The Case Files of Detective Aems: A Study in Digital Deduction
A Sherlock Holmes-style narrative tracking an email security incident, illustrating how artificial intelligence identifies and mitigates deceptive mail payloads.
I spent five years exposing vulnerabilities as a journalist before moving in-house to lead editorial strategy for Cortex and Unit 42. I don't just write about cybersecurity—I translate complex telemetry and product architecture into accessible narratives that help practitioners execute and CISOs make decisions.
Click on any chapter below to automatically explore works from that era.
Directing editorial standards and strategy across threat intelligence and security operations portfolios. Co-authoring premium research and whitepapers while crafting narratives that make dry topics like email security and automation engaging and accessible.
View works from this eraCollaborated with the Managed Threat Response (MTR) squad to translate deep threat telemetry and day-to-day forensic incidents into high-pickup casebooks and investigative analyses.
View works from this eraExposing vulnerabilities, reporting on election security from DEF CON, covering major keynotes, interviewing security leaders, and producing acclaimed longform features on CISO stress and operational compliance.
View works from this eraA selection of featured projects spanning creative security narratives, forensic incident analysis, and deep-dive compliance reporting.
A Sherlock Holmes-style narrative tracking an email security incident, illustrating how artificial intelligence identifies and mitigates deceptive mail payloads.
Investigates a real-world intrusion where actors leveraged dormant and unmanaged service credentials to establish persistence. Significant press pickup.
Acclaimed, longform feature detailing corporate security leadership mental health struggles, liability stress, and rapid job turnover.
As Managing Editor at Palo Alto Networks since 2022, I maintain narrative control and editorial quality across all marketing, research, and campaign deliverables.
My oversight spans technical blogs, co-authored research reports, whitepapers, campaign assets, and major keynote deliverables for RSA, Black Hat, and our internal Symphony conference.
AI-powered security operations platform transforming legacy SIEM infrastructures.
Industry-leading network, endpoint, and cloud detection and response ecosystem.
Orchestration, automation, and response models streamlining incident response cycles.
Attack surface discovery and management, mapping active exposures globally.
Managed threat hunting, incident response, and active global threat intelligence feeds.
Centralized cloud security analytics, asset tracking, and vulnerability compliance.
I'm exploring senior roles in content strategy, editorial leadership, and enterprise communications. If something here resonates, let's talk.
Search and filter the complete archive of 87 threat reports, features, keynotes, and cybersecurity briefings.
A Sherlock Holmes-style narrative tracking an email security incident, illustrating how artificial intelligence identifies and mitigates deceptive mail payloads.
A narrative limerick written for National Limerick Day that breaks down the concepts and workflows of Security Orchestration, Automation, and Response.
Explores how proactive discovery, detailed inventory, and active testing of internet-facing assets construct structural resilience in enterprise systems.
Uses a gardening metaphor to explain the dynamic nature of enterprise attack surfaces and the necessity of constant digital pruning.
Co-authored global threat research analyzing scanning speeds and perimeter asset exposure, highlighting the speed at which threat groups target new CVEs.
Co-authored major study translating incident response cases into actionable intelligence on credential reuse and rapid boundary scanning.
Detailing global corporate perimeter structures and exposures, charting the speed differences between malicious port scans and internal remediation efforts.
Strategic guide for enterprise architects detailing the structural bottlenecks of legacy SIEM setups and arguing for AI-driven data normalization.
Explores how automated alert ingestion and automated threat stitching reshape the career trajectories and operational workflows of security analysts.
High-level roadmap showing corporate leaders how to discover, evaluate, and mitigate edge asset exposures across globally distributed entities.
A strategic framework helping security leaders justify security operations infrastructure upgrades to boardrooms and financial officers.
A technical and operational guide breaking down how autonomous AI agents execute defense workflows and protect complex network layers.
Provides analysts with a structured skill-mapping path to shift from manual alert triaging to automated engineering roles.
A tactical migration blueprint mapping the operational steps required to transition security event logging to automated lakes.
Details how merging threat hunting telemetry with external attack surface maps builds an integrated security perimeter.
Breaks down the storage structure, ingestion pipelines, and search optimization of extended security data repositories.
Details the need for continuous exposure scans as attackers utilize AI tooling to identify and exploit software vulnerabilities.
Investigates a real-world intrusion where actors leveraged dormant and unmanaged service credentials to establish persistence. Significant press pickup.
Broke down forensic telemetry into a detailed, chronological diary of a high-speed Conti infection, mapping actions from entry to encryption.
A case study on deploying security telemetry mid-compromise to isolate system boundaries and arrest active Netwalker payloads.
Tracks the live response operations of analysts intercepting active exploits targeting the ProxyLogon vulnerabilities in Microsoft Exchange.
Identifies and details the tools, infrastructure, and double-extortion strategies of the Astro Locker ransomware group.
Details the forensics behind a backdoor implant in a SolarWinds Orion server, using a hardboiled detective-style narrative framing.
Explores how modern social engineering threat groups bypass static 2FA policies and why physical security keys are required.
Q&A regarding malware reverse-engineering careers, establishing technical niches, and presenting telemetry findings at major conferences.
Discusses technical roadblocks in hardware and registry forensic analysis when actors employ anti-analysis techniques.
Predictive 2018 interview exploring the timeline for actors employing machine learning algorithms in automated attacks.
Details the financial and server overhead constraints preventing enterprises from building specialized local machine learning security models.
Google product lead details the transition of authentication structures from static SMS codes to hardware token integrations.
Explores user pushback, friction management, and corporate-wide enforcement strategies when rolling out robust MFA.
Discusses the strategic policy targets and security disclosures coming out of DEF CON's voting machine hacking village.
Ethicist discusses the boundaries of employee telemetry tracking, privacy frameworks, and algorithmic profiling in internal networks.
Veracode co-founder cuts through blockchain marketing hype to analyze concrete, realistic use cases in software supply chain integrity.
DerbyCon founder details the security community behavioral challenges and structural scale that led to ending the beloved conference.
Details how structural hiring demands, degree requirements, and credentials reinforce the cybersecurity talent shortage.
Explores compliance mechanics, developer requirements, and data storage liabilities under GDPR regulatory enforcement actions.
Interview with the co-author of The Ghidra Book, discussing reverse-engineering methodologies using the NSA's open-source tool.
Acclaimed, longform feature detailing corporate security leadership mental health struggles, liability stress, and rapid job turnover.
Investigates the communication alignment gap between corporate boards and technical engineering teams.
Details the metrics and arguments security leaders must prepare to secure funding during flat enterprise cycles.
Examines how eliminating legacy credential constraints in HR postings helps solve recruiting bottlenecks.
Explores retaining talent from nontraditional backgrounds by building supportive internal engineering cultures.
Broke down security posture transformations required as corporate boundaries dissolved during the sudden remote shift.
Details how incident teams trace operational downtime, response overhead, and compliance liabilities to model breach exposure costs.
Details the structural transition from legacy VPN concentrates to Secure Access Service Edge perimeter models.
Examines how unifying corporate security under a single structural framework (NIST, ISO) reduces reporting conflicts.
Analyzes the flood of socially engineered pandemic lures targeting remote workers and strategies for user awareness.
Identifies key exposure vectors, model poisoning risks, data leakage issues, and compliance gaps when adopting ML tooling.
Explores industry initiatives to create clear benchmark metrics for buyers evaluating security tools featuring machine learning.
Argues that cloud-native structures require shifting focus from legacy confidentiality to Distributed, Immutable, Ephemeral (DIE) models.
Examines how microsegmentation and strict zero-trust boundary verification reduce PCI auditing scope and compliance liabilities.
Breaks down security benefits, split-tunnel exposures, and routing risks in site-to-site VPN topology.
A diagnostic map helping administrators isolate routing timeouts, keep-alive failures, and server authentication drops.
Details endpoint configurations, privilege management, and user indicators required to block stealthy spyware payload executions.
Explores system performance costs, credential extraction vectors, and data exfiltration patterns associated with spyware.
Breaks down localized control structures, encryption demands, and trust levels separating LAN assets from WAN segments.
Evaluates encryption limitations, PDF password weaknesses, and modern transport-level security options for attachments.
Examines how merging legacy operational technology (OT) networks with corporate IT channels opens industrial controls to remote exploits.
Critical analysis of Google's security update strategies, arguing that platform feature shifts take priority over resolving fragmenting system code bases.
Argues that high-profile Department of Justice indictments of foreign state threat actors function primarily as diplomatic posturing rather than deterrents.
Evaluates Google's initial attempt to publish ecosystem patch ratios, calling it a tentative first step to address carrier-update latency.
Examines Google's mandates forcing device manufacturers to deliver patches within fixed windows, detailing the absence of audit controls.
Exposes conflicts between Department of Homeland Security public calls for election hacking help and their policy actions restricting vulnerabilities discovery.
Highlights how initial developer keynotes glossed over platform security architectures in favor of machine learning models features.
Discusses how security considerations have expanded beyond discrete IT parameters to govern overall corporate operational policies.
Critical column examining the cultural and behavioral conflicts in mid-sized information security conferences.
Cuts through initial alarmist media reactions to Face ID to detail actual mathematical security and biometric hashing models.
Evaluates the modular architecture of Project Treble, assessing if separating vendor implementation code speeds up OEM patch cycles.
Examines how political and data-sharing constraints reduced the geographical breadth of incident metrics in the 2017 DBIR.
Analyzes jurisdictional boundaries, chain-of-custody gaps, and encryption hurdles law enforcement faces when prosecuting cybercriminals.
Examines how federal forensic squads intercept and decrypt actor communications, tracing server paths across international jurisdictions.
Outlines how investigators leverage traditional interviewing techniques, human assets, and patterns of life to unmask actors behind online handles.
Detailed coverage of Dino Dai Zovi's call to integrate security controls directly into automated software development pipelines.
A retrospective exploring how host compliance liabilities, scale, and harassment reports forced the closure of DerbyCon.
Covers technical discussions on how threat syndicates transplant metadata indicators to mislead forensics analysts.
Reports on rising industry alarm over third-party dependencies, open-source library integrity, and vendor access controls at RSAC.
Covers Google's "Security Princess" detailing the failure of reactive patching and arguing for structural fixes in memory-unsafe languages.
Reports on industry initiatives addressing clinical depression, operational stress, and suicide rates among defensive security practitioners.
Covers critical hardware findings exposing how active US voting machines run outdated systems vulnerable to ancient privilege escalations.
Examines the shift from generic "machine learning" branding to practical, targeted anomaly detection models on the RSAC show floor.
Covers main-stage calls for collaborative intelligence sharing and building measurable, incremental hygiene habits rather than chasing magic tools.
Broke down Facebook CISO Alex Stamos' landmark address urging research circles to prioritize defensive engineering over zero-day glory.
Covered the inaugural Voting Village where researchers compromised state-level election machines within hours of physical access.
Examines if exposing physical voting hardware flaws prompts manufacturers and federal policy to mandate paper-audit backups.
Details policy conflicts regarding encryption backdoors, federal breach reporting, and international ransomware containment strategies.
Analyzes early optimism regarding executive orders mandating federal agencies adopt consolidated framework models.
A deep look at structural election vulnerabilities, illustrating how delayed state funding and legacy OS architectures persist.