Ayesha Kaleem
Site Reliability Engineer
Berlin, Germany
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I am a Site Reliability Engineer (SRE) and Kubernetes enthusiast with extensive experience in ensuring complex systems' reliability, scalability, and performance. I specialize in deploying and managing Kubernetes clusters, optimizing infrastructure, and automating processes.
With a strong foundation in SRE principles and DevOps practices, I thrive in fast-paced environments and am committed to continuous learning and innovation. I am also an active contributor to the tech community, sharing my knowledge through talks and workshops.
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Kubernetes Operators
Kubernetes is designed for automation. Out of the box, you get lots of built-in automation from the core of Kubernetes. You can use Kubernetes to automate deploying and running workloads, and you can automate how Kubernetes does that.
Gentle Introduction to eBPF
eBPF (Extended Berkeley Packet Filter) is the hottest technology now a day and it makes talking to the Linux kernel far easier without actually changing the kernel itself. Now it is possible to make additional changes to the kernel related to security, networking, and observability.
As an eBPF program is loaded into the kernel, a verifier ensures that it is safe to run, and rejects it if not. Once loaded, an eBPF the program needs to be attached to an event so that whenever the event happens, the program is triggered.
eBPF allows us to collect customized information about how an app is behaving without having to change the app in any way, by observing it from within the kernel. We can build on this observability to create eBPF security tools that detect or even prevent malicious activity within the kernel. And we can develop powerful, high-performance networking capabilities with eBPF, handling network packets within the kernel and avoiding costly transitions to and from user space.
eBPF programming is incredibly powerful, but it’s also complex. For most of us, the utility of eBPF is going to come not from writing programs ourselves but from using tools created by others. There are an increasing number of projects and vendors building on the eBPF platform to create a new generation of tooling, covering observability, security, networking, and more.
Container Security with Falco: A Quick Start Guide
Dive into the essentials of container runtime security using Falco, an open-source tool designed for cloud-native environments. From understanding its architecture to practical implementation and real-world use cases, this talk aims to provide a concise yet comprehensive guide for securing your containerized applications.
Agenda:
Introduction to Container Runtime Security
Brief overview of container security challenges.
Falco Unveiled
Introduction to Falco and its role in container security.
A quick look at Falco's architecture.
Key Features and Real-time Threat Detection
Highlighting Falco's real-time threat detection capabilities.
Creating and implementing security policies.
Installation and Configuration
Step-by-step guide on installing and configuring Falco in various orchestration platforms.
Use Cases and Best Practices
Practical examples showcasing Falco in action.
Tips for optimizing Falco and integrating with other security tools.
Target Audience:
DevOps engineers, system administrators, security professionals, and anyone involved in containerized application development and deployment.
Expected Outcomes:
Participants will gain a quick yet solid understanding of container runtime security principles, enabling them to implement Falco effectively for enhanced container security.
Conclusion:
Secure your containerized applications swiftly with Falco. This talk provides a streamlined approach to empower attendees with the knowledge and tools needed for robust container runtime security.
Azure PostgreSQL Flexible Server: A Guided Exploration
Explore the power of Azure Database for PostgreSQL Flexible Server in our upcoming talk. This session aims to provide a quick but insightful dive into Azure's Flexible Server, covering key features, setup, migration strategies, performance optimization, and real-world use cases.
**Agenda:**
1. **Introduction and Key Features:**
- Overview of Azure's Flexible Server and its unique features.
2. **Quick Start:**
- Step-by-step guide to setting up an Azure Database for PostgreSQL Flexible Server instance.
3. **Migration and Optimization:**
- Best practices for migrating databases and optimizing performance.
4. **High Availability and Security:**
- Overview of built-in high availability and security features.
5. **Real-world Experiences:**
- Sharing use cases and experiences with Azure Flexible Server.
6. **Community and Q&A:**
- Explore Azure's community and support channels.
- Q&A session to address audience queries.
**Target Audience:**
Database administrators, developers, cloud architects, and IT professionals.
**Expected Outcomes:**
Participants will gain a quick but comprehensive understanding of Azure's Flexible Server, empowering them to harness its capabilities effectively.
**Conclusion:**
Join us for a concise journey into Azure Database for PostgreSQL Flexible Server, offering valuable insights and practical tips for successful cloud database deployment.
WeAreDevelopers World Congress 2023 Sessionize Event
DevBcn 2023 Sessionize Event
Ayesha Kaleem
Site Reliability Engineer
Berlin, Germany
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