Security Weekly Podcast Network (Video)

The future of secure software is going through a mix of skills expected of humans and skills files created for LLMs. We might even posit that appsec as a discipline will fade (and that might not even be a bad thing!). Keith Hoodlet describes the skills he was looking for in building teams of security researchers and why there's still an emphasis on the ability to learn about and understand how software is built.
But figuring out what skills will get you hired and what skills are valuable to invest in still feels daunting to new grads and others entering the security industry. We discuss where the role of appsec seems to be heading and a few of the security and software fundamentals that can help you follow that direction.
Segment resources
https://bsidessf2026.sched.com/event/2E1h4/we-pwn-the-night-growing-leading-an-31337-security-research-team?iframe=yes&w=100%&sidebar=yes&bg=no
https://drive.google.com/file/d/1_zLH8vuHU1XOjEyk85WecQwSByDwxAmQ/view?pli=1
https://securing.dev/posts/if-i-were-eighteen-again/
https://research.nvidia.com/labs/lpr/slm-agents/
Then, we rebroadcast two interviews from RSAC 2026.
The Identity Crisis of Agentic AI
Identity security is being stretched between legacy infrastructure that was never built to be secure and rapidly emerging AI agents and non-human identities that organizations are quickly adopting. As AI accelerates, identity risk grows alongside it, making agentic security fundamentally an identity challenge—because the more access AI has, the greater both its power and potential risk. In this session, Ron Rasin explores how past gaps in areas like Active Directory and machine identities created today's blind spots, and why identity must now act as the control plane for AI-driven enterprises, with real-time enforcement before access is granted. He also highlights new innovations and partnerships enabling embedded identity controls across human, non-human, and AI identities, emphasizing that at machine speed, reactive security is no longer enough.
To learn more about Silverfort and their AI Agent product, visit https://securityweekly.com/silverfortrsac.
Privileged by Design: AI Agents and the New Identity Risk to Production Systems
At RSAC this year, the AI conversation is getting more practical. Less "look what agents can do" and more "who's actually in control when an autonomous system can take real actions across business apps and infrastructure."
The Moltbook breach and the growing attention on OpenClaw-style agent vulnerabilities put real weight behind that question because they show how quickly agent ecosystems can scale past oversight.
Today we're talking with Shashwath, CEO of P0 Security, about why identity and authorization are the quiet enablers of modern AI, where teams are losing control as non-human identities explode and what security leaders can do to keep innovation moving without turning access sprawl into enterprise risk.
To learn more about P0 Security, visit: https://securityweekly.com/p0rsac.
Show Notes: https://securityweekly.com/asw-376

Interview with Helen Patton about her new book, Switching to Cyber
Helen joins us to discuss her second book, "Switching to Cyber." Her first book discussed strategies for handling various stages of the cybersecurity career, while this one, co-written with Josiah Dykstra, provides a guide for switching to cyber mid-career.
Check out her book, Switching to Cyber: The Mid-Career Guide to Launching a Cybersecurity Career:
on Amazon
on Barnes & Noble
and on the publisher's website
Interview with Lenny Zeltzer: Reflections on Being a CISO
After a cybersecurity career in various roles, doing everything from product management to malware analysis training, Lenny spent 6 years in the CISO seat at Axonius, from near the inception of the company through its growth from its modest Series A stage in 2019 to the present, with nearly a billion in funding today.
Lenny's CISO Essays:
What Being a CISO Taught Me About Security Leadership
As a CISO, Are You a Builder, Fixer, or Scale Operator?
The Chief Insecurity Officer
Interview with Alexandre Sieira: The state of TPCRM is shifting
The gold standard for third party cyber risk management has long been the humble questionnaire. While we've seen security rating services companies generate scores by scanning a company's external resources. Both approaches are widely considered inaccurate for either creating trust relationships or determining the true risk of doing business with a third party.
Every analysis of this problem comes to the same conclusion: without internal data about the state of systems and the security program, TPCRM can't improve substantially. Most this believe this to be an impossible problem: third parties would never share data this sensitive with a customer and first parties assume the same.
What if they did?
That's exactly the premise behind Tenchi Security, and Alexandre joins us to talk about how they've accomplished the 'impossible' in Brazil and aim to expand their success to the US.
Resources:
Thoughts from a panel discussion at a recent FS-ISAC event, shared on LinkedIn
Predicts 2026: Third-Party Cybersecurity Risk Management Evolves for the AI Era (Gartner Subscribers only, sorry)
Show Notes: https://securityweekly.com/esw-452

In this two-part interview, Rinoa Poison explores the mechanics of modern scams, the role of AI in making them more convincing, and the growing world of scam baiting. She also discusses the tactics, technical setups, and safety considerations behind wasting scammers' time.
Show Notes: https://securityweekly.com/swn-567

In this segment, we will explore some pretty awesome tools for scanning the Internet, with a focus on network edge devices. We'll bring it all together with Claude Code and look at some sample results. Tools include:
Shodan | Passive recon — query existing scan data for exposed devices, services, and vulns | Passive (API) | Instant (no packets sent)
ZMap | Host discovery — find live hosts with open ports | L4 (TCP SYN, UDP, ICMP) | Millions of packets/sec
ZGrab2 | Application-layer handshakes — grab banners, certs, headers | L7 (30+ protocol modules) | Thousands of hosts/sec
Nerva | Service fingerprinting — identify 140+ protocols with metadata, CPEs, technology stacks | L7 (TCP, UDP, SCTP) | Fast, concurrent
Nuclei | Template-based vulnerability scanning — default creds, exposed panels, known CVEs | L7 (HTTP, network) | Hundreds of targets/min
Shannon | Vulnerability exploitation — AI-powered whitebox pentesting of web apps | Application | ~1-1.5 hrs per target
edgescan.py | Automated pipeline — orchestrates all tools above into a single command | Orchestration | End-to-end
Show Notes: https://securityweekly.com/psw-919

With Q-day getting closer, regulatory guidance pushing firms to migrate to quantum security in the next five years, and an extensive remediation backlog waiting to be discovered, security leaders must start their quantum security migration today. Easier said than done. In this Say Easy, Do Hard segment, we discuss the quantum-safe journey using a framework for crypto-agility.
In part 1, we define cryptographic agility, or crypto-agility for short, and why it's important. Crypto-agility is not just about transitioning to quantum-safe cryptography in the nimblest way possible, and it's not something that can be achieved merely by updating encryption algorithms and protocols. Instead, you need to adapt your organization's cryptographic architecture, automation, and governance to allow for greater control and flexibility.
In part 2, we discuss a framework for discovery, prioritization, and remediation while keeping crypto-agility in mind. A quantum-safe journey requires:
Inventory of Systems With Non-Quantum-Safe Algorithms And Protocols
System Prioritization, Leading To A Migration Roadmap
Remediation, Including Vendors And Partners
Once a distant possibility, Q-Day is quickly approaching. Are you ready for 2030?
Segment Resources:
https://pqcc.org/wp-content/uploads/2025/05/PQC-Migration-Roadmap-PQCC-2.pdf
https://pqcc.org/wp-content/uploads/2025/06/PQCC-Inventory-Workbook.xlsx
https://qramm.org/learn/cryptoscan-guide.html
https://research.ibm.com/blog/quantum-safe-cbomkit
Show Notes: https://securityweekly.com/bsw-440