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            <summary>Pre-conference class I: Core Wireshark Skills for Network Engineers and Security Pros</summary>
            <description>Throughout this course, we are going to look at real-world examples of how to practically use Wireshark to solve network problems and isolate cybersecurity incidents. This skill will help AllOps (NetOps, SecOps, DevOps) engineers to improve in their analysis and troubleshooting skills. Labs have been designed to give real-world, hands-on experience with protocols using Wireshark.

While learning the art of packet analysis, we will also explore the Wireshark interface, configure custom columns, filters, and coloring rules, learning how to customize the layout so we can spot problems quickly. This course will give you comfort with the Wireshark interface and the experience you need to understand core protocols.

In this course, we bring real-world examples to every lecture, exercise, and course assignment. We&#x27;re not much of a slide-deck kind of instructors. Too boring. Our goal is to have your hands on the first pcap within 5 minutes of the first day and not let up until the final bell.

So, you ready Packet People? Let&#x27;s dig!</description>
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            <summary>Pre-conference class I: Core Wireshark Skills for Network Engineers and Security Pros</summary>
            <description>Throughout this course, we are going to look at real-world examples of how to practically use Wireshark to solve network problems and isolate cybersecurity incidents. This skill will help AllOps (NetOps, SecOps, DevOps) engineers to improve in their analysis and troubleshooting skills. Labs have been designed to give real-world, hands-on experience with protocols using Wireshark.

While learning the art of packet analysis, we will also explore the Wireshark interface, configure custom columns, filters, and coloring rules, learning how to customize the layout so we can spot problems quickly. This course will give you comfort with the Wireshark interface and the experience you need to understand core protocols.

In this course, we bring real-world examples to every lecture, exercise, and course assignment. We&#x27;re not much of a slide-deck kind of instructors. Too boring. Our goal is to have your hands on the first pcap within 5 minutes of the first day and not let up until the final bell.

So, you ready Packet People? Let&#x27;s dig!</description>
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            <summary>Check-In &amp; Badge Pick-Up + Breakfast</summary>
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            <pentabarf:title>Pre-conference class II: Wireshark Filtering Masterclass</pentabarf:title>
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            <dtstart>20240617T090000</dtstart>
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            <summary>Pre-conference class II: Wireshark Filtering Masterclass</summary>
            <description></description>
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            <category>Pre Conference Class</category>
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            <location>Potomac Ballroom</location>
            
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            <pentabarf:title>SharkFest&#x27;24 US Welcome Dinner &amp; Sponsor Showcase</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240617T180000</dtstart>
            <dtend>20240617T203000</dtend>
            <duration>023000</duration>
            <summary>SharkFest&#x27;24 US Welcome Dinner &amp; Sponsor Showcase</summary>
            <description></description>
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            <category>Dinner</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/P8WPHS/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Wireshark Foundation</attendee>
            
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            <pentabarf:title>Check-In &amp; Badge Pick-Up + Breakfast</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240617T080000</dtstart>
            <dtend>20240617T090000</dtend>
            <duration>010000</duration>
            <summary>Check-In &amp; Badge Pick-Up + Breakfast</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Organization</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/HCSU3J/</url>
            <location>Great Falls</location>
            
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            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240617T130000</dtstart>
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            <duration>050000</duration>
            <summary>Check-In &amp; Badge Pick-Up</summary>
            <description></description>
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            <pentabarf:event-slug>-HCSU3J</pentabarf:event-slug>
            <pentabarf:title>Check-In &amp; Badge Pick-Up + Breakfast</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T080000</dtstart>
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            <summary>Check-In &amp; Badge Pick-Up + Breakfast</summary>
            <description></description>
            <class>PUBLIC</class>
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            <category>Organization</category>
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            <attendee>Wireshark Foundation</attendee>
            
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            <pentabarf:event-slug>-LKYCSK</pentabarf:event-slug>
            <pentabarf:title>Keynote: &quot;... So that&#x27;s what we did!</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T090000</dtstart>
            <dtend>20240618T100000</dtend>
            <duration>010000</duration>
            <summary>Keynote: &quot;... So that&#x27;s what we did!</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Organization</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/LKYCSK/</url>
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            <attendee>Gerald Combs</attendee>
            
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            <uid>YZ7JSH@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-YZ7JSH</pentabarf:event-slug>
            <pentabarf:title>Finding Duplications with Wireshark</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T101500</dtstart>
            <dtend>20240618T111500</dtend>
            <duration>010000</duration>
            <summary>Finding Duplications with Wireshark</summary>
            <description>When you troubleshoot or investigate network and security problems, duplications are good indicators to find the clues. We use Wireshark and CLI tools to find, recognize and dissect the network/security anomalies to solve the issues. Duplications exist in every layer in a trace file, so we follow each layer to check protocol-specified troubleshooting points.
  In this session, you can learn how to find duplications in each layer of a trace file, the meanings implied by duplications in the trace with TIPS and tricks of TIPS display filters and major plugins of Wireshark/tshark.
 We troubleshoot and investigate the issues using ARP/IP/TCP and major basic protocols. Duplications is one of the best anomalies to understand the packets.</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/YZ7JSH/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Megumi Takeshita</attendee>
            
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            <pentabarf:title>3GPP and me! A walk through of mobility</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T114500</dtstart>
            <dtend>20240618T124500</dtend>
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            <summary>3GPP and me! A walk through of mobility</summary>
            <description>Look through a few key 3GPP docs that describe mobility call flow. Along with a couple packet walks through mobility events, and VoLTE.</description>
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            <url>https://conference.wireshark.org/sharkfest-24-us/talk/JC79QQ/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Mark Stout</attendee>
            
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            <pentabarf:event-slug>-3TSNZP</pentabarf:event-slug>
            <pentabarf:title>Using Wireshark to Solve Real Problems for Real People</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T140000</dtstart>
            <dtend>20240618T150000</dtend>
            <duration>010000</duration>
            <summary>Using Wireshark to Solve Real Problems for Real People</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/3TSNZP/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Kary Rogers</attendee>
            
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            <pentabarf:event-slug>-WEFE9J</pentabarf:event-slug>
            <pentabarf:title>Gotta catch &#x27;em all! A field test of portable gigabit taps</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T153000</dtstart>
            <dtend>20240618T163000</dtend>
            <duration>010000</duration>
            <summary>Gotta catch &#x27;em all! A field test of portable gigabit taps</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Workshop</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/WEFE9J/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Sake Blok</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>YLHUXH@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-YLHUXH</pentabarf:event-slug>
            <pentabarf:title>Cloud doesn’t have Packets!</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T171500</dtstart>
            <dtend>20240618T181500</dtend>
            <duration>010000</duration>
            <summary>Cloud doesn’t have Packets!</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/YLHUXH/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Stephen Donnelly</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>QF3NMZ@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-QF3NMZ</pentabarf:event-slug>
            <pentabarf:title>Sponsor Technology Showcase Reception, Treasure Hunt &amp; Dinner</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T183000</dtstart>
            <dtend>20240618T203000</dtend>
            <duration>020000</duration>
            <summary>Sponsor Technology Showcase Reception, Treasure Hunt &amp; Dinner</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Dinner</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/QF3NMZ/</url>
            <location>Potomac Ballroom</location>
            
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            <uid>HCSU3J@@conference.wireshark.org</uid>
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            <pentabarf:event-slug>-HCSU3J</pentabarf:event-slug>
            <pentabarf:title>Check-In &amp; Badge Pick-Up + Breakfast</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T080000</dtstart>
            <dtend>20240618T090000</dtend>
            <duration>010000</duration>
            <summary>Check-In &amp; Badge Pick-Up + Breakfast</summary>
            <description></description>
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            <status>CONFIRMED</status>
            <category>Organization</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/HCSU3J/</url>
            <location>Great Falls</location>
            
            <attendee>Wireshark Foundation</attendee>
            
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            <uid>MAC3GH@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-MAC3GH</pentabarf:event-slug>
            <pentabarf:title>Real-world post-quantum TLS</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T101500</dtstart>
            <dtend>20240618T111500</dtend>
            <duration>010000</duration>
            <summary>Real-world post-quantum TLS</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/MAC3GH/</url>
            <location>Great Falls</location>
            
            <attendee>Peter Wu</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>Q97GAJ@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-Q97GAJ</pentabarf:event-slug>
            <pentabarf:title>Monitoring and Troubleshooting Without Packet Traces</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T114500</dtstart>
            <dtend>20240618T124500</dtend>
            <duration>010000</duration>
            <summary>Monitoring and Troubleshooting Without Packet Traces</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/Q97GAJ/</url>
            <location>Great Falls</location>
            
            <attendee>Chris Hull</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>FA7AET@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-FA7AET</pentabarf:event-slug>
            <pentabarf:title>Bake your own Pi: Building a TLS Decrypting Wireless Traffic Sniffer</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T140000</dtstart>
            <dtend>20240618T150000</dtend>
            <duration>010000</duration>
            <summary>Bake your own Pi: Building a TLS Decrypting Wireless Traffic Sniffer</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/FA7AET/</url>
            <location>Great Falls</location>
            
            <attendee>Ross Bagurdes</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>MNZ3XQ@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-MNZ3XQ</pentabarf:event-slug>
            <pentabarf:title>Wireshark plus Advanced Analytics – Better Together (2 part session)</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T153000</dtstart>
            <dtend>20240618T170000</dtend>
            <duration>013000</duration>
            <summary>Wireshark plus Advanced Analytics – Better Together (2 part session)</summary>
            <description>Join us for a troubleshooting deep dive into solving a difficult problem occurring within Webex login from 2018, known as the 98% hang condition.  We’ll showcase how the partnership of Wireshark and Advanced Analytics can be leveraged to quickly isolate the fault domain.  Captures will be provided for use during the session.  Session is half presentation and half hands-on lab with Wireshark.</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Workshop</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/MNZ3XQ/</url>
            <location>Great Falls</location>
            
            <attendee>John Pittle</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>MNZ3XQ@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-MNZ3XQ</pentabarf:event-slug>
            <pentabarf:title>Wireshark plus Advanced Analytics – Better Together (2 part session)</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240618T171500</dtstart>
            <dtend>20240618T181500</dtend>
            <duration>010000</duration>
            <summary>Wireshark plus Advanced Analytics – Better Together (2 part session)</summary>
            <description>Join us for a troubleshooting deep dive into solving a difficult problem occurring within Webex login from 2018, known as the 98% hang condition.  We’ll showcase how the partnership of Wireshark and Advanced Analytics can be leveraged to quickly isolate the fault domain.  Captures will be provided for use during the session.  Session is half presentation and half hands-on lab with Wireshark.</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Workshop</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/MNZ3XQ/</url>
            <location>Great Falls</location>
            
            <attendee>John Pittle</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>XUGLCD@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-XUGLCD</pentabarf:event-slug>
            <pentabarf:title>Panel Discussion: Steering the Wireshark project into the future</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T090000</dtstart>
            <dtend>20240619T100000</dtend>
            <duration>010000</duration>
            <summary>Panel Discussion: Steering the Wireshark project into the future</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Organization</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/XUGLCD/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Roland Knall</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>7VVHAW@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-7VVHAW</pentabarf:event-slug>
            <pentabarf:title>Enhancing Wi-Fi Networks with AI: A Deep Dive into Machine Learning for Wi-Fi Health Checks</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T101500</dtstart>
            <dtend>20240619T114500</dtend>
            <duration>013000</duration>
            <summary>Enhancing Wi-Fi Networks with AI: A Deep Dive into Machine Learning for Wi-Fi Health Checks</summary>
            <description>Incorporating AI into Wi-Fi health monitoring is vital for sustaining robust connectivity, essential for remote work, online learning, telehealth services, and digital entertainment in homes. Improved Wi-Fi network performance and reliability lead to enhanced productivity and satisfaction across various societal sectors and family environments. By minimizing network disruptions, ML-driven Wi-Fi Health Checks contribute to a seamless digital experience, supporting the ever-increasing reliance on Internet connectivity in both public and private spheres.

&lt;b&gt;Outcomes: &lt;/b&gt;
Participants will gain practical experience with ML models and techniques for analyzing and optimizing Wi-Fi networks. They will:
- Understand case studies demonstrating the successful application of ML in boosting Wi-Fi network efficiency and reliability.
- Learn to identify relevant Wi-Fi network features to detect interference and congestion.
- Analyze data and metrics to make strategic decisions for network improvement.
- Apply ML algorithms to detect a decrease in the quality of experience for network users.
After completing the course, attendees will possess a good understanding of the application of machine learning in improving Wi-Fi network health and performance across different environments. They will receive a certificate of completion.

&lt;b&gt;Prerequisites: &lt;/b&gt;
- Basic knowledge of Python and Python libraries management (pip)
- Internet connection during the course
- A Google Colab account</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Restricted Workshop (requires registration for attending)</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/7VVHAW/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Murat Bilgic</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>ULCCTM@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-ULCCTM</pentabarf:event-slug>
            <pentabarf:title>Will QUIC Kill TCP?</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T120000</dtstart>
            <dtend>20240619T130000</dtend>
            <duration>010000</duration>
            <summary>Will QUIC Kill TCP?</summary>
            <description>Will QUIC kill TCP? 

Let&#x27;s find out why this new protocol was needed and what challenges it helps to overcome. In this hands on session, we will decrypt QUIC and dig into how it ensures reliable delivery of data, while mitigating some of the challenges presented by TCP in modern networks. 

Beginners welcome. You know the deal, just bring a copy of Wireshark!</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/ULCCTM/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Chris Greer</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>7HSVER@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-7HSVER</pentabarf:event-slug>
            <pentabarf:title>The Packet Doctors are in! Packet trace examinations with the experts</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T140000</dtstart>
            <dtend>20240619T153000</dtend>
            <duration>013000</duration>
            <summary>The Packet Doctors are in! Packet trace examinations with the experts</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Long Workshop</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/7HSVER/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Jasper Bongertz</attendee>
            
            <attendee>Ross Bagurdes</attendee>
            
            <attendee>Sake Blok</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>XZ8YJY@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-XZ8YJY</pentabarf:event-slug>
            <pentabarf:title>Filters from a novice; Back to the Basics</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T154500</dtstart>
            <dtend>20240619T164500</dtend>
            <duration>010000</duration>
            <summary>Filters from a novice; Back to the Basics</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/XZ8YJY/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Karinne Bessette</attendee>
            
            <attendee>Kirsten Stoner</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>KBGMWL@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-KBGMWL</pentabarf:event-slug>
            <pentabarf:title>Smart Networks: Automating Analysis and Troubleshooting with AI Chatbots</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T170000</dtstart>
            <dtend>20240619T174500</dtend>
            <duration>004500</duration>
            <summary>Smart Networks: Automating Analysis and Troubleshooting with AI Chatbots</summary>
            <description>Join us at SharkFest US for a focused session on leveraging Python scripting and AI-driven chatbots to revolutionize network troubleshooting and analysis. This presentation is crafted for network engineers at all levels - from those frequently addressing basic user queries to experts analyzing complex network issues.

**Key Highlights:**

- **Python Scripting for Network Analysis:** Discover how to automate the analysis of network traffic with Python, simplifying the identification of issues and enhancing network performance monitoring.

- **AI-Driven Chatbots for Troubleshooting:** Learn about the creation and deployment of an AI chatbot designed to field common network-related questions. This tool aids in reducing the workload on engineers by providing quick, accurate responses to user inquiries, from simple connectivity issues to advanced network diagnostics.

- **Accessibility and Simplicity:** Our approach emphasizes ease of use, making these advanced troubleshooting tools accessible to engineers regardless of their coding background. The session aims to demystify the integration of AI and network analysis, showcasing practical applications that can be implemented immediately.

- **Resources Provided:** All attendees will receive comprehensive access to the code and scripts demonstrated during the talk, allowing for easy implementation and customization in their own network environments.

This session is a must-attend for network professionals seeking to enhance their troubleshooting capabilities with the latest advancements in technology. Whether you&#x27;re looking to streamline your workflow, reduce response times to user queries, or deepen your network analysis, this talk will provide valuable insights and practical tools to elevate your network management strategy.

**Join us to transform your approach to network troubleshooting and security with AI and Python.**</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Long Workshop</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/KBGMWL/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Roland Knall</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>RDCTBH@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-RDCTBH</pentabarf:event-slug>
            <pentabarf:title>Wireshark Foundation Sponsorships</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T174500</dtstart>
            <dtend>20240619T181500</dtend>
            <duration>003000</duration>
            <summary>Wireshark Foundation Sponsorships</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/RDCTBH/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Roland Knall</attendee>
            
            <attendee>Gerald Combs</attendee>
            
            <attendee>Sheri Najafi</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>MGTV3M@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-MGTV3M</pentabarf:event-slug>
            <pentabarf:title>Sponsor Technology Showcase &amp; Dinner</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T183000</dtstart>
            <dtend>20240619T203000</dtend>
            <duration>020000</duration>
            <summary>Sponsor Technology Showcase &amp; Dinner</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Dinner</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/MGTV3M/</url>
            <location>Potomac Ballroom</location>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>YGHKAM@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-YGHKAM</pentabarf:event-slug>
            <pentabarf:title>TCP Retransmissions - How many is &quot;too&quot; many?</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T101500</dtstart>
            <dtend>20240619T111500</dtend>
            <duration>010000</duration>
            <summary>TCP Retransmissions - How many is &quot;too&quot; many?</summary>
            <description>Bring your laptops! This talk will be an interactive analysis of anonymized pcap files from real client cases. Walk away with insights to pinpoint the root cause of packet loss and the accompanying slowdowns.

Please download my TCP profile from https://gitlab.com/WiresharkProfiles/profiles and add it to your Wireshark. How to instructions are on the page.  Thanks!</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Workshop</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/YGHKAM/</url>
            <location>Great Falls</location>
            
            <attendee>Betty DuBois</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>YJZGZG@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-YJZGZG</pentabarf:event-slug>
            <pentabarf:title>Passive Fingerprinting Methods for IoT Profiling</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T114500</dtstart>
            <dtend>20240619T124500</dtend>
            <duration>010000</duration>
            <summary>Passive Fingerprinting Methods for IoT Profiling</summary>
            <description>The Internet of Things (IoT) has revolutionized the way we live and work, but it has also created significant challenges for network security and asset management. Most businesses have a blind spot when it comes to IoT devices, which creates an opportunity for attackers. Lacking sufficient visibility and control, these devices provide an easy and inconspicuous way for attackers to infiltrate a network.
With a vast array of devices, identifying what devices are running in the network has become a critical issue for organizations. Software agents have been the standard way to collect this information, but for embedded and IoT devices, it’s not always possible to install them. An effective solution to this problem lies in passive fingerprinting, which involves matching uniquely identifying patterns in the host’s network traffic and classifying it accordingly.

In this talk, we will explore how various protocols from different layers of the OSI model can be used to provide information about the device and its operating system. Attendees can expect to gain valuable insights into the practical application of this technique and how it can enhance their organization’s security posture.</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/YJZGZG/</url>
            <location>Great Falls</location>
            
            <attendee>Asaf Fried</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>UJRMED@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-UJRMED</pentabarf:event-slug>
            <pentabarf:title>Dissector developer design notes</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T154500</dtstart>
            <dtend>20240619T164500</dtend>
            <duration>010000</duration>
            <summary>Dissector developer design notes</summary>
            <description>As a core developer I get to see a lot of dissector code, in the form of merge requests, during investigation of bugs, or written by myself. While working on this code I often come across designs which are not optimal for the purpose they serve. This may have to do with the use of poor examples, missing insight into how the packet dissection process really works or lack of understanding of the protocols at hand. Either way more knowledge and insight will hopefully help you to create better dissectors.</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/UJRMED/</url>
            <location>Great Falls</location>
            
            <attendee>Jaap Keuter</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>8HHHRQ@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-8HHHRQ</pentabarf:event-slug>
            <pentabarf:title>An API-Driven approach to automating packet captures in cloud-native systems</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240619T170000</dtstart>
            <dtend>20240619T180000</dtend>
            <duration>010000</duration>
            <summary>An API-Driven approach to automating packet captures in cloud-native systems</summary>
            <description>Step-by-Step Workflow:

1. Detection: Falco, designed specifically for cloud-native environments like Kubernetes, monitors the environment for suspicious activity and potential threats. It is finely tuned to understand Kubernetes&#x27; context, making it adept at spotting Indicators of Compromise (IoCs). 
Let’s say, for example, it triggers a detection for specific anomalous network traffic to a C2 server or botnet endpoints.

2. Automating tshark: Upon detection of an IoC, Falco sends a webhook to the Falco Talon backend. 
Talon has many no-code response actions, but one of these actions allows users to trigger arbitrary scripts. 
This trigger can be context-aware from the metadata associated with the Falco alert, allowing for a tshark command to be automatically initiated with metadata context specific to the incident.

3. Contextual Packet Capturing: Finally, a PCAP file is generated for a few seconds with tailored context. 
In the case of a suspicious TCP traffic alert from Falco, we can filter tshark command for just TCP activity. 
In the case of a botnet endpoint detection, let’s track all traffic filtered specifically to/from that botnet endpoint. 
Falco Talon in each of these scenarios initiates a tshark capture tailored to the exact network context of the alert. 
This means capturing traffic only from the relevant pod, container, or process implicated in active security incidents.

4. Improved Analysis: Finally, the captured data is then immediately available for deeper analysis, providing security teams with the precise information needed to respond effectively to the incident. This is valuable for Digital Forensics &amp; Incident Response (DFIR) efforts, but also in maintaining regulatory compliance by logging context specific to security incidents in production.</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/8HHHRQ/</url>
            <location>Great Falls</location>
            
            <attendee>Nigel Douglas</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>SB3MX9@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-SB3MX9</pentabarf:event-slug>
            <pentabarf:title>SharkBytes</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240620T090000</dtstart>
            <dtend>20240620T100000</dtend>
            <duration>010000</duration>
            <summary>SharkBytes</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Organization</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/SB3MX9/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Wireshark Foundation</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>XJEPRA@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-XJEPRA</pentabarf:event-slug>
            <pentabarf:title>Get comfy with TCP handshakes</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240620T101500</dtstart>
            <dtend>20240620T111500</dtend>
            <duration>010000</duration>
            <summary>Get comfy with TCP handshakes</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/XJEPRA/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Chris Greer</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>7XHY9S@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-7XHY9S</pentabarf:event-slug>
            <pentabarf:title>Advanced TCP Troubleshooting</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240620T114500</dtstart>
            <dtend>20240620T124500</dtend>
            <duration>010000</duration>
            <summary>Advanced TCP Troubleshooting</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/7XHY9S/</url>
            <location>Potomac Ballroom</location>
            
            <attendee>Jasper Bongertz</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>8ERDZL@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-8ERDZL</pentabarf:event-slug>
            <pentabarf:title>Closing Remarks and Farewell reception</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240620T130000</dtstart>
            <dtend>20240620T150000</dtend>
            <duration>020000</duration>
            <summary>Closing Remarks and Farewell reception</summary>
            <description></description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Organization</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/8ERDZL/</url>
            <location>Potomac Ballroom</location>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>CUEN3E@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-CUEN3E</pentabarf:event-slug>
            <pentabarf:title>Using Packets to Guide Server Optimization</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240620T101500</dtstart>
            <dtend>20240620T111500</dtend>
            <duration>010000</duration>
            <summary>Using Packets to Guide Server Optimization</summary>
            <description>The internet operates using standards, and these standards were developed, debated, and ratified with the entirety of the internet in mind. But are these standards ideal for your environment?

The largest internet companies tune their servers to operate best in the environments they maintain. That tight control lets them reduce application response times even when latency might be high.

We will use packet captures to identify application traffic patterns and active network conditions, and we’ll explore options to customize how servers put data on the network to fit the application and the network.

Slides and captures available on Github: https://github.com/je-clark/sf24us_infrastructure_optimization</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Presentation</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/CUEN3E/</url>
            <location>Great Falls</location>
            
            <attendee>Josh Clark</attendee>
            
        </vevent>
        
        <vevent>
            <method>PUBLISH</method>
            <uid>XQG3XN@@conference.wireshark.org</uid>
            <pentabarf:event-id></pentabarf:event-id>
            <pentabarf:event-slug>-XQG3XN</pentabarf:event-slug>
            <pentabarf:title>Three-dimensional display filters with MATE</pentabarf:title>
            <pentabarf:subtitle></pentabarf:subtitle>
            <pentabarf:language>en</pentabarf:language>
            <pentabarf:language-code>en</pentabarf:language-code>
            <dtstart>20240620T114500</dtstart>
            <dtend>20240620T124500</dtend>
            <duration>010000</duration>
            <summary>Three-dimensional display filters with MATE</summary>
            <description>A recent Discord question: &quot;where the Time column&#x27;s exact same value repeats at least 10 times&quot;

Could be done with TShark fields piped to `sort` and `uniq -c` then check for values &gt;= 10.
Or a half-dozen lines of MATE config and a display filter of `mate.frame_ses.NumOfPdus &gt;= 10`.

The future may be LUA, but MATE still exists. MATE config files are often a single screen of code.
Knowing when to walk away and write a Lua script is the tough part. Hopefully you will see just enough useful examples in this session so that in the future you might attempt filtering with MATE.</description>
            <class>PUBLIC</class>
            <status>CONFIRMED</status>
            <category>Short Workshop</category>
            <url>https://conference.wireshark.org/sharkfest-24-us/talk/XQG3XN/</url>
            <location>Great Falls</location>
            
            <attendee>Chuck Craft</attendee>
            
        </vevent>
        
    </vcalendar>
</iCalendar>
