Certified – CompTIA Network + Audio Course
- Episodes
- 185
- Format
- Series – listen from the start
- Latest episode
- Oct 14, 2025
About the podcast
The Network+ Audio Course is your comprehensive audio training series for mastering the CompTIA Network+ certification. Designed for learners on the go, this Audio Course transforms exam objectives into clear, structured, and engaging episodes tailored for auditory learning. Whether you're walking, commuting, or studying between shifts, each episode breaks down complex networking topics into digestible segments aligned with the official CompTIA blueprint. From OSI layers and IP addressing to wireless standards and troubleshooting methodologies, the series leaves no objective unexplored. The CompTIA Network+ certification validates the essential skills required to design, implement, manage, and troubleshoot wired and wireless networks across diverse environments. It emphasizes practical, vendor-neutral knowledge in areas such as network architecture, operations, security, and industry-standard protocols. Network+ ensures that IT professionals can support critical network infrastructure and identify performance or connectivity issues with confidence. Recognized globally by employers and government agencies alike, Network+ is often the next step after CompTIA A+ and serves as a strong foundation for advanced certifications like Security+ and Cisco Certified Network Associate. You’ll learn how to approach multiple-choice questions, interpret challenging phrasing, and think like a test writer. Every episode is crafted for clarity and retention, making it ideal for repetition and review. Whether you're a first-time test taker or recertifying, the Network+ Audio Course helps you build the confidence and competence to pass the exam and advance your career in networking and IT infrastructure.
Episodes 185
Episode 184: Network Troubleshooting Methodology Recap and Exam Readiness
To wrap up the series, this episode reviews the full troubleshooting methodology—from identifying the problem to documenting the fix. We walk through common scenarios, showing how the steps apply in real life …
Show notes
To wrap up the series, this episode reviews the full troubleshooting methodology—from identifying the problem to documenting the fix. We walk through common scenarios, showing how the steps apply in real life and what tools are best suited for each phase. You’ll revisit techniques for isolating symptoms, confirming theories, and verifying solutions with clarity and structure.
We also provide exam tips for recognizing troubleshooting questions, managing time under pressure, and eliminating distractor answers. With this recap, you’ll finish the course with a complete understanding of not only how to build and manage a network, but how to diagnose and repair it with professionalism. You’re now ready for both the exam—and the job.
Episode 183: BYOD, Licensing Issues, and Troubleshooting Oddities
Not every issue fits into neat categories. In this episode, we address edge-case problems like Bring Your Own Device (BYOD) compatibility, expired licenses on security appliances, and odd client behaviors that …
Show notes
Not every issue fits into neat categories. In this episode, we address edge-case problems like Bring Your Own Device (BYOD) compatibility, expired licenses on security appliances, and odd client behaviors that defy conventional logic. You’ll learn how mobile OS updates, unsupported encryption protocols, or insufficient license capacity can cause mysterious connectivity issues.
We also touch on VPN quirks, DNS suffix misbehavior, and strange firewall rules inherited from years past. This episode prepares you for the “weird ones”—issues that require curiosity, documentation, and sometimes creative thinking to resolve. The final part of troubleshooting is adapting to the unknown.
Episode 182: Optical, Hardware, and Performance Issues — Identifying and Resolving Problems
This episode revisits advanced troubleshooting at the hardware and optical layer. We cover transceiver problems, dirty fiber connectors, power mismatches, and switch backplane limitations. You'll learn how to …
Show notes
This episode revisits advanced troubleshooting at the hardware and optical layer. We cover transceiver problems, dirty fiber connectors, power mismatches, and switch backplane limitations. You'll learn how to read interface stats for clues, test suspect links, and isolate faults in a complex network environment.
We also explain how hardware limits—such as CPU, memory, or buffer overruns—can degrade throughput and cause latency spikes. Recognizing these bottlenecks and addressing them quickly is key to performance stability. This episode ties together visibility, monitoring, and hands-on testing for deep diagnostics.
Episode 181: DNS and NTP Failures — Troubleshooting Name and Time Resolution
DNS and NTP are often invisible—until they fail. This episode shows how to diagnose and fix issues with domain name resolution and time synchronization, both of which affect authentication, connectivity, and …
Show notes
DNS and NTP are often invisible—until they fail. This episode shows how to diagnose and fix issues with domain name resolution and time synchronization, both of which affect authentication, connectivity, and performance. You’ll learn how to use nslookup, dig, and ntpq to troubleshoot problems and interpret server behavior.
We also cover how expired DNS records, cache poisoning, NTP drift, and firewall blocks can wreak havoc silently. Fixing these problems requires awareness of both the protocol and the environment. This episode ensures you can spot and resolve these hidden causes of major disruptions.
Episode 180: Asymmetric Routing, Multicast Flooding, and ACL Misconfigurations
Some network issues are subtle, involving advanced concepts like asymmetric routing, multicast flooding, and access control list (ACL) errors. This episode explains how asymmetric routing—where traffic returns …
Show notes
Some network issues are subtle, involving advanced concepts like asymmetric routing, multicast flooding, and access control list (ACL) errors. This episode explains how asymmetric routing—where traffic returns on a different path than it arrived—can confuse firewalls and lead to dropped packets. We discuss how to diagnose and design around this behavior using symmetric paths and session tracking.
Next, we cover multicast traffic that floods segments due to missing IGMP snooping, and how ACLs applied in the wrong direction or with missing statements can break services silently. These are the kinds of advanced problems that separate good network techs from great ones—and this episode gives you the tools to join the latter group.
Episode 179: Collision Domains, Broadcast Storms, and Routing Loops
Poor network segmentation can lead to serious Layer 2 and Layer 3 problems. In this episode, we explain how excessive collision domains on legacy hubs or poorly configured switches can slow performance and …
Show notes
Poor network segmentation can lead to serious Layer 2 and Layer 3 problems. In this episode, we explain how excessive collision domains on legacy hubs or poorly configured switches can slow performance and cause retransmissions. We also dive into broadcast storms—where unchecked broadcast traffic floods the network—and routing loops, which occur when routers send traffic in circles due to misconfiguration.
You’ll learn how STP, TTL, and route summarization prevent these issues, and how to recognize early signs of loops or broadcast congestion. These problems can be catastrophic if not caught quickly. This episode equips you to recognize, prevent, and respond to them before they spiral out of control.
Episode 178: Routing Troubleshooting — Missing Routes, DHCP, and Address Conflicts
Routing issues can silently break connectivity—even if everything looks fine at Layer 2. In this episode, we diagnose common routing problems, including missing default routes, misconfigured static routes, and …
Show notes
Routing issues can silently break connectivity—even if everything looks fine at Layer 2. In this episode, we diagnose common routing problems, including missing default routes, misconfigured static routes, and incorrectly advertised subnets. You'll learn how to use ping, traceroute, and routing tables to spot when traffic is being dropped or misrouted.
We also explore DHCP-related routing issues and IP conflicts caused by overlapping pools or rogue servers. If users can reach some destinations but not others, it’s probably a routing issue—and this episode teaches you how to spot and fix it quickly. Good routing visibility leads to fast resolutions.
Episode 177: Network Foundations — VLAN, Interface, and Configuration Checks
Sometimes network issues stem from the basics: incorrect VLAN assignment, disabled interfaces, or outdated configurations. This episode walks through foundational network checks that resolve a surprising number …
Show notes
Sometimes network issues stem from the basics: incorrect VLAN assignment, disabled interfaces, or outdated configurations. This episode walks through foundational network checks that resolve a surprising number of connectivity issues. You'll learn how to verify trunk ports, check interface status, review MAC address tables, and ensure endpoints are in the correct VLAN.
We also cover configuration drift—when devices slowly fall out of sync due to manual changes or failed updates. This type of issue is common in growing networks and easy to overlook. The key takeaway? Don’t skip the basics. This episode shows how a few quick checks can save hours of troubleshooting.
Episode 176: Wireless Configuration Problems — SSID, Encryption, and Client Issues
Even if the signal is strong, configuration mistakes can block connectivity. This episode addresses common wireless configuration errors such as mismatched SSIDs, incorrect security settings, or outdated …
Show notes
Even if the signal is strong, configuration mistakes can block connectivity. This episode addresses common wireless configuration errors such as mismatched SSIDs, incorrect security settings, or outdated drivers on client devices. You’ll learn how WPA2 vs. WPA3 affects compatibility, how authentication failures are logged, and what to check when clients can see a network but not connect.
We also cover misconfigured VLANs on trunk ports, DHCP assignment failures, and radius authentication errors. Wireless configuration demands both Layer 1 visibility and Layer 2–3 awareness. This episode equips you to solve the most common “it won’t connect” scenarios with confidence.
Episode 175: Wireless Issues — Antenna Placement, Channels, and Signal Loss
Signal problems are among the most common wireless complaints—and many stem from poor antenna planning. This episode examines how antenna placement, orientation, and environment affect signal propagation …
Show notes
Signal problems are among the most common wireless complaints—and many stem from poor antenna planning. This episode examines how antenna placement, orientation, and environment affect signal propagation. You'll learn the difference between omnidirectional and directional antennas and how line-of-sight, reflection, and absorption affect coverage.
We also cover channel selection, overlap, and the impact of nearby access points or devices operating in the same spectrum. Signal loss isn't always a device issue—often it's an architecture issue. This episode prepares you to address coverage gaps, channel conflicts, and signal fade with professional precision.
Episode 174: Wireless Limitations — Throughput, Signal Strength, and Power
Wireless technology is incredibly convenient—but also limited by physical and environmental factors. In this episode, we explore the inherent constraints of wireless communication, such as reduced throughput …
Show notes
Wireless technology is incredibly convenient—but also limited by physical and environmental factors. In this episode, we explore the inherent constraints of wireless communication, such as reduced throughput compared to wired networks, signal degradation over distance, and interference from walls, other devices, or even weather. You’ll learn how to interpret RSSI (Received Signal Strength Indicator), SNR (Signal-to-Noise Ratio), and transmit power levels.
We also discuss how device type, antenna gain, and client location affect performance. These limitations require careful AP placement and network tuning to ensure optimal coverage and speed. This episode helps you set realistic expectations for wireless performance and diagnose poor user experiences caused by physical-layer factors.
Episode 173: Interface, Routing, and Platform-Specific Diagnostics
Every device platform—whether Cisco, Juniper, or another—has its own diagnostic approach. In this episode, we explore common troubleshooting techniques across routers and switches, focusing on interface states …
Show notes
Every device platform—whether Cisco, Juniper, or another—has its own diagnostic approach. In this episode, we explore common troubleshooting techniques across routers and switches, focusing on interface states, routing tables, and platform-specific commands. You’ll learn how to interpret “up/down” messages, diagnose err-disabled ports, and use commands like show ip route, show interfaces, and debug.
We also discuss platform-specific behaviors and logs that can reveal problems with routing adjacencies, VLAN configuration, or control plane performance. Whether you’re troubleshooting routing loops or verifying VLAN tagging, understanding platform outputs is critical for resolution. This episode equips you to make the most of your command line regardless of the hardware brand.
Episode 172: Infrastructure Tools — TFTP, Terminal Emulators, and Basic Commands
Some of the most essential network management tools are also the most overlooked. This episode covers infrastructure tools such as TFTP servers for file transfers, terminal emulators like PuTTY and SecureCRT …
Show notes
Some of the most essential network management tools are also the most overlooked. This episode covers infrastructure tools such as TFTP servers for file transfers, terminal emulators like PuTTY and SecureCRT for CLI access, and core diagnostic commands including ping, traceroute, ipconfig, and netstat. You’ll learn how these tools assist with configuration backups, firmware upgrades, and remote diagnostics.
We also discuss the risks and limitations of tools like Telnet vs. SSH and how to secure TFTP environments. Whether you’re pushing configurations or diagnosing a downed router, these utilities are indispensable for day-to-day network operations. This episode builds confidence with the hands-on tools every technician should master.
Episode 171: Network Discovery and Performance Monitoring
Network visibility starts with knowing what’s on your network. In this episode, we explain network discovery techniques using tools like ping sweeps, SNMP queries, and Nmap scans to identify devices, operating …
Show notes
Network visibility starts with knowing what’s on your network. In this episode, we explain network discovery techniques using tools like ping sweeps, SNMP queries, and Nmap scans to identify devices, operating systems, and open services. You’ll learn how to distinguish active vs. passive discovery methods, the importance of using up-to-date inventories, and how to prevent disruptions while scanning.
We also cover real-time performance monitoring, including metrics like CPU, memory, interface utilization, and error counters. Tools like SNMP, NetFlow, and custom dashboards help you detect performance degradation before users report it. Combined, discovery and monitoring give you a comprehensive view of your environment, helping you diagnose problems and plan for future growth.
Episode 170: Packet Inspection and Traffic Analysis Tools
To truly understand what’s happening on the network, you need to inspect the packets themselves. This episode introduces tools like Wireshark, tcpdump, and protocol analyzers that allow you to capture and …
Show notes
To truly understand what’s happening on the network, you need to inspect the packets themselves. This episode introduces tools like Wireshark, tcpdump, and protocol analyzers that allow you to capture and analyze live traffic. You’ll learn how to filter by IP, port, or protocol, and how to identify patterns like retransmissions, failed handshakes, or application-layer issues.
We also cover port mirroring (SPAN) and tap devices for capturing traffic non-invasively. Understanding how to read and interpret packet flows gives you an advantage when diagnosing complex problems or validating policies. Packet analysis is an advanced skill—and this episode helps you begin mastering it.
Episode 169: Wireless Troubleshooting — Tools and Bandwidth Analysis
Wireless networks introduce a layer of complexity that often demands specialized tools for visibility. In this episode, we cover wireless troubleshooting utilities including site survey tools, spectrum …
Show notes
Wireless networks introduce a layer of complexity that often demands specialized tools for visibility. In this episode, we cover wireless troubleshooting utilities including site survey tools, spectrum analyzers, and signal heatmaps. These help you diagnose issues like dead zones, co-channel interference, and excessive client density.
We also explore throughput testing and bandwidth analysis techniques to uncover performance bottlenecks. From device disconnects to random latency spikes, wireless issues often require environmental analysis and precise tuning. This episode prepares you to isolate wireless problems methodically and resolve them using proven diagnostics.
Episode 168: Advanced Tools for Fiber Optics and Signal Testing
Fiber requires a different class of diagnostic tools due to its precision and sensitivity. In this episode, we cover devices like OTDRs (Optical Time Domain Reflectometers), power meters, and visual fault …
Show notes
Fiber requires a different class of diagnostic tools due to its precision and sensitivity. In this episode, we cover devices like OTDRs (Optical Time Domain Reflectometers), power meters, and visual fault locators. You’ll learn how these tools detect breaks, signal loss, and connector issues with pinpoint accuracy. OTDRs, for example, send pulses of light and measure reflections to map out the fiber’s health over long distances.
We also cover best practices for cleaning, inspecting, and handling fiber connectors, which are highly susceptible to contamination and damage. Fiber optics are critical for high-speed backbone connections, and small problems can cause big performance hits. This episode gives you the tools and techniques needed to verify fiber performance and quickly resolve outages.
Episode 167: Cable Testing Tools — Crimpers, Punchdowns, and Locators
Troubleshooting starts with the right tools. In this episode, we walk through the essential cable testing and installation tools you’ll use on the job. These include crimpers for RJ-45 connectors, punchdown …
Show notes
Troubleshooting starts with the right tools. In this episode, we walk through the essential cable testing and installation tools you’ll use on the job. These include crimpers for RJ-45 connectors, punchdown tools for keystone jacks and patch panels, and continuity testers for verifying wire maps. You’ll also learn how cable locators and tone generators help identify cables behind walls or in crowded patch bays.
We emphasize how proper cable termination and testing prevent future failures, and we provide examples of what miswiring looks like in field tests. Understanding these tools is vital for both exam questions and hands-on work. With the right knowledge, you’ll diagnose, fix, and document physical-layer problems with confidence.
Episode 166: Link Layer Diagnostics — Duplexing, Transceivers, and LEDs
Link-level problems are easy to overlook but frequently cause intermittent issues. This episode explores duplex mismatches—where one device is set to full duplex and the other to half—leading to collisions …
Show notes
Link-level problems are easy to overlook but frequently cause intermittent issues. This episode explores duplex mismatches—where one device is set to full duplex and the other to half—leading to collisions, retransmissions, and degraded performance. We explain how to spot and correct these mismatches using port configuration and interface statistics.
We also examine the diagnostic value of physical indicators like LED lights and link lights, which can show speed, connectivity, and activity status at a glance. Finally, we discuss SFP and GBIC transceivers, their compatibility requirements, and how to troubleshoot them. These Layer 1 and 2 indicators are your first line of defense in network diagnostics.
Episode 165: Common Cable Faults, Errors, and Hardware Issues
Even a well-designed network can experience hardware or cabling faults over time. This episode breaks down common problems such as broken connectors, bent pins, cable kinks, and worn insulation. We explain how …
Show notes
Even a well-designed network can experience hardware or cabling faults over time. This episode breaks down common problems such as broken connectors, bent pins, cable kinks, and worn insulation. We explain how these physical issues translate into dropped packets, CRC errors, and link flapping. Recognizing these symptoms early helps prevent widespread outages.
We also cover faulty hardware including bad transceivers, power fluctuations, and port failures on switches or NICs. Troubleshooting these components requires observation, testing, and substitution techniques. This episode gives you the eyes and instincts to recognize failing hardware before it takes down a critical link.
Episode 164: Cable Performance Specifications and Specialized Applications
Cable problems can often look like application issues, but they require a different kind of troubleshooting. In this episode, we review cable specifications like length limits, signal loss, impedance, and …
Show notes
Cable problems can often look like application issues, but they require a different kind of troubleshooting. In this episode, we review cable specifications like length limits, signal loss, impedance, and interference resistance. You'll learn how to recognize mismatches between cable category and intended use, such as trying to run 10 Gbps over Cat 5e or exceeding fiber distance ratings.
We also touch on specialized cable applications, including shielded twisted pair (STP) in noisy environments, coaxial for certain legacy links, and fiber for long-distance high-throughput needs. Choosing the wrong cable—or installing it improperly—can introduce latency, data corruption, or complete signal failure. This episode prepares you to spot cable-related issues before they turn into costly downtime.
Episode 163: Troubleshooting Methodology — Implementing Solutions and Documentation
Once you’ve confirmed the cause of a network issue, it's time to solve it. This episode covers the final stages of the troubleshooting methodology: establishing a plan of action, implementing the solution …
Show notes
Once you’ve confirmed the cause of a network issue, it's time to solve it. This episode covers the final stages of the troubleshooting methodology: establishing a plan of action, implementing the solution, verifying functionality, and documenting everything. You’ll learn how to evaluate risk before making changes, how to plan rollback strategies, and how to confirm that your fix didn’t break something else.
We also explain why documentation is critical—not just for compliance, but for future troubleshooting, audits, and team communication. From updating diagrams to entering notes in a ticketing system, proper documentation closes the loop and helps the next technician pick up where you left off. This episode reinforces the professional mindset of fixing problems responsibly and transparently.
Episode 162: Troubleshooting Methodology — Identifying Problems and Probable Causes
The foundation of effective troubleshooting is a structured approach. In this episode, we introduce the CompTIA troubleshooting methodology, focusing on the first few steps: identifying the problem …
Show notes
The foundation of effective troubleshooting is a structured approach. In this episode, we introduce the CompTIA troubleshooting methodology, focusing on the first few steps: identifying the problem, establishing a theory of probable cause, and testing that theory. You'll learn how to ask the right questions, collect information from logs and users, and avoid jumping to conclusions. Proper problem identification prevents wasted time and unnecessary fixes.
We also explore how to classify symptoms, consider recent changes, and determine if a problem is user-specific or system-wide. By the end of the episode, you’ll be able to confidently break down a vague complaint like “the network is slow” into actionable clues that guide your next steps. This episode is about starting smart—because the right first move saves hours of guesswork.
Episode 161: Welcome to Domain 5 — Network Troubleshooting
In this final domain, we turn our focus to troubleshooting—a skill that ties together everything you’ve learned so far. This episode introduces Domain 5 and outlines the key areas it covers, including …
Show notes
In this final domain, we turn our focus to troubleshooting—a skill that ties together everything you’ve learned so far. This episode introduces Domain 5 and outlines the key areas it covers, including troubleshooting methodology, cable testing, routing diagnostics, wireless issues, and performance analysis. Unlike previous domains that focused on setup and design, this one is about identifying and fixing what’s already built. If Domain 2 was implementation and Domain 3 was operation, this domain is where the rubber meets the road.
You’ll also be introduced to common tools, processes, and structured methods that help you logically step through a network issue. The goal is not just to guess the fix, but to isolate the problem, test assumptions, and document your actions. This is the real-world part of networking—where things go wrong and you make them right.
Episode 160: Detection Methods and Prevention through Training
Security tools can’t catch every threat—but informed users often can. This episode looks at the balance between technical detection methods and user-driven prevention. We start by examining detection tools like …
Show notes
Security tools can’t catch every threat—but informed users often can. This episode looks at the balance between technical detection methods and user-driven prevention. We start by examining detection tools like antivirus, IDS/IPS, SIEM platforms, and anomaly-based monitoring. You’ll learn how these systems generate alerts, how tuning reduces false positives, and how incident escalation paths are defined.
We then turn to user training: simulated phishing campaigns, password best practices, and regular awareness sessions. Employees are the first line of defense in many attacks, and effective training programs reduce click-through rates, credential leaks, and shadow IT risk. This episode ties together human and technical defenses for a more resilient organization.
Episode 159: Physical Security Fundamentals — Access Control and Asset Disposal
While cyber defenses are critical, physical security is just as important. In this episode, we explain how physical access controls protect infrastructure from unauthorized tampering, theft, or sabotage. You’ll …
Show notes
While cyber defenses are critical, physical security is just as important. In this episode, we explain how physical access controls protect infrastructure from unauthorized tampering, theft, or sabotage. You’ll learn about badge systems, biometrics, mantraps, camera placement, and hardware locks. These controls help restrict access to wiring closets, server rooms, and device enclosures.
We also cover secure asset disposal practices such as drive wiping, degaussing, shredding, and certificate documentation. Disposing of equipment improperly can lead to data leakage and compliance violations. This episode reinforces the idea that network security must include the physical realm—from building entry to hardware end-of-life procedures.
Episode 158: Advanced Wireless Security — MAC Filters, Client Isolation, and Captive Portals
Wireless networks require layered security controls to keep unauthorized users out and ensure a clean client experience. In this episode, we cover advanced wireless protections including MAC filtering, client …
Show notes
Wireless networks require layered security controls to keep unauthorized users out and ensure a clean client experience. In this episode, we cover advanced wireless protections including MAC filtering, client isolation, and captive portals. MAC filtering adds a basic layer of access control by allowing or denying clients based on their hardware addresses, though it must be combined with other controls for true security.
We also discuss client isolation, which prevents wireless clients on the same SSID from communicating with each other—a useful feature in public or guest networks. Finally, we explain captive portals and how they enforce policy acceptance, credential entry, or billing before granting full internet access. These tools are common in enterprise, hospitality, and campus deployments, and understanding them helps secure wireless deployments with more than just a password.
Episode 157: Firewall Rules and ACL Management
Firewalls and access control lists are the gatekeepers of your network, and understanding how to configure them correctly is essential. This episode explains how to structure firewall rules and ACLs (Access …
Show notes
Firewalls and access control lists are the gatekeepers of your network, and understanding how to configure them correctly is essential. This episode explains how to structure firewall rules and ACLs (Access Control Lists) using principles like implicit deny, least privilege, and rule order. You'll learn how rules are evaluated top-down and why a misplaced permit or deny can either expose sensitive systems or unintentionally block legitimate traffic.
We cover standard vs. extended ACLs, how to apply them to inbound vs. outbound traffic, and best practices like logging, naming, and change documentation. Troubleshooting ACL behavior is also discussed, with a focus on rule testing and log interpretation. This episode equips you with the skills to both lock down traffic and troubleshoot configuration issues with confidence.
Episode 156: Hardening Network Devices — Interfaces, Passwords, and Firmware Management
Securing the network starts with securing its devices. In this episode, we focus on hardening best practices for routers, switches, and firewalls. This includes disabling unused interfaces, enforcing strong …
Show notes
Securing the network starts with securing its devices. In this episode, we focus on hardening best practices for routers, switches, and firewalls. This includes disabling unused interfaces, enforcing strong password policies, and limiting access with ACLs and administrative timeouts. We also explore remote access security—ensuring SSH replaces Telnet, enabling HTTPS instead of HTTP, and monitoring logins for anomalies.
Firmware and software vulnerabilities are common attack vectors, so we also discuss version control, patch scheduling, and rollback planning. You’ll learn how to establish a secure configuration baseline and maintain it through automated compliance checks. This episode is essential for keeping infrastructure components secure and aligned with organizational policies.
These are the latest 60 of 185 episodes. You’ll find older episodes in the podcast’s feed.
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