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Thursday, September 10
 

8:00am CDT

CQURE Masterclass: System Forensics, Incident Handling & Threat Hunting
LIMITED
Thursday September 10, 2026 8:00am - Friday September 11, 2026 5:00pm CDT
Limited Capacity seats available
System Forensics followed by Threat Hunting and Incident Readiness are constantly evolving and crucial topics in the area of cybersecurity. In order to stay ahead of cyber-criminals, the knowledge of Individuals and Teams responsible for threat hunting, collecting digital evidence, and handling the incidents has to be constantly enhanced and updated.

This course offers a comprehensive, hands-on approach to mastering system forensics, incident handling, and threat hunting, equipping participants with the skills to detect, investigate, and respond to advanced cyber threats. Through case studies, practical labs, and real-world examples, participants will gain expertise in identifying and mitigating modern attacks across various environments. Key learning themes include:


1. Windows Internals & System Forensics: Understand Windows internals, including processes, threads, and permissions. Learn to gather volatile data, audit system configurations, and detect malicious or unnecessary services using tools like PowerShell


2. Malware Analysis and Incident Handling: Gain hands-on experience in analyzing malware, including static and behavioral techniques. Learn how to detect, contain, and eradicate malware, while mastering the steps for gathering evidence, preventing incidents, and recovering from attacks.


3. Network Forensics & Monitoring: Learn advanced network forensics techniques to detect data exfiltration, webshells, and lateral movement. Explore how to analyze network traffic, logs, and protocols to uncover attack indicators, and apply these skills to mitigate threats


4. Memory Forensics & Incident Response: learn how to analyze memory dumps with tools like Volatility. Understand how to detect malicious code and trace system compromises in memory, with practical examples from high-profile incidents.


5. Disk Forensics & Data Recovery: Master storage acquisition and disk forensics techniques, including image mounting, file system analysis, and recovering deleted data.


6. Advanced Threat Hunting & Detection: Develop advanced threat-hunting strategies to uncover hidden threats and internal reconnaissance. Use practical techniques for detecting privilege escalation, lateral movement, and other adversary tactics to proactively defend against advanced attacks.


This course is designed for professionals in digital forensics, incident response, and security operations who wish to deepen their expertise in modern threat detection and response. By combining in-depth technical knowledge with real-world training, participants will be equipped to effectively handle the evolving challenges in cybersecurity and incident management.


Prerequisites: To fully benefit from our masterclass System Forensics, Incident Handling and Threat Hunting, participants should have a solid background in identity management and a general understanding of IT security concepts. Skills in log analysis and a knowledge of authentication mechanisms will also be helpful. Intermediate participants will gain solid fundamentals, while advanced users can deepen their expertise and explore the latest techniques.
Trainers
avatar for Amr Thabet

Amr Thabet

Cybersecurity Expert, CQURE
Amr Thabet is a malware researcher and incident handler with over 16 years of experience, he worked in some of the Fortune 500 companies.  He is the founder of MalTrak and the author of "Mastering Malware Analysis" published by Packt Publishing. He is a speaker and an instructor... Read More →
avatar for Paula Januszkiewicz

Paula Januszkiewicz

CEO and Founder, Microsoft MVP and RD, CQURE
Paula Januszkiewicz is the Founder and CEO of CQURE and CQURE Academy, globally recognized organizations delivering cutting-edge cybersecurity consulting and advanced training since 2008. She is an Enterprise Security MVP, Microsoft Regional Director, and one of the world’s leading... Read More →
Thursday September 10, 2026 8:00am - Friday September 11, 2026 5:00pm CDT
Microsoft Technology Center (Aon Center)
 
Saturday, September 12
 

10:30am CDT

Behaviour-Driven Detection for Software Supply Chain Exploitation
Saturday September 12, 2026 10:30am - 11:30am CDT
Abstract
Modern software development depends on an intricate ecosystem of open‑source libraries, third‑party services, CI/CD workflows, container registries, package repositories, and cloud‑native infrastructure. As organizations accelerate development velocity, their applications increasingly rely on components they neither wrote nor control. This creates a supply chain environment where the weakest external link becomes the attacker’s easiest entry point. While Application Security (AppSec) teams focus on code reviews, SAST/DAST, SCA results, and secure SDLC controls, many of the most dangerous threats originate outside their visibility. These include malicious dependency updates, compromised package maintainers, poisoned CI/CD pipelines, hijacked SDKs, and third‑party API breaches—risks that traditional AppSec tooling isn’t designed to detect.
At the same time, Cyber defence teams track adversary activity, ecosystem‑level manipulation, suspicious code commits, dark‑web chatter, targeted campaigns against popular libraries, and exploitation of software supply chain dependencies. They see indicators and emerging threats far earlier than any automated scanner—but this intelligence rarely makes its way into AppSec decision‑making. As a result, AppSec teams continue to approve dependencies with no CVEs, unaware that the maintainer was compromised; security testing pipelines approve builds even though TI has already flagged one of the upstream components; and organizations ship production code containing malicious logic that no scanner will ever detect because the code behaves "as designed"—just not by your design.
This talk presents a unified model for bridging these gaps—delivering a strategic approach through supply chain defence. Attendees will learn how real‑world supply chain attacks unfold, why they bypass traditional AppSec controls, and how integrating cyber defence changes the defender’s perspective. We break down practical detection methods for ecosystem‑level anomalies, maintainer compromise signals, malicious package patterns, CI/CD infiltration attempts, and signs of upstream component manipulation. Through real attack examples and defensive case studies, we show how organizations can fuse AppSec findings (SCA results, dependency mapping, SBOM data) with cyber defence to build an adaptive, intelligence‑driven supply chain protection strategy.
Key Takeaways
  • Why AppSec alone cannot detect supply chain compromise — and the specific blind spots hidden inside package ecosystems, CI/CD pipelines, and third‑party integrations.
  • A practical integration model where AppSec and Cyber defence team jointly monitor, validate, and block risky dependencies or services before they reach production.
  • Field-tested workflows for real-time supply chain monitoring using SBOM enrichment, threat feeds, dependency risk correlation, and behaviour-based anomaly detection.
  • A blueprint for building an enterprise supply chain defence program that continuously adapts to attacker evolution, ecosystem shifts, and vendor risks.
Why This Talk Is Important
Supply chain attacks are now a preferred strategy for both state-sponsored and financially motivated threat actors. They exploit trust relationships between developers, automation systems, and ecosystem maintainers—areas where AppSec with cyber defence team lacks visibility with limited operational influence. This session provides a practical, actionable roadmap for bringing both teams together to defend the modern software supply chain—before adversaries weaponize it.
Speakers
avatar for Niladri Sekhar Hore

Niladri Sekhar Hore

Lead Engineer - Threat Detection and Automation, StoneX Group
Niladri Sekhar Hore is a Lead Engineer at StoneX Group in Threat Detection and Automation. He builds data-driven detection systems and security automation frameworks across cloud and hybrid environments, focusing on operationalizing  security intelligence into measurable runtime... Read More →
avatar for Anurag Mathur

Anurag Mathur

Staff Engineer - Application Security, StoneX group
Anurag Mathur is a Staff Engineer in Application Security, specializing in secure architecture design, vulnerability research, and threat modelling for modern application ecosystems. He works closely with engineering teams to identify business logic weaknesses, harden authentication and authorizatio... Read More →
Saturday September 12, 2026 10:30am - 11:30am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk

10:30am CDT

Breaking Identity at Scale: From DPAPI & TBAL Secrets to Full Domain Compromise
Saturday September 12, 2026 10:30am - 11:30am CDT
Modern enterprise environments continue to rely on implicit trust within identity and credential protection mechanisms such as DPAPI, DPAPI-NG, and token-based authentication layers. While these technologies are designed to safeguard secrets, they also introduce powerful attack surfaces when combined with misconfigurations, weak privilege boundaries, and overlooked trust relationships.


This session presents a deep technical exploration of how attackers extract and abuse protected credentials at scale, moving from local access to full domain compromise. We demonstrate novel techniques for decrypting DPAPI-protected data, abusing TBAL-related key material, and chaining these with authentication protocol weaknesses such as NTLM and Kerberos to achieve lateral movement and privilege escalation.


Unlike traditional approaches that focus on single techniques, this research connects multiple layers of identity abuse into a cohesive attack path observed in real-world environments. Attendees will see how seemingly isolated weaknesses: credential storage, token handling, and protocol trust, combine into high-impact attack chains.


The session also provides defensive strategies, including detection opportunities, hardening approaches, and architectural changes to reduce reliance on implicit trust. The goal is to shift defenders from reactive detection to proactive identity security design.
Speakers
avatar for Paula Januszkiewicz

Paula Januszkiewicz

CEO and Founder, Microsoft MVP and RD, CQURE
Paula Januszkiewicz is the Founder and CEO of CQURE and CQURE Academy, globally recognized organizations delivering cutting-edge cybersecurity consulting and advanced training since 2008. She is an Enterprise Security MVP, Microsoft Regional Director, and one of the world’s leading... Read More →
Saturday September 12, 2026 10:30am - 11:30am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk

10:30am CDT

Defending the Credential Reset Process
Saturday September 12, 2026 10:30am - 11:30am CDT
Some of the most noteworthy cybersecurity incidents that have occurred in the past 5 years have involved attacks on the credential lifecycle. Credentials are targeted by threat actors when they are initially issued at employee onboarding, when they are used everyday to login, and when they are lost and need to be reset. According to Microsoft’s 2025 Digital Defense Report, credential based attacks were the initial access vector used in 80% of attacks by access brokers. 


One of the most well known credential related incidents targeted MGM and Caesar’s Casinos in the summer of 2023. To target MGM, the criminals reportedly identified employee profiles on Linkedin, and learned enough about one employee in particular to call up MGM’s IT Helpdesk and successfully convince them to reset that person’s multi-factor authentication. These attacks prompted many organizations to take a closer look at how they handle credential reset.


One of the drivers behind these attacks is the increasing popularity of remote work. It is no longer reasonable in many cases to tell employees to just “drop by the office” if they loose access to the network. Organizations need ways to validate the identity of people remotely, and this is a lot harder than it sounds. SIM swapping, deepfakes, and breach data provide lots of ways to overcome various controls that organizations are trying to put in place. 


This talk will dissect the credential lifecycle and describe different attacks that target it and controls that can be put in place. We will focus specifically on credential reset workflows and show how attackers can subvert different countermeasures. We’ll then discuss how organizations can leverage what they know about their own employees to build robust defenses against these kinds of attacks.
Speakers
avatar for Tom Cross

Tom Cross

Head of Threat Research, GetReal Security
Tom Cross is the Head of Threat Research at GetReal Security, where he tracks threat actors and attack activity involving deepfake social engineering and impersonation. His career in cybersecurity has spanned three decades, and numerous roles, including CoFounder and CTO of Drawbridge... Read More →
Saturday September 12, 2026 10:30am - 11:30am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk

10:30am CDT

Purple Testing Is Not Enough — Why CTEM Is the Missing Layer
Saturday September 12, 2026 10:30am - 11:30am CDT
Session Description (Abstract)
Purple testing is powerful.
It helps us validate detections, simulate attacker behavior, and expose where our defenses break. It gives us truth about our controls.
But there’s a problem.
Most teams stop at validation.
We test.
 We validate.
 We generate findings.
And then… we move on.
The same gaps show up again later—not because we didn’t find them, but because we didn’t ensure they were actually fixed. Over time, this creates what I call “validation theater”—a cycle where teams continuously prove weaknesses without reducing real exposure.
From an attacker’s perspective, that’s not a weakness.
 It’s reliability.
This talk focuses on closing that gap.
Drawing from 12 years of incident response experience and 6 years running continuous validation programs, I’ll show how to move from “we tested it” to “we fixed it—and proved it stays fixed.”
We’ll break down where purple testing delivers value—and where it falls short—and introduce Continuous Threat Exposure Management (CTEM) as the missing operational layer that connects validation to ownership, prioritization, and remediation.
Attendees will learn how to operationalize a practical CTEM loop:
 Scoping → Discovery → Prioritization → Validation → Mobilization
And more importantly, how to:
  • Assign clear ownership across teams
  • Prioritize remediation based on real risk
  • Build a repeatable process for closing gaps
  • Measure whether exposure is actually decreasing over time
This session is designed for blue team practitioners, detection engineers, and security leaders who want a practical, actionable approach to improving security effectiveness.
Because testing is not protection.
 Detection is not protection.
 Closure is.
It’s about building a repeatable system that ensures what you find… actually gets fixed.
Because if the same gaps keep coming back—so will attackers.
 
Speakers
avatar for Irina Dimitrov (Loktionova)

Irina Dimitrov (Loktionova)

Irina Dimitrov (Loktionova) is a cybersecurity professional with over a decade of hands-on experience in incident response and security operations. For 12 years, she worked on the front lines, responding to real-world attacks and seeing firsthand where security controls succeed—and... Read More →
Saturday September 12, 2026 10:30am - 11:30am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk

10:30am CDT

Reconstructing Reality: Advanced USN Journal Extraction and Full-Fidelity Correlation with MFT
Saturday September 12, 2026 10:30am - 11:30am CDT
The NTFS USN Journal remains one of the most underutilized yet powerful forensic artifacts in Windows environments. While widely known, its practical use is often limited by incomplete parsing, lack of context, and the inability to correlate it effectively with other filesystem structures such as the Master File Table.
This session challenges long standing forensic assumptions about how filesystem evidence should be interpreted. Traditional approaches treat artifacts such as the USN Journal and the Master File Table as separate and partially reliable sources of truth. Our research demonstrates that this model is fundamentally flawed.
Many widely used forensic tools silently ignore critical fields, leading to incomplete or misleading conclusions. As a result, investigators often rely on partial visibility when reconstructing attacker activity.
We introduce a comprehensive approach to extracting, parsing, and operationalizing USN Journal data at scale, using full field analysis to reconstruct detailed file system activity. A key contribution of this work is a novel correlation model between USN Journal entries and Master File Table records, enabling investigators to rebuild complete timelines with significantly higher accuracy.
By combining these artifacts and analyzing all available metadata, we show that it is possible to detect inconsistencies, uncover hidden attacker activity, and validate events that would otherwise remain ambiguous or invisible.
This approach redefines how filesystem forensics should be performed, transforming fragmented artifacts into a unified and reliable representation of system activity. The techniques presented are actively used in real world incident response and threat hunting engagements, where precision and speed are critical.
Speakers
avatar for Paula Januszkiewicz

Paula Januszkiewicz

CEO and Founder, Microsoft MVP and RD, CQURE
Paula Januszkiewicz is the Founder and CEO of CQURE and CQURE Academy, globally recognized organizations delivering cutting-edge cybersecurity consulting and advanced training since 2008. She is an Enterprise Security MVP, Microsoft Regional Director, and one of the world’s leading... Read More →
Saturday September 12, 2026 10:30am - 11:30am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk

10:30am CDT

The Malware Is Coming from Inside the Repo
Saturday September 12, 2026 10:30am - 11:30am CDT
GitHub isn't just where developers work. It's where adversaries stage, obfuscate, and deliver malicious code. Every minute, thousands of commits hit public repositories, and buried inside that firehose are credential stealers, reverse shells, crypto drainers, and the occasional nation-state lure dressed up as a coding challenge. The platform's openness, trust, and sheer volume are exactly what make it useful to attackers: free hosting, free CDN, a developer-friendly domain in every allowlist, and a culture where running npm install or cloning a stranger's repo is just Tuesday.

This talk is about what happens when you actually try to watch all of it.

We'll walk through github-threat-scanner, a pipeline that consumes the GitHub public event stream in near real time, pulls down the code behind every push, and runs it through a stack of decoders and detection rules looking for anything that smells wrong. The interesting problems aren't where you'd expect. Ingesting the stream is easy. Storing it is a solved problem. The hard parts are everything in between: peeling back the layers of obfuscation attackers use to hide payloads, deciding what "malicious" even means when half the internet's legitimate code looks suspicious, and keeping false positives low enough that a human analyst can still trust the queue.

We'll dig into the deobfuscation engine (CyberSaucier), a library of CyberChef recipes that chain together XOR bruteforcing, base64 and hex decoding, packed-JavaScript unwrapping, PowerShell de-munging, and the other tricks that turn a wall of gibberish back into something a detection rule can match on. You'll see which recipes earn their keep, which ones we retired because they were pure theatre, and the surprisingly mundane reasons some decoders fail in production that never show up in a blog post.

Then we'll get to the fun part: who's actually out there. Commodity and Nation State actors treat GitHub Pages as disposable infrastructure. And threading through all of it are the targeted operations: DPRK-aligned clusters running fake job interviews and "technical assessments" that ship trojanized projects to developers at crypto firms and long-running personas that maintain plausible commit histories for months before turning hostile.

You'll leave with a concrete picture of how to build this kind of visibility yourself, what the detection surface actually looks like once you're watching it, and why GitHub deserves a seat in your threat model next to email and the browser. If you run a security team, you'll walk out with questions to take back to your developers. If you write detections, you'll have new ideas for where to point them. And if you just like watching adversaries do dumb things at scale, there will be plenty of that too.


The best part of all of this? Most of this data was initially triaged and analyzed by an autonomous AI analyst running in a throwaway VM in dangerous mode, unafraid of touching actual adversary infrastructure.

No prior knowledge of GitHub internals required. Bring opinions about regex.
Speakers
avatar for Justin Borland

Justin Borland

Director of Threat Engineering, Abstract
A proven technical leader in the security industry, Justin started his career with a Canadian Secret clearance while still in College. After graduating, he spent the next decade building custom packet capture systems, intrusion detection systems, logging systems, and DFIR tooling... Read More →
Saturday September 12, 2026 10:30am - 11:30am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk

10:30am CDT

Too Big to Review: Scaling AppSec to Zero at Fortune #1
Saturday September 12, 2026 10:30am - 11:30am CDT
As AI-powered development tools accelerate code velocity across the industry, application security programs face an existential scaling problem: the team that was once a trusted partner to engineering has become a bottleneck. Traditional human-led security review cannot keep pace with the rate of new features, services, and infrastructure being shipped; and bolting AI onto a broken process only makes it fail faster.


This talk presents a proven layered framework for scaling application security programs without proportionally scaling the security team, drawn from direct experience building and running the SHINE (Security Hub of Innovation and Efficiency) program at AWS. The framework moves through three progressive layers: Golden Paths that eliminate entire risk categories before review through secure-by-default infrastructure; Deterministic Automation that encodes repeated security decisions into binary, scalable rules; and Agentic Investigation where AI systems assemble complete application context and make judgment calls on genuinely novel problems.


In practice, this architecture reduced security review time by 30% through deterministic automation, drove 90%+ adoption rates of new applications onto secure-by-default infrastructure via CDK property injection, and enabled an Agentic Security Engineer capable of context-aware decisions that previously required senior human involvement.


In today's AI-driven world, the instinct is to reach for a model. But that instinct is wrong when applied too early: AI is not a fix for a broken foundation - it amplifies whatever is already there. Teams missing stability at the foundational layers will find that AI makes the chaos faster, not better. This talk provides a concrete, implementation-grounded roadmap for building the foundation that makes automation and eventually agentic AI actually work.
Speakers
avatar for Adam Schaal

Adam Schaal

Distinguished Engineer, AI Security, Pixee AI
Adam Schaal is a Distinguished Engineer at Pixee, where he focuses on using generative AI and automation to meaningfully change how application security is practiced at scale.
Previously, Adam created and led the SHINE team at AWS, a group tasked with rethinking how security could scale across massive development organizations without slowing builders down. Through experimentation, automation, and hands-on engineering, SHINE explored new approaches to aligning... Read More →
Saturday September 12, 2026 10:30am - 11:30am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk
 
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