Rules to Hack By - Offensivecon 2022 keynote

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This presentation is a high-level look at some of the processes I have used over the span of my career for vulnerability research.

Java deserialization vulnerabilities have recently gained popularity due to a renewed interest from the security community. Despite being publicly discussed for several years, a significant number of Java based products are still affected. Whenever untrusted data is used within deserialization methods, an attacker can abuse this simple design anti-pattern to compromise your application. After a quick introduction of the problem, this talk will focus on discovering and defending against deserialization vulnerabilities. I will present a collection of techniques for mitigating attacks when turning off object serialization is not an option, and we will discuss practical recommendations that developers can use to help prevent these attacks.

Rootless Containers & Unresolved issues

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Course 102: Lecture 16: Process Management (Part 2)

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Carlos García - Pentesting Active Directory Forests [rooted2019]

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The document discusses penetration testing of Active Directory forests and trusts. It begins with an introduction to forests, domains, and trust types. It then covers authentication protocols like NTLM and Kerberos across trusts. Next, it discusses techniques for enumerating trusts and mapping the trust relationships. The document outlines common attacks when domain admin privileges are available, such as using Golden Tickets and SID history exploitation. For situations without domain admin, it recommends reconnaissance of trusts and objects to map a path to privileged accounts.

The Linux Block Layer - Built for Fast Storage

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The arrival of flash storage introduced a radical change in performance profiles of direct attached devices. At the time, it was obvious that Linux I/O stack needed to be redesigned in order to support devices capable of millions of IOPs, and with extremely low latency. In this talk we revisit the changes the Linux block layer in the last decade or so, that made it what it is today - a performant, scalable, robust and NUMA-aware subsystem. In addition, we cover the new NVMe over Fabrics support in Linux. Sagi Grimberg Sagi is Principal Architect and co-founder at LightBits Labs.

Java Performance Analysis on Linux with Flame Graphs

Brendan Gregg

This document discusses using Linux perf_events (perf) profiling tools to analyze Java performance on Linux. It describes how perf can provide complete visibility into Java, JVM, GC and system code but that Java profilers have limitations. It presents the solution of using perf to collect mixed-mode flame graphs that include Java method names and symbols. It also discusses fixing issues with broken Java stacks and missing symbols on x86 architectures in perf profiles.

Containers are everywhere. But what exactly is a container? What are they made from? What's the difference between LXC, butts-nspawn, Docker, and the other container systems out there? And why should we bother about specific filesystems? In this talk, Jérôme will show the individual roles and behaviors of the components making up a container: namespaces, control groups, and copy-on-write systems. Then, he will use them to assemble a container from scratch, and highlight the differences (and likelinesses) with existing container systems.

Privilege escalation from 1 to 0 Workshop

Hossam .M Hamed

This document provides an overview of privilege escalation techniques. It begins with an introduction to the speaker and defines vertical privilege escalation as moving from a lower privilege user to a higher privilege user. It then covers common privilege escalation vectors for both Linux and Windows systems, such as exploiting kernel vulnerabilities, weak passwords, sudo misconfigurations, vulnerable services, and file permission issues. Specific techniques discussed include dirty cow, password cracking, escaping restricted shells, abusing cron jobs and SUID files. The document emphasizes that credentials are often found in insecure configurations, backup files, logs and other unprotected locations.

High Availability Content Caching with NGINX

NGINX, Inc.

On-Demand Recording: https://www.nginx.com/resources/webinars/high-availability-content-caching-nginx/ You trust NGINX to be your web server, but did you know it’s also a high-performance content cache? In fact, the world’s most popular CDNs – CloudFlare, MaxCDN, and Level 3 among them – are built on top of the open source NGINX software. NGINX content caching can drastically improve the performance of your applications. We’ll start with basic configuration, then move on to advanced concepts and best practices for architecting high availability and capacity in your application infrastructure. Join this webinar to: * Enable content caching with the key configuration directives * Use micro caching with NGINX Plus to cache dynamic content while maintaining low CPU utilization * Partition your cache across multiple servers for high availability and increased capacity * Log transactions and troubleshoot your NGINX content cache

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Namespaces and cgroups - the basis of Linux containers

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Agenda: * Background: namespaces/cgroups, the basis for container virtualization * Namespace implementation * The 6 kernel namespaces - some implementation details. * System calls for namespaces * Usage examples * cgroups kernel implementation * cgroup VFS * cgroup filesystem operations for handling cgroups examples * The cgroup implementation + some userspace examples * Checkpoint/Restore in brief

Blazing Performance with Flame Graphs

Brendan Gregg

Delivered as plenary at USENIX LISA 2013. video here: https://www.youtube.com/watch?v=nZfNehCzGdw and https://www.usenix.org/conference/lisa13/technical-sessions/plenary/gregg . "How did we ever analyze performance before Flame Graphs?" This new visualization invented by Brendan can help you quickly understand application and kernel performance, especially CPU usage, where stacks (call graphs) can be sampled and then visualized as an interactive flame graph. Flame Graphs are now used for a growing variety of targets: for applications and kernels on Linux, SmartOS, Mac OS X, and Windows; for languages including C, C++, node.js, ruby, and Lua; and in WebKit Web Inspector. This talk will explain them and provide use cases and new visualizations for other event types, including I/O, memory usage, and latency.

Windows privilege escalation by Dhruv Shah

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How fun of privilege escalation Red Pill2017

Ammarit Thongthua ,CISSP CISM GXPN CSSLP CCNP

This document discusses various methods for escalating privileges on Windows and Linux systems. It begins by covering remote exploitation of vulnerable services running with high privileges. It then covers other methods such as exploiting weak passwords, insecure file/registry permissions, misconfigured services, and kernel exploits. Specific examples discussed include exploiting sudo permissions, cron jobs, service binary path manipulation, and the DirtyCOW Linux privilege escalation.

Building Better Backdoors with WMI - DerbyCon 2017

Alexander Polce Leary

This document discusses using Windows Management Instrumentation (WMI) to create fileless backdoors and persistent implants. It begins with an overview of WMI and its class structure. It then covers duplicating existing WMI classes to hide backdoor methods and storing payloads in WMI properties. The document also introduces creating custom WMI providers using .NET to implement backdoor functionality directly in WMI. It concludes by examining options for registering custom WMI providers, including manually registering through WMI calls to avoid event log warnings. In summary, the document explores abusing WMI's class inheritance and provider models to develop advanced fileless and persistent backdoors on Windows systems.

OWASP AppSecCali 2015 - Marshalling Pickles

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New Ways to Find Latency in Linux Using Tracing

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Ftrace is the official tracer of the Linux kernel. It originated from the real-time patch (now known as PREEMPT_RT), as developing an operating system for real-time use requires deep insight and transparency of the happenings of the kernel. Not only was tracing useful for debugging, but it was critical for finding areas in the kernel that was causing unbounded latency. It's no wonder why the ftrace infrastructure has a lot of tooling for seeking out latency. Ftrace was introduced into mainline Linux in 2008, and several talks have been done on how to utilize its tracing features. But a lot has happened in the past few years that makes the tooling for finding latency much simpler. Other talks at P99 will discuss the new ftrace tracers "osnoise" and "timerlat", but this talk will focus more on the new flexible and dynamic aspects of ftrace that facilitates finding latency issues which are more specific to your needs. Some of this work may still be in a proof of concept stage, but this talk will give you the advantage of knowing what tools will be available to you in the coming year.

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A Case Study in Attacking KeePass

Will Schroeder

This document summarizes techniques for attacking the KeePass password manager program. It provides an overview of KeePass, discusses existing work like KeeFarce that exports unlocked databases, and introduces the author's tool KeeThief which extracts decryption keys from memory. The document also explores using KeePass' trigger system to automatically exfiltrate databases when they are opened or passwords copied. Mitigations like monitoring for suspicious processes interacting with KeePass are suggested.

Pwning in c++ (basic)

Angel Boy

The document discusses C++ exploitation techniques including name mangling, virtual function tables, vtable hijacking, vectors, strings, and memory allocation/deallocation functions like new and delete. It provides details on how virtual function tables are used to implement polymorphism in C++ and how vtable hijacking can be used to exploit vulnerabilities by forcing a vtable and hijacking the virtual function pointer to call shellcode. It also explains how vectors and strings are implemented dynamically in memory and their memory layout.

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Nginx uses an event-driven architecture with a master process that manages worker processes. It handles requests non-blockingly and efficiently using techniques like memory pooling, buffer chaining, and an event-driven model. Key parts of the architecture include phases and handlers for HTTP requests, virtual servers, locations, and filters. Nginx also supports mail proxying and module development.

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Surviving the Java Deserialization Apocalypse // OWASP AppSecEU 2016

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The hidden danger of Java deserialization vulnerabilities – which often lead to remote code execution – has gained extended visibility in the past year. The issue has been known for years; however, it seems that the majority of developers were unaware of it until recent media coverage around commonly used libraries and major products. This talk aims to shed some light about how this vulnerability can be abused, how to detect it from a static and dynamic point of view, and -- most importantly -- how to effectively protect against it. The scope of this talk is not limited to the Java serialization protocol but also other popular Java libraries used for object serialization. The ever-increasing number of new vulnerable endpoints and attacker-usable gadgets has resulted in a lot of different recommendations on how to protect your applications, including look-ahead deserialization and runtime agents to monitor and protect the deserialization process. Coming at the problem from a developer’s perspective and triaging the recommendations for you, this talk will review existing protection techniques and demonstrate their effectiveness on real applications. It will also review existing techniques and present new gadgets that demonstrates how attackers can actually abuse your application code and classpath to craft a chain of gadgets that will allow them to compromise your servers. This talk will also present the typical architectural decisions and code patterns that lead to an increased risk of exposing deserialization vulnerabilities. Mapping the typical anti-patterns that must be avoided, through the use of real code examples we present an overview of hardening techniques and their effectiveness. The talk will also show attendees what to search the code for in order to find potential code gadgets the attackers can leverage to compromise their applications. We’ll conclude with action items and recommendations developers should consider to mitigate this threat. -- This talk was presented by Alvaro Muñoz & Christian Schneider at the OWASP AppSecEU 2016 conference in Rome.

Linux Performance Profiling and Monitoring

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The InnoDB Storage Engine for MySQL

Morgan Tocker

The document provides an overview of the InnoDB storage engine used in MySQL. It discusses InnoDB's architecture including the buffer pool, log files, and indexing structure using B-trees. The buffer pool acts as an in-memory cache for table data and indexes. Log files are used to support ACID transactions and enable crash recovery. InnoDB uses B-trees to store both data and indexes, with rows of variable length stored within pages.

TrustArc Webinar - 2024 Global Privacy Survey

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How does your privacy program stack up against your peers? What challenges are privacy teams tackling and prioritizing in 2024? In the fifth annual Global Privacy Benchmarks Survey, we asked over 1,800 global privacy professionals and business executives to share their perspectives on the current state of privacy inside and outside of their organizations. This year’s report focused on emerging areas of importance for privacy and compliance professionals, including considerations and implications of Artificial Intelligence (AI) technologies, building brand trust, and different approaches for achieving higher privacy competence scores. See how organizational priorities and strategic approaches to data security and privacy are evolving around the globe. This webinar will review: - The top 10 privacy insights from the fifth annual Global Privacy Benchmarks Survey - The top challenges for privacy leaders, practitioners, and organizations in 2024 - Key themes to consider in developing and maintaining your privacy program

“Building and Scaling AI Applications with the Nx AI Manager,” a Presentation...

Edge AI and Vision Alliance

For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2024/06/building-and-scaling-ai-applications-with-the-nx-ai-manager-a-presentation-from-network-optix/ Robin van Emden, Senior Director of Data Science at Network Optix, presents the “Building and Scaling AI Applications with the Nx AI Manager,” tutorial at the May 2024 Embedded Vision Summit. In this presentation, van Emden covers the basics of scaling edge AI solutions using the Nx tool kit. He emphasizes the process of developing AI models and deploying them globally. He also showcases the conversion of AI models and the creation of effective edge AI pipelines, with a focus on pre-processing, model conversion, selecting the appropriate inference engine for the target hardware and post-processing. van Emden shows how Nx can simplify the developer’s life and facilitate a rapid transition from concept to production-ready applications.He provides valuable insights into developing scalable and efficient edge AI solutions, with a strong focus on practical implementation.

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