Human Error Drives Breaches
Over 80% of cyber incidents involve human factors. Training reduces your exposure to phishing, social engineering, and procedural failures.
Practice-based education in digital forensics, cybersecurity, cybercrime investigations, incident response, artificial intelligence, secure software, governance, and quality management. Built by investigators, operators, educators, and certified professionals who understand what evidence, risk, and accountability look like in the real world.
64+ courses across 9 professional tracks—from foundational awareness to advanced practitioner and graduate-level study.
Over 80% of cyber incidents involve human factors. Training reduces your exposure to phishing, social engineering, and procedural failures.
Regulators, auditors, and partners increasingly require documented security awareness. Training provides evidence of due diligence.
Organizations with trained teams respond faster, contain incidents better, and recover with less disruption and reputational damage.
Phishing defense, password discipline, social engineering recognition, mobile security, and safe data handling for personnel at every level.
Evidence identification, preservation, chain of custody, acquisition, examination, reporting, and courtroom-ready investigative workflows.
Threat detection, vulnerability management, ethical hacking, secure architecture, penetration testing, and operational defense.
Containment, communication, evidence preservation, eradication, recovery, and post-incident learning under real operational pressure.
AI foundations, responsible adoption, AI-assisted engineering, secure development, AI threat modeling, red teaming, and agentic-system security.
AI governance, information-security governance, process control, ISO-aligned quality management, audit readiness, corrective action, and continual improvement.
Decision frameworks, board responsibilities, government programs, law-enforcement capability building, and crisis leadership.
Evidence identification, preservation, chain of custody, acquisition, examination, reporting, and courtroom-ready investigative workflows.
🔬 9 courses · Court-ready. Evidence-led. Built by examiners.
Threat detection, vulnerability management, ethical hacking, secure architecture, penetration testing, and operational defense.
🛡️ 9 courses · Offensive and defensive. Practical. No fluff.
From street-level fraud to nation-state operations. OSINT, dark web intelligence, financial cybercrime, and cross-border cooperation.
🔍 6 courses · From street-level fraud to nation-state operations.
Containment, communication, evidence preservation, eradication, recovery, and post-incident learning under real operational pressure.
🚨 3 courses · Contain. Investigate. Recover. Every minute counts.
AI foundations, responsible adoption, AI-assisted engineering, secure development, AI threat modeling, red teaming, and agentic-system security.
🤖 9 courses · Build AI capability without surrendering security, judgment, or accountability.
Process control, ISO-aligned quality management, audit readiness, corrective action, and continual improvement.
📋 5 courses · Build a QMS that works in daily operations—not a shelf of documents created for an auditor.
Deep-dive programmes in forensics, governance, cyber law, Linux forensics, DFIR, malware analysis, and professional ethics.
🎯 15 courses · Deep-dive programmes across multiple disciplines.
Phishing defense, password discipline, social engineering recognition, mobile security, and safe data handling for personnel at every level.
💡 8 courses · Security starts with awareness.
Decision frameworks, board responsibilities, government programs, law-enforcement capability building, and crisis leadership.
🏛️ Coming soon · Strategic leadership for cyber risk and institutional resilience.
“A forensic examiner acquires a disk image of a suspect device without first documenting the device's serial number, acquisition date, and hash value. Which of the following best describes the primary legal risk?”
A) The image cannot be used for analysis
B) Chain of custody may be challenged in court ✓
C) The image is automatically inadmissible
D) Acquisition methodology is irrelevant if the image is complete
“Every question in our courses is drawn from real casework or court scenarios. We don't ask about textbook definitions — we ask about decisions.”
— Dr. Patrick A. Linton, ByteWire Forensics Academy
Live instructor-led sessions accessible from anywhere, with interactive exercises and real-time Q&A.
We come to you. Workshops delivered at your facility, tailored to your environment and team dynamics.
Dedicated sessions for your organization only. Customize content, schedule, and pace to match your needs.
Structured cohorts for agencies and law enforcement with context-specific curriculum and clearance considerations.
A practitioner's checklist — free download
When ransomware hits, the decisions made in the first three hours determine whether you recover in days or months. This checklist — drawn from real incident response engagements — gives your team a clear, sequenced action plan.
PDF · 2 pages · Immediate download
Download Free ChecklistOpening lesson from FCMP-1001
Understand what counts as digital evidence, how it is collected, and why chain of custody determines whether it can be used in court.
Preview · No registration required
View Course DetailsOur programs align with industry standards and compliance requirements, giving your organization documented training that satisfies auditors and regulators.
Academic rigor notice: “Undergraduate-level” and “graduate-level” describe the expected academic rigor of ByteWire professional education. ByteWire Forensics Academy does not award college credit or academic degrees unless a course is offered under a separate agreement with an authorized degree-granting institution.
Whether you need a single workshop or a multi-year capability-building program, we can design training that fits your organization, your industry, and your budget.