMM is often overlooked—but it provides a rigorous, standards-based approach to security testing that aligns with the goals of CySA+ and many compliance frameworks. In this episode, we explain what the Open Source Security Testing Methodology Manual is, why it matters, and how it provides structure to everything from reconnaissance and vulnerability validation to operational control assessment and human interaction testing.

You’ll hear how OSSTMM complements tools and frameworks you already know, and how it fits into risk management, gap analysis, and audit preparation workflows. While not as widely adopted as MITRE or OWASP, OSSTMM is still a valuable lens through which to view incident preparedness and testing scope. If you’re aiming to round out your exam prep or develop a more mature understanding of testing methodologies, this episode belongs in your knowledge base. Brought to you by BareMetalCyber.com

In this episode, we explore the MITRE ATT&CK Framework—a living matrix of adversary behaviors that has transformed how cybersecurity professionals track and respond to attacks. You’ll learn how the framework maps tactics (the goals of an attacker) to techniques (the methods they use), and how analysts use ATT&CK to build detection logic, design threat hunts, and improve coverage in SIEMs and EDR tools.

We also explain how CySA+ expects you to understand the practical uses of MITRE ATT&CK, from evaluating coverage gaps to informing incident narratives and root cause analysis. This episode shows how ATT&CK helps analysts speak a common language across teams and vendors, and how it can elevate your visibility into real-world adversarial behavior—not just theoretical risk. Brought to you by BareMetalCyber.com

What happens when we move beyond events and look at the relationships between adversaries, capabilities, victims, and infrastructure? In this episode, we introduce the Diamond Model of Intrusion Analysis—a framework that gives analysts a structured way to examine threats by looking at key attributes and how they interact. You’ll learn how this model complements the cyber kill chain and provides a deeper understanding of the “who,” “what,” “where,” and “how” of an attack.

We’ll walk through real-world examples and explain how the Diamond Model supports incident correlation, attribution efforts, and even threat intelligence sharing. For the CySA+ exam, this framework is a recurring theme in questions involving detection and adversary profiling. In practice, it enhances your ability to turn logs and alerts into a high-fidelity incident report that makes sense to both technical and executive audiences. Brought to you by BareMetalCyber.com

To stop an attack, you must understand its progression. In this episode, we explore the Lockheed Martin Cyber Kill Chain—a widely used framework that maps the stages of a cyberattack from initial reconnaissance through delivery, exploitation, command and control, and beyond. You’ll learn how attackers move through each phase, and how defenders can detect and disrupt their efforts at multiple points along the chain.

We also discuss how kill chain thinking supports proactive defense, threat hunting, and tailored response strategies. Whether you're analyzing alerts in a SIEM or writing an executive summary after a breach, understanding the attacker’s lifecycle allows you to tell a more accurate, actionable story. This episode builds your analytical awareness and prepares you for scenario-based CySA+ questions involving multi-stage attacks. Brought to you by BareMetalCyber.com

Welcome to Domain 3 of the CySA+ PrepCast, where we move from prevention and vulnerability management into response and containment. In this episode, we provide an overview of what incident response means in modern organizations and how it’s structured in the CySA+ exam. You’ll learn how incident response differs from general troubleshooting, and why having a clear plan, chain of command, and communication strategy is just as important as having technical tools.

We also explain how Domain 3 connects with everything you've learned so far: indicators of compromise, attack patterns, vulnerability assessments, and stakeholder reporting. Whether you're working in a SOC, joining a CSIRT team, or preparing for CySA+ certification, this episode sets the foundation for understanding how professionals prepare for, detect, contain, and recover from real security events. Brought to you by BareMetalCyber.com

Before moving forward, it’s time to reflect. In this comprehensive recap, we walk through the critical knowledge areas covered in Domain 2: Vulnerability Management. From scanning types and validation workflows to secure coding, asset prioritization, compensating controls, and risk decisions—you’ll get a structured review that reinforces everything you’ve learned so far.

We’ll also offer tips for navigating CySA+ questions in this domain, including common traps, terminology misuses, and how to distinguish between technical flaws and contextual weaknesses. Whether you’re preparing for the exam or consolidating your on-the-job skills, this episode wraps up Domain 2 with clarity, confidence, and momentum for what’s next. Brought to you by BareMetalCyber.com

What if you could anticipate the attacker’s plan before they even launch it? In this episode, we introduce threat modeling as a method for identifying and prioritizing potential threats based on how applications and systems are designed. You’ll learn how threat modeling is performed using techniques like STRIDE, kill chain analysis, and data flow diagrams—and how it’s used to predict, prevent, and mitigate attacks before code is deployed or systems are exposed.

We also cover how security analysts contribute to threat modeling sessions, map identified threats to vulnerabilities, and ensure countermeasures are realistic and effective. Threat modeling is not just a development task—it’s an ongoing, collaborative process that gives defenders a tactical edge. Whether you’re preparing for CySA+ or joining cross-functional design reviews, this episode gives you the language and structure to analyze risk proactively. Brought to you by BareMetalCyber.com

Security that begins in production is already behind schedule. In this episode, we take a holistic view of the Secure Software Development Lifecycle (SDLC), explaining how security is integrated into every phase of software creation—from planning and design to development, testing, deployment, and maintenance. You'll learn how threat modeling, secure coding standards, automated testing, and static/dynamic analysis help catch vulnerabilities early—before attackers do.

We’ll also explore how DevSecOps practices bring security into the CI/CD pipeline, and how analysts collaborate with development teams to define and enforce controls. This episode prepares you to speak fluently about software security during assessments, audits, and CySA+ scenario questions. More importantly, it positions you as a partner to engineering—not just an obstacle. Brought to you by BareMetalCyber.com

You don’t need to be a developer to influence secure code—but you do need to understand what secure coding looks like. In this episode, we break down the most important secure development practices that analysts should know when evaluating application risk or reviewing vulnerability reports. Topics include input validation, output encoding, secure session management, proper authentication handling, and safe data storage.

We also explore the role of parameterized queries in preventing injection attacks, and how analysts can spot common coding patterns that introduce vulnerabilities. Whether you're working with developers, reviewing scanner output, or helping write security requirements for new applications, this episode equips you to ask the right questions—and guide teams toward code that is resilient against attack. Brought to you by BareMetalCyber.com

You can't protect what you can't see. In this episode, we explore the evolving discipline of attack surface management (ASM)—a proactive process that helps security teams identify, map, and reduce the ways in which an attacker could compromise an organization. You'll learn how ASM incorporates both internal and external assets, including shadow IT, exposed APIs, forgotten subdomains, and misconfigured cloud services.

We cover techniques like edge discovery, passive reconnaissance, and penetration testing, and explain how these tactics are used to reduce exposure before adversaries can exploit it. Bug bounty programs, red team simulations, and security control testing also come into focus as we examine how modern organizations view their digital footprint as an active battleground. If you want to understand where real-world threats originate and how defenders preempt them, this episode is your blueprint. Brought to you by BareMetalCyber.com

In a world where thousands of vulnerabilities exist, how do you decide which to address first? In this episode, we break down the art and science of vulnerability prioritization—how analysts combine CVSS scores, asset value, exploitability, and business context to triage effectively. You’ll learn how to identify which issues must be escalated to leadership or incident response teams, and which can be handled within standard operating procedures.

We also walk through real-world prioritization workflows, including the use of dashboards, tagging systems, and analyst review boards. From vulnerability overload to critical-path remediation, this episode prepares you to prioritize with clarity and communicate with authority. For CySA+ exam success and real-world effectiveness, this skill is not optional—it’s essential. Brought to you by BareMetalCyber.com

Cybersecurity doesn’t happen in a vacuum—it happens under governance. In this episode, we explain how policies, governance structures, and service-level objectives (SLOs) shape the work of the security analyst. You’ll learn how vulnerability management policies define scan frequency, remediation timelines, and exception criteria—and how governance teams enforce consistency across business units and technical teams.

We also discuss how SLOs are used to track performance, measure success, and meet regulatory or contractual obligations. Whether you’re writing a report or presenting findings to a cross-functional team, this episode shows how aligning with governance and service expectations makes your work more actionable and more credible. It’s a vital topic for both CySA+ and long-term professional growth in enterprise environments. Brought to you by BareMetalCyber.com

Effective vulnerability management is built on sound risk management principles. In this episode, we explore the four classic risk response strategies—accept, avoid, transfer, and mitigate—and how they apply to real-world cybersecurity scenarios. You'll learn how security analysts recommend and evaluate responses based on the nature of the vulnerability, the criticality of the asset, the threat landscape, and the organization's tolerance for risk.

We also walk through how these decisions are documented and communicated to decision-makers, and how they influence scan reporting, patch prioritization, and remediation tracking. Understanding risk response is essential not only for the CySA+ exam but also for demonstrating business-aligned thinking in your analyst role. This episode gives you a framework for making smarter, more defensible security decisions under pressure. Brought to you by BareMetalCyber.com

Sometimes a vulnerability can’t be fixed—at least, not right away. In this episode, we explain how analysts and risk managers document and process exceptions: formal records of accepted risk where vulnerabilities are not remediated within standard timelines. You’ll learn when exceptions are appropriate, what approvals are required, and how expiration dates, revalidation, and compensating controls keep risk within acceptable limits.

We also cover the importance of aligning exception handling with internal governance, industry standards, and compliance frameworks. For CySA+, this topic shows up in questions about policy, escalation, and stakeholder communication. In the real world, it’s about balancing practical constraints with smart risk acknowledgment—so you can maintain transparency and accountability without undermining security goals. Brought to you by BareMetalCyber.com

Security teams can’t just apply patches whenever they want—especially in enterprise environments where uptime and availability are critical. In this episode, we explore how maintenance windows are scheduled, documented, and coordinated to apply updates without disrupting core business operations. You’ll learn how organizations balance risk reduction with service availability, and how scheduling decisions are influenced by system criticality, time zones, SLAs, and business cycles.

We’ll also examine best practices for rolling out updates during approved change windows, including the use of staging environments, rollback plans, and user communication. Understanding maintenance scheduling is essential for avoiding unintended downtime and for aligning remediation with both technical and organizational requirements. Whether you're managing patches or evaluating scanning frequency, this episode prepares you to think like a proactive operations planner. Brought to you by BareMetalCyber.com

Vulnerabilities don’t just exist—they persist, especially when patch and configuration management processes are weak. In this episode, we walk through the full lifecycle of patching and secure configuration: from initial discovery and testing, to staged deployment, validation, and rollback planning. You'll learn how patch management tools integrate with vulnerability scanning platforms and how change control is enforced to prevent accidental disruptions.

We also explore configuration hardening techniques and the challenges of securing distributed systems, mobile endpoints, and cloud assets. Whether you're deploying monthly patches or validating new system baselines, this episode shows how analysts and engineers work together to reduce attack surfaces, meet compliance goals, and keep environments stable. For CySA+, expect to apply this knowledge in both direct questions and scenario-based assessments. Brought to you by BareMetalCyber.com

Not all security controls serve the same function. In this episode, we explain the various types of controls used across cybersecurity programs and why it’s important to understand their classification. You’ll learn the difference between managerial, operational, and technical controls—and how each can be preventative, detective, responsive, or corrective in nature.

We’ll walk through real examples: how a firewall represents a technical preventive control, how log reviews are an operational detective control, and how employee training fits into the managerial layer. This is not just exam content—it’s fundamental knowledge for analyzing, designing, and improving security programs in any organization. Whether you're in the field or taking CySA+, this episode reinforces how to speak the language of layered defense. Brought to you by BareMetalCyber.com

What happens when you can’t fix a vulnerability directly? In this episode, we introduce the concept of compensating controls—alternative safeguards put in place to reduce risk when a vulnerability cannot be immediately remediated. You’ll learn how network segmentation, monitoring, air gapping, and tightly scoped access policies are used to minimize exposure and limit an attacker’s options.

We also discuss how compensating controls are documented and justified in risk assessments and compliance reports, and how they play a role in vulnerability exception requests. For CySA+ candidates and real-world practitioners alike, understanding compensating controls is critical for scenarios where perfect remediation isn’t possible—but risk must still be managed responsibly. Brought to you by BareMetalCyber.com

Sometimes attackers don’t need to upload malicious files—they just need to include them. In this episode, we explore Local File Inclusion (LFI) and Remote File Inclusion (RFI) vulnerabilities, which allow attackers to manipulate file paths in application inputs and force systems to load unintended or external code. You’ll learn how LFI can be used to read sensitive server-side files, and how RFI opens the door for full remote code execution.

We also cover common exploit techniques, such as null byte injection and PHP wrappers, and walk through ways to mitigate these flaws through strict input validation, allowlists, and isolation of executable directories. CySA+ regularly tests awareness of LFI and RFI in web applications and server configurations—making this episode essential listening for any aspiring analyst or secure code reviewer. Brought to you by BareMetalCyber.com

Attackers often start with limited access—but they rarely stay there. In this episode, we break down privilege escalation vulnerabilities, which allow attackers to move from low-level accounts to administrative or root-level control. You’ll learn the difference between vertical and horizontal escalation, how flaws in permissions, service configurations, or kernel-level bugs create these pathways, and how they're exploited post-compromise.

We’ll also discuss how privilege escalation is detected—often through anomalous behavior, unexpected group changes, or access to sensitive systems from untrusted accounts. For the CySA+ exam, you'll need to identify both the indicators and the underlying technical flaws that enable escalation. For real-world analysis, this knowledge is crucial to understanding how breaches evolve after initial access is gained. Brought to you by BareMetalCyber.com

Few vulnerabilities are as critical—or as devastating—as remote code execution. In this episode, we explore how RCE vulnerabilities allow attackers to run arbitrary code on target systems, often with high privileges and zero user interaction. You’ll learn how RCE flaws emerge from input validation failures, memory corruption bugs, insecure deserialization, and unsafe system calls.

We discuss how RCE is detected through scanning, monitoring, and behavioral analytics—and how exploitation leads to full system compromise, lateral movement, or persistent access. Real-world examples like Log4Shell and EternalBlue are highlighted to show how RCE vulnerabilities have fueled major breaches. If you’re preparing for CySA+ or working in any defensive role, understanding RCE is absolutely essential. Brought to you by BareMetalCyber.com

Some of the most dangerous requests come from inside the house. In this episode, we unpack Server-Side Request Forgery (SSRF), a vulnerability that allows attackers to trick a server into sending requests to internal services, external endpoints, or cloud metadata APIs. You’ll learn how attackers abuse server-side functionality to pivot into otherwise inaccessible environments, bypass firewalls, or extract sensitive data.

We cover how SSRF shows up in APIs, file-fetching features, and redirect mechanisms—and how input filtering alone often isn’t enough to stop it. This episode helps you recognize SSRF patterns during assessments, understand the risks in cloud-native environments, and apply mitigations like allowlists, firewall rules, and metadata protection. SSRF is increasingly emphasized in exams and real-world attacks, making this a must-know for every analyst. Brought to you by BareMetalCyber.com

If attackers can bypass your login system, the rest of your defenses may not matter. In this episode, we explore identification and authentication failures such as broken login flows, weak password policies, exposed session tokens, and improper use of multifactor authentication (MFA). These flaws make it easy for attackers to impersonate users or hijack their sessions—and they continue to top OWASP and real-world breach reports alike.

We also walk through common mitigation strategies, including MFA enforcement, lockout thresholds, token expiration, and secure session handling. CySA+ expects you to recognize when an application isn’t authenticating users securely—and this episode gives you both the theory and practical insight to spot these red flags in logs, code, and scanner results. Brought to you by BareMetalCyber.com

Running outdated software isn't just inconvenient—it’s dangerous. In this episode, we explore the risks posed by end-of-life (EOL) systems and unsupported components, which often lack vendor patches, security updates, or compatibility with modern security tools. You'll learn how attackers specifically target legacy platforms due to known vulnerabilities and weak default settings.

We also examine how to detect legacy risk during assessments, how to escalate findings when business dependencies prevent upgrades, and how compensating controls can reduce exposure when replacement isn’t immediately possible. This episode helps you understand how analysts approach risk management decisions involving legacy infrastructure—and how these decisions show up on the CySA+ exam. Brought to you by BareMetalCyber.com

Even the strongest tools can be rendered useless by poor configuration. In this episode, we explore how security misconfigurations—ranging from default credentials and exposed directories to verbose error messages and unrestricted administrative interfaces—create pathways for attackers. These issues often appear in cloud platforms, web servers, mobile apps, and third-party services.

You’ll learn how to identify misconfigurations using vulnerability scanners, manual reviews, and cloud audit tools. We also discuss how misconfigurations are linked to larger process failures, such as lack of configuration management, poor change control, and inconsistent deployment standards. This episode reinforces how seemingly simple oversights lead to serious breaches—and how analysts must approach detection and prevention methodically. Brought to you by BareMetalCyber.com

Not all vulnerabilities are bugs—some are architectural. In this episode, we explore the concept of insecure design, a growing concern recognized in recent OWASP rankings. You’ll learn how poor design choices—such as excessive trust in client input, lack of threat modeling, or missing authorization layers—can create exploitable conditions even when code functions as intended.

We discuss how analysts spot these issues during assessments, how red teams exploit them during engagements, and how secure design principles help prevent them from being built into systems in the first place. This episode highlights why CySA+ focuses on more than just technical findings—it wants analysts who understand the importance of architecture, design, and proactive risk mitigation. Brought to you by BareMetalCyber.com

When input isn’t properly restricted, users can end up accessing far more than intended. In this episode, we break down directory traversal vulnerabilities—flaws that allow attackers to manipulate file paths and access sensitive files or directories outside of the intended web root. You’ll learn how inputs like ../ or encoded path characters can lead to file exposure, configuration leaks, and credential disclosure.

We’ll also explore how these flaws are commonly found in poorly configured file upload or download functions, and how logging, file permissions, and input validation contribute to secure design. This episode prepares you to identify directory traversal issues in both scanner output and forensic investigation, giving you another high-priority vulnerability to recognize and report confidently. Brought to you by BareMetalCyber.com

In this episode, we examine Cross-Site Request Forgery, or CSRF—a vulnerability that tricks authenticated users into executing unwanted actions on a web application. You’ll learn how attackers exploit user sessions by embedding malicious links or scripts in third-party sites, emails, or ads, effectively hijacking user privileges to perform unauthorized actions.

We explore real-world CSRF use cases such as changing account settings, resetting passwords, or transferring funds without the user's knowledge. We also cover defenses like CSRF tokens, SameSite cookie attributes, and strict session handling. For CySA+ and everyday defense, this episode helps you recognize where these subtle but powerful attacks can slip through—and how to prevent them with layered defenses. Brought to you by BareMetalCyber.com

Injection vulnerabilities have been on the OWASP Top Ten for years—and for good reason. In this episode, we explain how SQL, command-line, and LDAP injection flaws allow attackers to manipulate input to execute unintended commands or access unauthorized data. You’ll learn the anatomy of a basic injection attack, how user input is weaponized, and what kinds of systems are most susceptible.

We’ll cover mitigation strategies like input sanitization, output encoding, parameterized queries, and least privilege design. You’ll also hear how these flaws are typically discovered—through vulnerability scanners, bug bounties, or incident response. For the CySA+ exam, knowing how to recognize and classify injection attacks is essential. In the field, knowing how to detect them early can save your organization from serious breaches. Brought to you by BareMetalCyber.com