BEGIN:VCALENDAR VERSION:2.0 PRODID:Events Booking BEGIN:VEVENT UID:6a8d52012a538 SUMMARY:Cisco Secure Workload Hands-on Workshop (private) DESCRIPTION:Cisco Secure Workload Zero Trust Virtual Hands-On Workshop Ex clusive Training for US Federal Government IT Professionals📅 Workshop D etails    •    Date: September 14\, 2026    •    Time: 10:00 A M – 2:00 PM CDT    •    Target Audience: US Federal Government IT\ , Cybersecurity\, and Network Operations Personnel    •    Solution Focus: Cisco Secure Workload  🛡️ Executive Summary &\; Overview Federal agencies are mandated to accelerate Zero Trust Architecture (ZT A) adoption to protect critical government assets against evolving cyber t hreats. This virtual hands-on workshop is customized for Federal IT profes sionals looking to operationalize micro-segmentation\, gain deep workload- level visibility\, and leverage automation for threat mitigation. In thi s interactive session\, participants will use Cisco Secure Workload to pro tect a live multi-tier invoicing application. With software agents already installed on the target workloads\, attendees can immediately dive into a utomated policy discovery\, runtime telemetry analysis\, and zero-trust en forcement without spending valuable lab time provisioning infrastructure. The workshop also give attendees valuable hands-on experience before evalu ating the solution in their own environment At the end of the session th ere will be an engaging discussion about how this would fit in your networ k.  A sample protected application can be NASA's Access Management System (NAMS) from a network\, user\, and host perspective. 🧭 Hands-On Work shop Agenda 1. UI Navigation &\; Visibility    •    Portal Tour : Navigate the centralized Security Cloud Control platform.     •    Deep Telemetry: Examine how software agents capture granular runtime tel emetry\, including CPU monitoring\, process snapshots\, and real-time vuln erability tracking.  2. AI-Driven Policy Discovery    •    Applicat ion Dependency Mapping (ADM): Leverage unsupervised machine learning to au tomatically analyze application behaviors and communication patterns.     •    Automated Recommendations: Learn how Secure Workload uses flow data to suggest precise\, least-privilege security policies.  3. Policy Analysis &\; Visualization    •    Micro-Segmentation Mapping: Vi sualize complex application dependency boundaries.    •    Interacti ve Views: Utilize \"List\" and \"Graph\" views to interpret complex connec tion rules\, validate communication channels\, and confirm compliance path s. 4. Zero-Trust Enforcement    •    Traffic Simulation: Test disc overed allow-list policies against live application traffic in a staging e nvironment.     •    Escaped Flow Analysis: Identify unauthorized o r unexpected communications (\"escaped\" flows) and transition smoothly fr om passive monitoring to active\, line-rate enforcement. 5. Agentless Cl oud Segmentation    •    Hybrid Cloud Extension: Scale Zero Trust se curity to public cloud environments (such as AWS and Amazon EKS).    •    Native Integration: Discover how to extend protection without deploy ing host-based agents by leveraging native cloud infrastructure controls. 6. Advanced Forensics &\; Security Dashboards    •    Threat Mo nitoring: Navigate the Security Dashboard to track vulnerability scores\, CVE details\, and network anomalies.     •    MITRE ATT&\;CK Ali gnment: Correlate forensic events with the MITRE ATT&\;CK framework to quickly identify\, isolate\, and halt \"bad actors\" in real-time. 7. Li ve Discussion     •  Real-world use case walkthrough 🎯 Key Tak eaways &\; Federal Value By the end of this 4-hour workshop\, partici pants will know how to:     •    Implement a comprehensive Zero-Tr ust micro-segmentation model across hybrid and multi-cloud federal archite ctures.     •    Systematically reduce the attack surface for both legacy servers and containerized applications.     •    Streamline compliance reporting and automated threat detection to meet stringent fede ral cybersecurity requirements.      DTSTART:20260914T150000Z DTEND:20260914T190000Z DTSTAMP:20260817T230128Z ORGANIZER;CN=Cisco Security Workshops:MAILTO:no-reply@ciscosecurityworkshop .com END:VEVENT END:VCALENDAR