Progressive pathway
Progress from fundamentals to cybersecurity engineering, operations, and architecture.
Professional academy
Academy of cybersecurity and digital trust
Develop skills to protect infrastructure, applications, identities, and data; detect threats, respond to incidents, and design resilient security architectures.
Academic approach
Comprehensive training to protect organizations, services, and data
The academy integrates security fundamentals, networking, ethical hacking, infrastructure protection, SOC operations, incident response, governance, compliance, and zero-trust architecture.
Technical practice
Labs develop skills in analysis, hardening, monitoring, testing, and incident response.
Digital trust
Integrate identity, privacy, data protection, continuity, and resilience.
Enterprise governance
The pathway covers risk, policies, compliance, metrics, and security management.
Professional pathway
Build your profile from cybersecurity practitioner to cybersecurity architect
Develop skills in analysis, protection, detection, response, engineering, and security architecture.
Specialize first in defensive analysis or ethical hacking before advancing to engineering and architecture.
Cybersecurity practitioner
Fundamentals, risks, controls, and best practices.
Security analyst
Monitoring, event analysis, vulnerabilities, and incidents.
Ethical hacker
Penetration testing, controlled exploitation, and remediation.
Security engineer
Design and implement controls, identity protection, and security automation.
Cybersecurity architect
Zero-trust architecture, governance, resilience, and strategy.
Learning plan
Six courses covering the cybersecurity pathway
Each course can be taken independently or as part of a stackable certification.
Course 1
Cybersecurity fundamentals
An introduction to threats, vulnerabilities, risks, controls, identity, data, and protection best practices.
- Security principles
- Threats and vulnerabilities
- Risk management
- Controls and policies
Course 2
Network and infrastructure security
Protect networks, servers, endpoints, and services through segmentation, hardening, and monitoring.
- Secure network architecture
- Firewalls and segmentation
- Hardening
- Endpoint protection
Course 3
Ethical hacking and penetration testing
Controlled assessment of systems and applications to identify, exploit, and document vulnerabilities.
- Reconnaissance and enumeration
- Controlled exploitation
- Web penetration testing
- Reporting and remediation
Course 4
Infrastructure security and digital identity
Design controls for infrastructure, identities, privileged access, data, and distributed services.
- IAM and least privilege
- Security posture management
- Data protection
- Zero Trust
Course 5
SOC, SIEM, and incident response
Defensive operations, monitoring, event correlation, investigation, and coordinated incident response.
- SOC and use cases
- SIEM and correlation
- Threat hunting
- Incident response
Course 6
Cybersecurity architecture and governance
Design governance models, resilient architectures, compliance, metrics, and security strategy.
- Zero-trust architecture
- Governance and compliance
- Risk management
- Resilience and continuity
Professional credentials
Five certifications aligned with professional roles
Credentials validate knowledge, technical practice, and the ability to protect, detect, respond, and design security solutions.
Cybersecurity practitioner
Validates fundamental knowledge of threats, risks, controls, and digital hygiene.
Requires: Course 1 and a scenario-based exam.
Security analyst
Demonstrates the ability to monitor events, analyze vulnerabilities, and manage incidents.
Requires: Courses 1, 2, and 5 and a practical lab.
Ethical hacker
Certifies skills in controlled penetration testing and remediation recommendations.
Requires: Courses 1, 2, and 3 and a project.
Security engineer
Validates the design and implementation of network, identity, and data protection controls.
Requires: Courses 2, 4, and 5 and a project.
Cybersecurity architect
Certifies the ability to design security architecture, governance, resilience, and enterprise strategy.
Requires: The complete pathway and a final project defense.
Technology ecosystem
Tools and platforms used during training
The academy combines defensive, offensive, monitoring, and identity tools.
Microsoft Defender
Microsoft Sentinel
CrowdStrike
Wireshark
Burp Suite
Nessus
Metasploit
Kali Linux
Splunk
IBM QRadar
OWASP
Hands-on learning
Labs and projects that demonstrate competency
Activities can be adapted to each organization's infrastructure, risks, and tools.
Server hardening
Apply controls, review configurations, and validate exposure.
Vulnerability analysis
Scan, prioritize, validate, and propose remediation.
Web penetration testing
Controlled application assessment using an OWASP approach.
Incident response
Investigation, containment, eradication, recovery, and lessons learned.
SIEM and monitoring
Create rules, alerts, dashboards, and defensive use cases.
Zero-trust architecture
Design identity protection, segmentation, continuous verification, and least privilege.
Capstone project
Design a comprehensive enterprise cybersecurity strategy
The final project integrates risk assessment, zero-trust architecture, identity and data protection, monitoring, incident response, continuity, compliance, and governance.
Request project information1. Assess the context, assets, and risks
2. Design controls and target architecture
3. Monitor, detect, and respond
4. Define governance, metrics, and continuity
5. Present and defend the project
Entry profile
- Professionals in technology, networking, support, auditing, risk, or continuity.
- Analysts, system administrators, developers, and consultants.
- Basic knowledge of systems, networking, or business processes.
- Prior technical experience is recommended for advanced courses.
Graduate profile
- Cybersecurity practitioner, security analyst, ethical hacker, security engineer, or architect.
- Responsible for monitoring, protection, testing, response, and control improvement.
- Designer of security solutions for infrastructure, identity, and data.
- Consultant in risk, governance, resilience, and cybersecurity architecture.
Frequently asked questions
Key information before you start
No. Each course can be taken independently. The full pathway is required only for the Cybersecurity Architect certification.
It covers both: prevention, monitoring, and response, along with ethical hacking and controlled penetration testing.
Not for the introductory course. Networking, ethical hacking, SOC, identity, and architecture modules require technical fundamentals.
Training and certification are managed separately. You may take the assessment after the course or at a later date.
Yes. Labs, tools, scenarios, and the final project can be tailored to the organization's industry, risks, and architecture.
Start your professional pathway in cybersecurity
Request information about upcoming cohorts, delivery options, pricing, certifications, and corporate programs.