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Saturday, September 12
 

10:30am CDT

A Standard For Investigative Playbooks
Saturday September 12, 2026 10:30am - 10:55am CDT
The Human Centered Investigation Playbook (HCIP) standard is a YAML-based syntax for writing investigation playbooks that correspond to a particular alert, artifact, or attack. The goal is to have an investigation methodology that both guides the analyst and also integrates into defensive tooling to make necessary data easily available during the investigation. I will discuss the standard, explore its purpose and use cases, and demonstrate its functionality in a free and open monitoring platform
Speakers
avatar for Matthew Gracie

Matthew Gracie

Senior Engineer, Security Onion Solutions
Matthew Gracie is a defensive security specialist with fifteen years of Blue Team experience in higher education, manufacturing, financial services, and healthcare. He is currently a Senior Engineer at Security Onion Solutions, as well as the interim director of the Cybersecurity... Read More →
Saturday September 12, 2026 10:30am - 10:55am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

11:00am CDT

Too Big to Review: Scaling AppSec to Zero at Fortune #1
Saturday September 12, 2026 11:00am - 11:25am 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 11:00am - 11:25am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk Track 2

12:00pm CDT

Secrets That Survive Everything: The Shift-Right Runtime Gap Left Unguarded
Saturday September 12, 2026 12:00pm - 12:25pm CDT
A bug bounty researcher found Azure credentials in a JavaScript file and 
marked the report informational. The credentials were live production values -
four Azure AD fields sitting in a public JS bundle, enough to authenticate as 
the application itself. The frontend had documented its own backend. Full 
account takeover. The application's token had been granted the ability to 
perform user-level operations, every account in the system was reachable. 
The organization had GitLeaks in CI/CD and static secret scanning on pull 
requests. The credentials were still live.


That was one chain. A second application used CryptoJS to encrypt its 
configuration, a common pattern in SPAs where developers believe encrypting 
the config protects it. The decryption key was hardcoded in the same 
JavaScript file, three lines away from the encrypted blob. The secret to 
unlock everything was sitting next to the lock. Same credential pattern at 
the end. Same result.


Shift-left tools scan what you commit. They do not scan what you serve. 
Build-time environment injection bakes live keys into webpack bundles that 
never touch the repository. CI/CD pipeline variable substitution materializes 
secrets only in the build artifact, after every scanner has run. SSR state 
blobs injected by Next.js and Nuxt carry credentials into HTML that no 
pre-deployment scanner ever sees. Once a secret reaches production, it 
disappears from every scanner's view. Sometimes that disappearance is 
engineered, developers suppress scanner alerts on credentials the application 
genuinely requires, trading automated monitoring for a green pipeline. The 
only things finding runtime secrets are manual penetration testers, bug bounty 
researchers, and attackers. Two of those three report what they find.


This talk walks through both exploitation chains in detail, maps the full 
shift-right gap in the security tooling landscape, and closes with a live 
demo using a purpose-built intentionally vulnerable healthcare portal, a 
HIPAA-branded application exposing Twilio, SendGrid, Stripe, and Firebase 
credentials in its public JavaScript files, and leaking internal service keys 
in response headers on every single request.


The demo uses SecretSifter, a free Burp extension, browser tool, and desktop 
app built for the runtime layer to find every secret passively, without 
configuration, as traffic flows.


Security teams leave with a clear picture of where their shift-left controls 
stop, a taxonomy of the six exposure mechanisms that bypass them, and a free 
tool they can deploy against their own applications the same day.


Speakers
avatar for Hemanth Gorijala

Hemanth Gorijala

Global Penetration Testing Lead
Hemanth Gorijala is a security researcher and Global Pentest Lead at a Fortune 100 financial services company, where he leads application security assessments and reviews vulnerability reports in enterprise bug bounty programs. His work focuses on the runtime credential gap: the space... Read More →
Saturday September 12, 2026 12:00pm - 12:25pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

12:30pm CDT

Your User, Their Rules: Rethinking the OS trust model for the AI-era
Saturday September 12, 2026 12:30pm - 12:55pm CDT
Operating systems solved multi-user security decades ago: files have owners, permissions enforce boundaries, and one user's processes cannot tamper with another's data. But modern developer workstations are effectively single-user machines — and every process running as that user inherits the same trust. For years, this was a footnote. Today, it is the attack surface.


The explosion of AI-powered developer tools — IDE agents, MCP servers, lifecycle hooks, autonomous coding assistants — has turned local configuration files into high-leverage control planes. These tools store security-critical state (working directories, cluster credentials, session metadata, agent memory) in files and act on them without integrity validation due to assumed trust. The OS says "same user, same trust." The AI tool says "if it's in my config, I'll execute it." The result: any process running in the user's context — a compromised npm package, a malicious browser extension, a rogue VS Code plugin — can cause havoc: silently hijack an AI agent's behavior, redirect kubectl to an attacker-controlled server, or trigger recursive deletion of arbitrary directories to name a few.


In this talk, we present a systematic analysis of this trust gap through three original vulnerability disclosures across Docker Desktop, Lens Desktop, and Claude Desktop. In each case, the attack requires no privilege escalation, no kernel exploits, and no user credentials — only the ability to write to a JSON file that the OS considers perfectly authorized. We use these as case studies to examine a broader architectural problem: the classic OS segregation model was built for a world where "same user" meant "same human." In the age of AI agents, MCP servers, and autonomous tools, "same user" now means "same human plus every autonomous process acting on their behalf" — and processes don't necessarily verify whether the others are trustworthy.


We will dissect why this pattern keeps recurring (electron-store defaults, the absence of application-level integrity checks, the gap between OS-level and application-level trust), propose a threat model for "intra-user trust boundaries," and provide concrete detection and hardening strategies for security teams who need to defend developer endpoints where the OS permission model is necessary but no longer sufficient.


Speakers
avatar for Ofir Balassiano

Ofir Balassiano

Co-Founder, Bloom Security
Ofir is an experienced security researcher turned co-founder at Bloom Security. Led the Cortex Cloud Posture Security research group at Palo Alto Networks, focusing on AI, identity, and data security. Previously led the research group at Dig Security (acquired by PANW), served as... Read More →
avatar for Golan Myers

Golan Myers

Security Researcher, Bloom Security
Golan is a security researcher at Bloom Security, with previous experience as a researcher within the Cortex Cloud Posture Security research group at Palo Alto Networks, focusing on AI, identity, and data security.
Saturday September 12, 2026 12:30pm - 12:55pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

1:00pm CDT

AI Failures in IR: A Field Guide to Filling the Gaps
Saturday September 12, 2026 1:00pm - 1:25pm CDT
Every security vendor is shipping AI. Every IR team is under pressure to adopt it. And in the middle of a real incident, the gap between what AI promises and what it actually delivers becomes very concrete, very fast.


This talk is a field guide to that gap. Drawing on experience as an incident responder on T-Mobile's CIRT during Salt Typhoon and on the builder side developing AI tooling for IR, I'll walk through the specific ways AI underperforms when a breach is unfolding — hallucinated IOCs and timestamps, confident wrong answers, first-hypothesis lock-in, bias toward threat explanations over innocuous ones, lost evidence chains, context windows that collapse on real forensic data, and agents that can take down your SIEM because nobody throttled them.


For each failure mode, we'll cover why it happens, how to recognize it in tools you're evaluating or already running, and what mitigations actually hold up under incident pressure. Attendees will leave with a taxonomy of AI failure modes in IR, a set of sharp questions to ask any vendor (or internal build team) claiming to solve them, recommendations for how to solve them, and a clearer picture of how AI can augment responders versus where it quietly creates new risks.
Speakers
avatar for Alex Thomson

Alex Thomson

Incident Response Specialist, Spacewalk.ai
Alex has over 30 years of professional experience in cybersecurity, including building and leading SOCs and other secops teams. Most recently, he served on T-Mobile's CIRT — including during the Salt Typhoon intrusion — before joining Spacewalk, where for the past 1.5 years he's... Read More →
Saturday September 12, 2026 1:00pm - 1:25pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

1:30pm CDT

Life After Tier 1: Rebuilding the SOC When Triage Is Outsourced
Saturday September 12, 2026 1:30pm - 1:55pm CDT
For many medium-sized enterprises, outsourcing Tier 1 triage to an MSSP is positioned to reduce workload, provide 24/7 coverage, and improve efficiency. In practice, it fundamentally reshapes how a SOC operates—and introduces new challenges that many teams are unprepared for.


Outsourcing Tier 1 doesn’t eliminate work—it redistributes it in ways most SOCs are not designed to handle.


This talk examines what happens after Tier 1 is removed. Organizations place significant trust in third-party providers, yet alert volume may decrease while investigation complexity increases. Context is often lost at handoff boundaries, and traditional metrics lose meaning, while new measures—such as mean time to confirm and escalation quality—become critical for understanding performance. Teams that fail to adapt quickly often find themselves with fewer alerts, but greater uncertainty and slower response.


Operational gaps also emerge when systems do not align with MSSP onboarding models. Custom telemetry sources, delayed parser development, and the gap between deployment and monitoring readiness introduce risk that must be actively managed.


Drawing on real-world experience leading a SOC through this transition, this session focuses on how to redesign operations for a post–Tier 1 model. We will explore how analyst roles must evolve from queue processors to investigators, why detection fidelity becomes the most important metric, and how to build feedback loops that continuously improve detection quality.


Attendees will leave with a practical framework for restructuring workflows, redefining success metrics, and improving detection precision.
This talk is designed for SOC leaders, detection engineers, and analysts navigating MSSP integration or considering outsourcing triage functions and aligns with both the Management/Leadership and Security Operations tracks.
Speakers
avatar for Stuart Fairchild

Stuart Fairchild

Senior Manager, Cybersecurity, C Spire
Stuart Fairchild is a Senior Manager of Cybersecurity at a regional telecommunications provider, where responsibilities include leading security monitoring, incident response, and security awareness programs supporting infrastructure for over one million customers. Work focuses on improving detection... Read More →
Saturday September 12, 2026 1:30pm - 1:55pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk Track 2

2:00pm CDT

Learning How to Pop Champagne Bottles: How Leaders Should Reframe Cyber Wins and Losses
Saturday September 12, 2026 2:00pm - 2:25pm CDT
Moments after the Oklahoma City Thunder won their first Championship, the team had a problem.   None of the team’s young stars knew how to open a champagne bottle.  Normally, after winning, we would see videos of players popping champagne bottles and celebrating.  But the Thunder needed a little help, and backup guard Alex Caruso, who won an NBA championship in 2020, had to teach his teammates how to celebrate. In the world of cybersecurity, it often feels like you are always down 17 points chasing to catch up with new threats and vulnerabilities.  But every day, employees are successful in making the right cybersecurity decisions.   According to Harvard Business Review, we should be celebrating these small wins because they create “momentum that will propel you toward your bigger goals." Likewise, every cyber crisis contains both the seeds of success and the roots of failure. This presentation will explore how leaders should reframe their companies' views of success and failure to make their organizations safer.  By first exploring current cybersecurity trends. Next, we will discuss the importance of small wins and the challenges that success can pose for organizations.   Then we will examine the lessons from failure and how failure is the first step for growth.  Finally, the presentation will provide ways for leaders to reframe how they view success and failure and how embracing both can help their teams secure a championship. 
Speakers
avatar for Anthony Hendricks

Anthony Hendricks

Director and Chair of Cybersecurity, Crowe & Dunlevy
Anthony Hendricks is a legal problem solver and litigator at Crowe & Dunlevy, one of Oklahoma’s largest and oldest firms. At Crowe & Dunlevy, Anthony serves as founder and chair of the firm’s Cybersecurity and Data Privacy Practice Group. His legal practice focuses on data privacy... Read More →
Saturday September 12, 2026 2:00pm - 2:25pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk Track 2

2:30pm CDT

Vibe Check: Scaling AppSec in an AI-Driven World
Saturday September 12, 2026 2:30pm - 2:55pm CDT
Scaling an AppSec program is hard enough in a traditional environment, but it gets exponentially more difficult when Sonny from Accounting decides to vibe code their own full-stack internal tool over the weekend and announces it in the company All Hands on Monday. The "Shift Left" movement promised to get in front of security breaches by thinking about security early in the development lifecycle, but AI has thrown that idea out the window. How do we shift left when teams are deploying demos in the time that it used to take to agree on basic design principles? Teams are shipping code faster than it can be reviewed and in an era when anyone who can write a mostly coherent thought can pump out an application, vibe coders are spinning up unreviewed shadow apps overnight.


The modern AppSec program has to adapt and scale without becoming a bottleneck. We have to focus on:

Automated Guardrails: Leveraging AI to secure the code that AI creates

Democratized Security: Extending AppSec to the vibe coding masses through self-service tooling.

Maintaining Quality at Speed: Using risk-based prioritization when the codebase is growing exponentially.

AppSec programs need to stop policing every line of code and start building resilient ecosystems where everyone, not just traditional software engineers, can build safely regardless of how they write their code.
Speakers
avatar for Cory Roop

Cory Roop

Security Engineering Manager, Garner Health
Cory leads the Security Engineering function at Garner Health. He’s a veteran engineer and leader who has scaled security programs for both healthcare firms and hyper-growth SaaS startups. He balances a "big picture" leadership style with a genuine love for the technical weeds of... Read More →
Saturday September 12, 2026 2:30pm - 2:55pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

3:00pm CDT

It Started with an Employee. It Ended Inside Your AI: The Exposure Chain You Need to Understand
Saturday September 12, 2026 3:00pm - 3:25pm CDT
AI didn't just speed up reconnaissance. It connected dots that were never supposed to connect and most blue teams haven't caught up yet.
 
This talk walks through a single, end-to-end exposure chain so defenders can finally see what they're up against, and know exactly where to break it.
It starts with people. AI-powered OSINT pipelines aggregate and correlate employee data across LinkedIn, GitHub, forums, and breach databases in minutes, building behavioral profiles precise enough to generate hyper-targeted phishing lures at scale. But the exposure doesn't stop at individuals. The same reconnaissance that maps employees also maps the company: infrastructure, misconfigured services, and increasingly API endpoints leaked during LLM deployments. Production AI tools calling internal services, chatbots inadvertently surfacing internal documentation, LLM APIs left exposed during staging, these aren't edge cases, they're patterns blue teams are consistently missing.
 
From there, the path in is shorter than most teams think. Either a well-profiled employee gets phished into opening the door, or an exposed AI-connected service was never meant to be public in the first place. And once an attacker reaches an internal LLM: a security chatbot, an AI-assisted SIEM, an LLM-integrated IR tool, prompt injection becomes the final piece. Your AI doesn't know the difference between a legitimate query and a crafted instruction. Your analyst might not either.
 
We'll demonstrate each stage, then flip the lens entirely covering how defenders can map their AI exposure, harden LLM-integrated tooling, and break the chain before it completes.
 
Attendees will leave with:
  • Visibility into how AI-powered recon pivots from employees to exposed infrastructure
  • Awareness of LLM deployment patterns that unintentionally surface internal services
  • A framework for identifying prompt injection risks in security tooling
  • Actionable steps to audit and defend their AI attack surface
Speakers
avatar for Derick Johnson

Derick Johnson

Derick Johnson is a cybersecurity graduate student and practitioner specializing in the intersection of AI, large language models, and offensive security. His research focuses on two converging threats: how AI-powered tools are transforming open-source intelligence and reconnaissance... Read More →
Saturday September 12, 2026 3:00pm - 3:25pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk Track 2

3:30pm CDT

Paving the Road for AI-Driven Security Teams
Saturday September 12, 2026 3:30pm - 3:55pm CDT
We are not a traditional SOC. Notion’s Detection and Response Team (DART) is a small group of engineers and incident responders. We build the systems our own team runs on, and we own them end to end.
AI changed how we work. Our answer has been to pave the road for agentic security work: an internal platform of harnesses, CLI tools, review steps, and guardrails that makes AI workflows predictable enough to run during a real incident, and safe enough for other security teams to build on top of.
We will cover three things:
  1. Setting up AI agents for triage and investigations in a way we actually trust
  2. The boring stuff that makes it work. Harnesses, CLI tools, and review steps so agent runs are repeatable and we can actually check what happened
  3. What that paved road unlocks, using security automations as the example. DART owns and runs the platform, so other security teams can ship new automations on top of it without having to learn the underlying infra
You’ll leave with the guardrails we actually use, patterns for making agent workflows deterministic, and the lessons we picked up scaling our automation and observability work.
Speakers
avatar for Britton Hayes

Britton Hayes

Detection and Response Engineer, Notion
Britton is a detection and response engineer building tools to keep security simple. Currently at Notion focusing on incident response, security automation, and detection engineering. Previously, he architected observability pipelines at Fortune 500 scale and secured Kubernetes infrastructure... Read More →
avatar for Joakim Pedersen

Joakim Pedersen

Detection and Response Engineer, Notion
Joakim is a Detection and Response engineer at Notion, focusing on detection engineering, incident response, and observability. With a background in offensive security, he brings an attacker mindset to defending cloud infrastructure at a global scale.
Saturday September 12, 2026 3:30pm - 3:55pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
  Talk Track 2

4:00pm CDT

Finding SOCKS with ProxyWatch
Saturday September 12, 2026 4:00pm - 4:25pm CDT
Attackers increasingly use SOCKS proxies on intrusions to pivot through compromised networks and to keep their tools away from EDR. C2 frameworks like Sliver, Cobalt Strike, and Mythic make it simple to turn one callback into a gateway for the entire network. 


As defenders, we looked at existing guidance to find SOCKS proxies and found detections too narrowly focused on specific tools, or advice too difficult to implement for every possible technique an attacker could run through SOCKS. We looked at how to identify behaviors when a process acts as a SOCKS proxy, from endpoint and network telemetry, and created ProxyWatch, a tool to find SOCKS. This talk will cover our research process into how SOCKS works, why attackers choose to use SOCKS, ways to potentially identify SOCKS behaviors in your data, and introduce ProxyWatch as a tool that implements the signals we found. 


If you’re a defender, detection engineer, incident responder, or anyone curious about how these attacks work, we invite you to join in and learn how ProxyWatch can help you find SOCKS proxies.
Speakers
avatar for Brian Reitz

Brian Reitz

SpecterOps
Brian Reitz is a consultant for SpecterOps for the Adversary Detection team, working on detection engineering for a variety of clients. He previously worked in detection and response in healthcare, and pentesting, red team, and defensive work for public-sector and commercial clie... Read More →
avatar for John Wotton

John Wotton

Consultant, SpecterOps
John Wotton is a Consultant at SpecterOps specializing in adversary simulation, Active Directory, Physical Security, and EDR evasion. He focuses on custom tooling, offensive and defensive research, and helping organizations defend against advance persistent threats.
Saturday September 12, 2026 4:00pm - 4:25pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

4:30pm CDT

Zero Trust After the Breach: Lessons from Real-World Incident Response
Saturday September 12, 2026 4:30pm - 4:55pm CDT
When a breach hits, the instinct is clear: shut everything down. But is that always necessary and what does it cost the business?
In the face of increasingly sophisticated attacks, perimeter-based defences often collapse once compromised. This session explores how Zero Trust changes that equation, not during the breach itself, but in how organisations recover and rebuild securely.
Drawing on real-world incident response in large enterprises, the talk shows how to turn reactive recovery into long-term resilience. It highlights what actually works in practice: reducing lateral movement, limiting blast radius, and maintaining essential services while addressing practical challenges.
This includes rapid onboarding of tens of thousands of users under crisis conditions, enabling secure third-party access for recovery teams, and implementing segmentation across workforce, datacentre, branch, and OT environments.
Breaches create a rare window to enforce least-privilege access and accelerate Zero Trust adoption.
Speakers
avatar for Andrea Ibiassi

Andrea Ibiassi

Sr Solutions Consultant, Zscaler
Saturday September 12, 2026 4:30pm - 4:55pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

5:00pm CDT

Superposition, not Superstition
Saturday September 12, 2026 5:00pm - 5:25pm CDT
SUPERPOSITION WITHOUT SUPERSTITION
Why the foreseeable state of quantum computing is not a nightmare for security practitioners


In this illuminating talk, we’ll cut through the quantum hype to reveal why security professionals can approach quantum computing with informed confidence rather than panic.


While headlines scream about the imminent apocalypse of our cryptographic systems, reality paints a dramatically different picture. This presentation delivers a refreshingly sober analysis of quantum computing’s actual security implications, replacing fear with facts.


Key Insights:
Reality Check on Timelines
The horizon for practical cryptographically relevant quantum computers stretches far beyond sensationalist coverage, likely years or even decades before systems capable of breaking RSA or ECC at a meaningful scale materialize. Even then, these systems will initially be massive research facilities accessible primarily to nation-states, not everyday threat actors.


“Unless you’re a high-priority target for these select few actors with nation-state resources, should quantum computing really keep you up at night?”


Technical Hurdles That Won’t Disappear Overnight
We’ll dissect the substantial challenges quantum computing still faces, comparable to nuclear fusion energy, where “breakthrough announcements” often represent minimal progress in the greater journey. Error correction requirements, qubit coherence limitations, and scaling challenges aren’t merely engineering problems but fundamental physics puzzles requiring revolutionary solutions.


The Quantum Security Advantage
Discover how quantum technologies themselves offer robust security benefits through innovations like Quantum Key Distribution (QKD). Learn how the security community’s decades of preparation have yielded practical post-quantum cryptographic standards and hybrid approaches that organizations can implement today as part of sensible transition strategies.


Practical Preparation
Walk away with actionable insights on how to approach quantum-resistant security planning without overinvesting or underestimating. Learn which threats are real, which are exaggerated, and how to communicate quantum risks accurately to stakeholders and executives.


Join us for a reality-based assessment that replaces quantum superstition with quantum understanding, providing security practitioners with a practical perspective on this fascinating technological frontier. 

This session is ideal for CISOs, security architects, and security practitioners who need to separate quantum computing fact from fiction.
Speakers
avatar for Johnny Xmas

Johnny Xmas

Global Head of Offensive Security, Fortune 150 Food & Bev Manufacturer
Johnny Xmas, a prominent figure in the Information Security community since 2002, is a board member of both Chicago's famous BurbSec community, as well as its BSides312 conference. He's most notably recognized for his pivotal role in exposing the American TSA Master Key leaks (2014-2018... Read More →
Saturday September 12, 2026 5:00pm - 5:25pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

5:30pm CDT

Building the Human Firewall: Why Security Awareness Must Precede the Workplace
Saturday September 12, 2026 5:30pm - 5:55pm CDT
Cybersecurity conversations often begin inside corporate boardrooms and Security Operations Centers but by then, the foundation for risk is already set. In a world where digital native generations are entering the workforce, the strongest "human firewall" must be established long before an employee receives their first corporate login.
This session reframes cybersecurity education as a foundational life skill rather than a purely technical discipline. By shifting the focus from corporate compliance to early digital awareness, organizations can significantly reduce their long-term enterprise risk. We will explore how early exposure to core concepts like digital hygiene, social engineering, and the psychology of trust can create a culture of security that naturally extends into professional environments.
Drawing on practical insights from incident response and governance, risk, and compliance (GRC) frameworks, this talk will demonstrate the direct correlation between proactive digital literacy and a resilient defensive posture. Attendees will leave with a new perspective on training strategies that move beyond "checking the box" and toward a more intuitive, security-first mindset. This session is ideal for security leaders, educators, and anyone interested in the intersection of human behavior and defensive strategy.
Speakers
avatar for Nousheen Begum

Nousheen Begum

Cybersecurity Leader | GRC & AI Security | CISSP | VP, WiCyS Wisconsin | Board Member, ISACA Milwaukee & ISC2 Wisconsin, WiCyS Wisconsin
Nousheen Begum is a seasoned cybersecurity professional with over 10 years of experience in Security Operations (SOC), Incident Response, and GRC. She holds an M.S. in Cybersecurity from the University of Illinois Springfield and is a CISSP and CEH certified professional. Currently... Read More →
Saturday September 12, 2026 5:30pm - 5:55pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
 
Sunday, September 13
 

10:00am CDT

How to Do Just About Anything (Including Security): Turning Curiosity and Creativity into a Career
Sunday September 13, 2026 10:00am - 10:25am CDT
Learning something new, for me, often means figuring it out myself. While we have tutorials and AI on demand, experimentation and a willingness to get things wrong is still required. My story started with a book called “How to Do Just About Anything” and a realization that, with enough curiosity, you actually can.


This talk shares a non-linear path from breaking computers as a teen to understand them, creating within extreme constraints, and turning trial and error into a career that spans from high school dropout to security leadership, all while staying true to my art-tech-geek roots.


Rather than focusing on specialization, I’ll break down the practical patterns behind building strong fundamentals, both technical and human, combined with curiosity, creativity, and ownership can open doors and get you into conversations you weren’t “qualified” to be in.


I’ll connect these ideas directly to real-world security work: learning new domains quickly, navigating organizational complexity, and building the relationships needed to drive change. We’ll explore how incremental improvement compounds over time, how to operate in environments where “this is how it’s always been done” is the default, and how community involvement accelerates growth.


If you’ve ever felt like your path doesn’t fit a traditional mold, or you just know you can do more, this talk offers a practical perspective on how building beyond your core strengths can help you create opportunities, influence outcomes, and define your own path in security.
Speakers
avatar for Dan Browder

Dan Browder

Director, Information Security Portfolio, First National Bank of Omaha (FNBO)
Dan has over 25 years of experience working at the in technology and security spanning roles of graphic design, help desk and security risk. He leads strategic cybersecurity initiatives that shape FNBO’s security posture, with a focus on strategy, risk reporting, AI governance... Read More →
Sunday September 13, 2026 10:00am - 10:25am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

10:30am CDT

From Logs to Logic: Building Detections That Don’t Suck
Sunday September 13, 2026 10:30am - 10:55am CDT
Most security teams have no shortage of logs, yet turning that data into reliable detections is a different problem entirely.

In reality, detection efforts often fall apart because of messy data, vague assumptions, and a haphazard approach to building and maintaining them. The outcome is all too familiar: overwhelmed analysts tuning out alerts, threats slipping through the cracks, and detections that look impressive in presentations but crumble under real-world pressure.


This presentation pulls back the curtain on how detection engineering actually works in the trenches. We'll start with raw telemetry data and walk through the process of translating attacker behavior into testable hypotheses, then converting those hypotheses into detection logic that gets refined through ongoing feedback.


I'll introduce a practical lifecycle for detection engineering, covering research, hypothesis development, creation, validation, deployment, and tuning. This structured approach ensures that detections aren't just built once and forgotten, but evolve alongside the threats they're designed to catch.


Finally, we'll bridge detection engineering with threat hunting and broader cyber operations. You'll walk away with a straightforward framework for building detections that are not just technically sound, but genuinely useful when it matters most.
Speakers
avatar for Kyle Barboza

Kyle Barboza

Senior Threat Informed Defense Engineer, Financial Services Company
Kyle is a detection engineer and cyber operations leader focused on turning raw telemetry into actionable defense. He specializes in threat detection, incident response, and building scalable detection programs using automation and detection-as-code principles. With experience leading... Read More →
Sunday September 13, 2026 10:30am - 10:55am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

11:00am CDT

Containers Don't Lie. But Your Security Tooling Might Be Missing What They're Saying
Sunday September 13, 2026 11:00am - 11:25am CDT
Container security is one of those topics that sounds solved. We've got image scanning. We've got runtime policies. We've got Kubernetes RBAC. So why are containers still showing up as the initial access vector in breach reports year after year?


Because most of our tooling is looking at the wrong things at the wrong time.


This talk is about shifting container threat hunting from reactive to genuinely proactive, not by buying another tool, but by understanding what behavioral signals containers are already producing and building detection logic around those signals.


I've spent years running Kubernetes at scale in production environments, managing security for platforms that can't afford downtime and can't afford breaches. What I've learned is that containers are actually quite chatty. Syscall patterns, network connection behavior, image layer anomalies, runtime drift. They tell a story. The problem is most teams aren't set up to read it.


In this session, I'll cover:


- The most common gaps between what container scanning tools report and what's actually happening at runtime
- Behavioral indicators that predict compromise before it escalates, drawn from real incident data
- How to build a lightweight threat hunting workflow using open-source tooling (Falco, eBPF-based detection, and custom OPA policies) that doesn't require a six-figure budget
- A demo of an open-source AI-powered Docker security analyzer showing how AI-assisted analysis can surface vulnerabilities that static scanners consistently miss


The demo portion will be hands-on. We'll start with a "clean" container environment that passes standard scanning, introduce an attack scenario, and then walk through how behavioral hunting catches what the scanners don't.


By the end, you'll have a practical hunting framework, a set of detection rules you can implement immediately, and a better mental model for where container defenses actually break down in the real world.


This is for defenders who are tired of being told their container stack is secure, and then watching alerts prove otherwise.
Speakers
avatar for Advait Patel

Advait Patel

Senior Site Reliability Engineer, Broadcom

Advait Patel is a Senior Site Reliability Engineer at Broadcom and the creator of DockSec, an open-source, AI-powered Docker security analyzer. With over 8+ years of experience in cloud-native security, DevSecOps, and secure software supply chains, he is passionate about building... Read More →
Sunday September 13, 2026 11:00am - 11:25am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

11:30am CDT

Deception strategy for securing cloud workloads
Sunday September 13, 2026 11:30am - 11:55am CDT
Defenders have deployed honeypots and honeytokens to detect threats targeting GCP workloads. The dynamic and ephemeral nature of cloud workloads with the resource-based policy model in GCP introduces unique characteristics that influence the design of deception. Defenders need to determine answers to questions such as: how many deceptions to deploy, what should they represent, how many of each type, how should these be named, where should the deceptions be placed? This session provides real-world insights from a security practitioner on the design of a deception strategy for cloud workloads that spans honeytokens (GCP IAM service accounts, GKE service accounts) and honeypots (compute instances, storage, pods).
Speakers
avatar for Suril Desai

Suril Desai

VP Engineering, Acalvio
Suril is VP Engineering and Security SME at Acalvio. Suril has deep domain expertise in cybersecurity and has a strong academic and industry background in Computer Science. Suril holds several patents.
Sunday September 13, 2026 11:30am - 11:55am CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

12:00pm CDT

When the Package Is the Weapon: Detecting and Responding to npm Supply Chain Intrusions
Sunday September 13, 2026 12:00pm - 12:25pm CDT
Your developers trust npm. Attackers figured that out before your detection stack did.
This talk is a ground-up forensic reconstruction of two real npm supply chain campaigns — the NX package compromise in late 2025 and the axios RAT campaign in March 2026 — told entirely from the defender's perspective. Not a theoretical exercise. This is what the logs actually looked like, what the tooling missed, and what finally surfaced the activity.
We walk through how a malicious git hook silently drops a RAT onto a developer endpoint the moment they run a routine yarn dlx command, why this technique is specifically engineered to stay quiet in standard endpoint telemetry, and what the attacker does next. The target isn't your servers. It's the MetaMask wallet sitting in your developer's browser profile and the seed phrases cached in their dotfiles. Cloud credentials are secondary — harvested and staged for resale while the crypto moves on-chain.
The second half of the talk is pure blue team. We'll share the Humio/LogScale query patterns that actually worked, the CrowdStrike telemetry fields that matter for this attack class, the detection gaps these campaigns deliberately exploit, and a hardening checklist your security team can hand directly to engineering.
Real IOCs and detection artifacts from live incident forensics will be released during the session.
You will leave with something you can use the same week.
Speakers
avatar for Mohit Bansal

Mohit Bansal

Senior Engineering Manager, Security Engineering, Webflow
Mohit Bansal leads a security engineering team spanning SecOps, Vulnerability Management, Enterprise Security, Incident Response and security tooling. He brings 10+ years of security experience across application security engineering and leadership roles at multiple high-scale technology... Read More →
Sunday September 13, 2026 12:00pm - 12:25pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

12:30pm CDT

Models and More: using data to inform decision making
Sunday September 13, 2026 12:30pm - 12:55pm CDT
Organizations of all types are working to use data to make better decisions. This includes risk management decisions, such as whether to avoid, mitigate, accept, or transfer a particular risk. But what types of data work best? How do correlation and causation impact your risk analysis? Learn from a cyber insurance pro how they balance the speed of modeling and analytics with the deep experience of domain experts to choose what risks to accept. You will walk away with an understanding of how to effectively use different data sources to support risk management in your organization. 
Speakers
avatar for Amanda Draeger

Amanda Draeger

Principal Cyber Risk Engineer, Liberty Mutual Insurance
Amanda is a Principal Cyber Risk Engineer at Liberty Mutual Insurance. She is an Army vet, has way too many credentials, and likes yarn. 
Sunday September 13, 2026 12:30pm - 12:55pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

1:00pm CDT

Using Pentest Findings to Improve Detections
Sunday September 13, 2026 1:00pm - 1:25pm CDT
Most penetration test reports get filed and forgotten. SOC teams never confirm whether their alerts fired during the engagement, and adversaries keep reusing the same techniques. This session shows blue teamers how to digest a penetration test report and turn every pentest finding into a working detection.
We'll break down pentest reports from the SOC's perspective, focusing on the methodology sections where attacker behavior is documented with command line invocations, tooling, and attack narratives. We'll cover what artifacts to require from testers before the engagement begins, including timestamped command logs, source and target IPs, compromised accounts, and MITRE ATT&CK technique IDs.
Attendees will leave with a repeatable feedback loop for transforming pentest results into measurable detection improvements, supported by tools like Sigma, Atomic Red Team, VECTR, and Caldera.
Speakers
avatar for Ashley Knowles

Ashley Knowles

Cyber Security Analyst, Black Hills Information Security
As a Security Consultant, Ashley’s role is to perform network (internal/external), social engineering, and cloud penetration tests, as well as participating in red team assessments. Since joining the infosec community in 2013, she has developed and taught hacking classes, worked... Read More →
Sunday September 13, 2026 1:00pm - 1:25pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

1:30pm CDT

From Compliance to Covert Ops: Demystifying the Offensive Security Landscape
Sunday September 13, 2026 1:30pm - 1:55pm CDT
The most critical stage when using offensive security to improve defenses comes after obtaining leadership approval for a testing exercise. Current industry definitions have significant overlap, with the same term used to describe different underlying services, and with the added complication of AI-based offensive tools. Overshadowed by years’ worth of penetration tests exploiting the same set of techniques, or red teamers waltzing through the front door, driving lasting and impactful security improvements based on testing results continues to become less straightforward.


As an industry, we have accepted that using offensive testing is a good way to find gaps in our defenses. However, less attention is given to whether the type of testing chosen actually helps to systematically fix the gaps identified. This leads to problems like:
  1. Penetration tests continuing to surface the same class of findings as previous years, or the same finding in a different location.
  2. Organizations paying for advanced red team exercises while not having implemented foundational security controls.
The types of problems mentioned above arise because defenders often select offensive testing solutions based on the service "name". This leads to a mismatch between the type of offensive testing conducted and the defensive technologies that need to be validated. 


In this session, I will first provide a framework for defenders to categorize types of offensive security testing based on what their security controls will be tested against (attacks vs. adversaries) and how they will be tested (emulation vs. simulation). This framework helps defenders to:
  1. Understand what the core value proposition of each offensive security service is, independent of what terminology is used to describe it.
  2. Work bottom-up from the defenses you have to identify the most appropriate testing methodology.
Next, I will demonstrate how to use this model within attendees’ organizations to plan out an offensive testing program based on their threat model, security goals, and maturity. 


The goal of this session is to encourage attendees to think about offensive security from a new standpoint. By introducing a framework to categorize offensive testing methodologies with a primary focus on the security controls being validated, defenders will understand how to distinguish between the various offensive security services on the market, select the most appropriate solution for their organization, and progress between offerings as their security program matures.
Speakers
avatar for Sandun Bambarandage

Sandun Bambarandage

Security Consulting Manager, LevelBlue
Sandun is a Manager within the Security Advisory Services team at LevelBlue (formerly Stroz Friedberg). He currently leads the Breach and Attack Simulation program, using atomic simulations of adversarial techniques at scale to validate the effectiveness of security tools and system... Read More →
Sunday September 13, 2026 1:30pm - 1:55pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

2:00pm CDT

The Contextualization Gap: Why Your SOC Has the Data But Not the Story
Sunday September 13, 2026 2:00pm - 2:25pm CDT
Security operations teams are not losing ground because they lack tools. They are losing ground because they have accumulated too many tools, each addressing a specific threat, each generating its own telemetry, with no architecture capable of connecting that data into a coherent, actionable picture of what is happening in the environment. The result is a team simultaneously overwhelmed by data and operationally blind to the threats moving through it. This is true for internal SOC teams and for MSSPs, and the burden manifests differently for each.


The core problem is structural: the five functions required to convert raw telemetry into a security decision, specifically aggregation, correlation, analysis, decision making, and execution, are not all human-speed functions. The first three demand machine-level speed and scale. 


1. Aggregation requires collecting and storing every data point from every endpoint and point solution, in raw form, before filtering occurs. 2. Correlation requires establishing real-time relationships across those data points at a scale no analyst team can match manually. 
3. Analysis requires assembling those relationships into a complete, contextualized picture of what is present, what it is doing, and whether it represents a threat. 


These three functions, performed at the volume and velocity modern environments generate, are beyond the operational capacity of any human element working without machine support.


Yet most organizations have humans attempting to manage all five steps, and both sides of the security operations equation pay for it.


Internal SOC teams silo the data conversation, leaving executive leadership, board members, and stakeholders without the context to authorize meaningful action. 


External providers face a version of the same problem: unable to build full context from fragmented data, they struggle to explain which data matters to the client, let alone guarantee the client is protected. They carry that uncertainty every day. 


In both cases, the human element absorbs the burden of functions it was never designed to perform, and the organization remains exposed.


This session presents the operational argument for a different architecture: one in which an AI and ML-driven security contextualization engine executes steps one through three against the full data lake in real time, and delivers the output (a contextualized, prioritized picture of environmental activity) to the human operator. 


The human element is not removed from the process. It is repositioned to the two steps where human judgment is irreplaceable: decision making and execution. The operator arrives at step four informed, not overwhelmed.


The session draws from documented deployments in resource-constrained environments, including a regional security operation that processed 35,331 threats, eliminated 351 classified at high severity, and maintained zero major security incidents, at 77% below the cost of an equivalent internal SOC. The outcomes were not produced by adding analysts. They were produced by correctly positioning the human element within the detection lifecycle.


Attendees will leave with a framework for auditing where their team is currently positioned in the five-step cycle, a model for what machine-executed contextualization makes operationally possible, and a practical starting point for closing that gap.
Speakers
avatar for Cyrus Walker

Cyrus Walker

Founder/CEO, Data Defenders
Thirty years of operational cybersecurity experience spanning municipal government, nonprofit, and healthcare sectors. Work includes forensic investigation, critical infrastructure protection, and the design and operation of shared regional security programs built for organizations... Read More →
Sunday September 13, 2026 2:00pm - 2:25pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA

2:30pm CDT

AI-Assisted IR Without the Lies: A Browser Forensics Case Study
Sunday September 13, 2026 2:30pm - 2:55pm CDT
Offensive security teams are deploying autonomous agents that chain vulnerabilities end to end without human intervention. Vulnerability researchers are using LLMs to discover and exploit zero-days at a pace no human team can match. AI is already on both sides of the fight, and the gap between organizations that harness it and those that do not is widening fast.
Incident responders have largely held back, and for a good reason.
In IR, a hallucination is not a minor inconvenience. A fabricated timeline entry, a missed lateral movement path, or a confidently wrong attribution can mean a backdoor stays in the network, exfiltrated data goes unaccounted for, or an organization remediates a fiction while the real compromise remains intact. The stakes are not just technical. IR findings increasingly inform legal proceedings, regulatory responses, and executive decisions. Forensic evidence analyzed by a system that invents facts has no place in that chain.
And yet: if AI can genuinely accelerate triage and scope analysis, the organizations we respond for recover faster. That matters.
In the past months, we have been solving the precision problem rather than avoiding it. We started with one concrete use case: browser forensics. Using a combination of skills and agents, we built a pipeline that accelerates artifact triage and timeline reconstruction on real engagements.
The pipeline fetches browser history directly from the endpoint regardless of OS, parses artifacts across Chrome and Edge, and searches for relevant entries based on the suspicious activity that prompted the investigation, whether that is a domain, a time window, or a combination of both. What previously required an analyst to manually locate, extract, and cross-reference browser databases is now scoped and surfaced automatically, with the agent linking findings back to the original investigation context.
In this talk, we walk through exactly how we built it, how we validated the outputs, where the model failed, and what we put in place to catch it. We will also share what we learned and how we plan to apply those lessons to other elements of IR going forward.
Attendees will leave with a clear picture of how to structure a skills and agents pipeline for forensic analysis, the specific validation techniques we used to constrain hallucinations, and a realistic sense of where AI-assisted IR is ready for production and where it is not.
Speakers
avatar for Aaron Hau

Aaron Hau

Security Engineering Team Leader, Daylight Security
Aaron is a security researcher with more than five years of experience across various aspects of Cybersecurity including Incident Response, Red Teaming and Security Research. He is currently a Security Engineering Team Lead at Daylight, where he builds agentic security services such... Read More →
avatar for Kyle Henson

Kyle Henson

Security Engineering Team Leader, Daylight Security
Kyle is an incident response leader with more than seven years of experience in DFIR and threat intelligence. He is currently a Security Engineering Team Lead at Daylight, where he builds agentic security services such as MDR, threat hunting, and incident response that combine automated... Read More →
Sunday September 13, 2026 2:30pm - 2:55pm CDT
Swissôtel Chicago 323 E Wacker Dr, Chicago, IL 60601, USA
 
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