Training
Technical Security Training
Courses are shaped for the audience and can cover system and network security, web applications, mobile applications or incident response.
- System and network security
- Web application security
- Mobile application security
- Incident response
The challenge
Training must apply to real systems
Technical training has little value when it cannot be applied to the systems people operate. Cyberus shapes practical learning around audience roles, current skills and realistic tasks across systems, networks, applications and incident response.
Role-relevant technical learning
Technical security training should help participants recognize, investigate or prevent problems they are likely to meet. A common syllabus may not serve developers, administrators and responders equally well.
Cyberus agrees learning objectives and prerequisites first, then combines concise explanation with guided exercises and discussion. Training examples are controlled and designed for learning rather than use against unauthorized systems.
Building a skill path
- Audience profile. Roles, experience and prerequisites define what participants can already do.
- Learning goals. Clear objectives describe what each role should be able to do after the session.
- Guided practice. Controlled exercises let participants try techniques in a safe, supervised setting.
- Applied habit. Feedback and follow-on topics help the skill carry into everyday technical work.
Why it matters
- Business risk: Teams that build and run systems without current security skills repeat avoidable mistakes that testing then has to find.
- Decision it supports: Managers can decide which roles need which topics, and where practice would reduce rework or response delays.
- What you receive: You receive sessions shaped to your roles, with controlled exercises, feedback and suggestions for further practice.
Training tracks built around practical work
System and network security
Explore configuration, access, segmentation, common weaknesses and evidence from network activity.
- Why it matters
- Administrators who understand access and segmentation make fewer configuration mistakes that expose systems.
- Supports
- Targeting training at infrastructure teams
Web application security
Connect secure design and development choices to representative application weaknesses.
- Why it matters
- Developers who see how weaknesses arise can avoid them at design time, when fixing is cheapest.
- Supports
- Reducing defects before testing
Mobile application security
Examine application storage, communications, platform behavior and supporting service risks.
- Why it matters
- Mobile apps depend on local storage, network traffic and back-end services, each a separate place for mistakes.
- Supports
- Equipping mobile teams to review their work
Incident response
Practice triage, evidence decisions, investigation hypotheses, containment and communication.
- Why it matters
- Practice with triage, evidence and communication builds confidence before a real incident forces decisions.
- Supports
- Preparing responders for pressure
Team-specific workshops
Focus exercises on selected roles, technology concepts and operational scenarios.
- Why it matters
- Mixed audiences dilute a course, so focusing on specific roles makes the time more useful.
- Supports
- Matching content to team needs
How technical training is developed
Why choose Cyberus for technical security training
Move from isolated commands to a repeatable way of thinking.
Team certifications
Individual qualifications held by members of the Cyberus team. They are not company accreditations, and not every consultant on an engagement holds every badge.
OSCP
Hands-on penetration testing skills, from enumeration to exploitation and privilege escalation.
OSWE
Web application security skills, including source code review and exploiting complex web vulnerabilities.
OSED
Exploit development skills, including analysing Windows software and writing custom exploits.
OSCP+
Hands-on penetration testing skills, from enumeration to exploitation and privilege escalation.
CRTA
Red team analysis skills, including adversary tactics and techniques.
eWPT
Web application penetration testing skills, from assessment method to exploiting common web flaws.
eWPTX
Advanced web application penetration testing skills, including complex attack techniques.
eMAPT
Mobile application penetration testing skills for Android and iOS applications.
BTL1
Defensive security skills across security operations, phishing analysis, forensics and incident response.
eCIR
Incident response skills, including investigating, containing and analysing security incidents.
CRTE
Red teaming skills focused on Windows environments and the tradecraft used against them.
CCT
EC-Council's Certified Cybersecurity Technician (CCT) validates foundational security, network, and defense skills.
Security+
CompTIA Security+ validates core skills in baseline cybersecurity, risk management, and threats.
Technical Security Training
Frequently asked questions
Can training be adapted for different experience levels?
Yes. Audience assessment and prerequisites help separate introductory, intermediate and more advanced learning goals.
Are exercises conducted on production systems?
Training should use controlled environments or approved materials. Activities against operational systems require separate authorization and risk planning.
Can several technical tracks be combined?
They can, but the learning objectives and available time should remain realistic. A focused path usually provides more useful practice than broad topic coverage.
Plan technical training for your team
Tell us about the audience, their current skills and the tracks you are interested in.