Name
Changing the Wheel While Driving: Modern Strategies for Updating Production Systems
Description
In the high-speed world of technology, the task of updating a production system while it remains operational is comparable to the daring feat of changing a wheel on a moving vehicle. The following lecture is a meticulously crafted lecture that delves into this vital and complex aspect of software engineering. Targeted towards software engineers, IT professionals, and system administrators, this lecture demystifies the intricacies involved in updating live production systems without causing downtime. It aims to equip attendees with advanced strategies, practical insights, and real-world examples, ensuring they are prepared to handle the challenges of modern-day system maintenance.
Dor Amram
Date & Time
Thursday, July 25, 2024, 3:45 PM - 5:00 PM
Location Name
Texas 1
Session Type
Talk
Track
Technology for All
Learning Level
Experienced
Learning Objectives
1. Master Advanced Strategies for Live System Updates: Gain an in-depth understanding of innovative strategies to update production systems in real-time, ensuring operational continuity and minimizing downtime.

2. Enhance Cross-Functional Team Efficiency: Learn how to effectively coordinate and collaborate within cross-functional teams, including software engineers, IT professionals, and system administrators, to implement seamless system updates.

3. Apply Practical Insights to Real-World Challenges: Acquire practical insights and examples to tackle real-world challenges in system maintenance, enhancing your ability to maintain and improve production systems in a fast-paced technological environment.

4. Adopt Agile Principles in Technology Maintenance: Understand how to integrate Agile principles into technology maintenance and system updates, fostering a more adaptive and responsive IT infrastructure.

5. Evaluate and Improve System Update Processes: Learn to critically evaluate and refine your organization's system update processes, leading to increased efficiency, reduced risk, and enhanced system reliability.