Cybersecurity Training
Learn security by understanding how attacks actually work.
Training built around real systems, incident investigation, malware, application security and the reasoning security professionals use when things go wrong.
Security Engineering · Incident Response · Malware · Application Security · Insider Threats
Security training should go beyond tools.
Cybersecurity professionals are often taught commands, products and checklists. Pratikar training focuses instead on understanding:
- —what is happening
- —why it is happening
- —what evidence supports the conclusion
- —how an attacker thinks
- —how systems fail
- —how to investigate those failures
- —how to make security decisions
Training philosophy
Understand before you automate
Tools are useful only when you understand what they are showing you.
Investigate, don't just scan
Finding an alert is different from explaining an incident.
Build before you break
Understanding applications, infrastructure and code produces better security professionals.
Evidence before assumptions
Security conclusions should be supported by observable evidence.
Training for security professionals
Structured learning paths across the domains Pratikar investigates in practice.
Cybersecurity Foundations
For developers, IT professionals and people moving into security.
- ·networking for security
- ·Linux
- ·HTTP and web architecture
- ·authentication
- ·access control
- + 3 more
Application & Web Security
How web applications work, fail, and get compromised.
- ·how web applications actually work
- ·HTTP attacks
- ·authentication weaknesses
- ·access-control failures
- ·injection
- + 4 more
Incident Response & Investigation
Triage, evidence, timelines and root-cause analysis.
- ·incident triage
- ·evidence preservation
- ·log analysis
- ·incident timelines
- ·scope determination
- + 4 more
Malware Analysis
Behaviour, analysis techniques and investigation methodology.
- ·malware behaviour
- ·static analysis
- ·dynamic analysis
- ·obfuscation
- ·persistence mechanisms
- + 3 more
Insider Threat Investigation
Behavioural indicators, evidence correlation and investigation methodology — grounded in Pratikar research.
- ·insider threat fundamentals
- ·behavioural indicators
- ·event correlation
- ·privilege misuse
- ·anomalous access
- + 3 more
Security Engineering
Architecture, controls and detection-oriented design.
- ·secure architecture
- ·identity and access
- ·cloud security concepts
- ·data security
- ·threat modelling
- + 3 more
Featured Program
Flagship training
Practical Cybersecurity Engineering
From how systems work to how they fail.
From how systems work to how they fail — a hands-on program for professionals who want to understand security through systems, code, attacks and investigation.
Don't solve CTF flags. Investigate incidents.
Traditional security labs often tell the learner exactly what vulnerability to find. Pratikar labs sometimes begin with uncertainty — the way real investigations do.
09:42 — The finance team reports that an internal application is behaving strangely.
You receive:
- · application logs
- · authentication logs
- · server artefacts
- · network events
- · user reports
Your task: Determine what happened.
Decorative lab scenario — illustrative training format
Corporate training
Workshops adapted to your architecture, technology stack and team maturity.
Exercises can mirror realistic incidents without using sensitive production information.
Research → Practice
From research to training
Research on insider threats, malware and security analytics informs how Pratikar teaches investigation and security engineering.
Instructor
Dr. Kaushal Bhavsar
Training connects directly to investigation experience, published research and security engineering practice.
- —Cybersecurity practitioner since 2009
- —Malware and web security investigation experience
- —Insider-threat research and PhD in behavioral analysis for threat prediction
- —Published peer-reviewed research on insider threats and malware techniques
- —US patent for malware detection systems (2025)
- —SATARK open-source security analytics framework
- —Practical incident investigation and security architecture advisory
Selected insights for learners
What to Preserve After Discovering a Security Breach
The first hours after discovering a breach determine how much evidence survives. Learn which logs, artefacts and records matter most before remediation begins.
Why Reinstalling a Compromised Server Can Destroy Evidence
Reinstalling feels like the fastest path to recovery. It also removes the artefacts investigators need to determine entry points, persistence mechanisms and scope.
Building a Cybersecurity Incident Timeline
A well-constructed incident timeline connects disparate signals into a coherent narrative. Here is how investigators reconstruct events across systems and identities.
Register interest
No cohort dates are fabricated. Register to hear when programs open for enrollment.