(4.7)
Cyber Security and Ethical Hacking Program with AI Enabled
Course Description
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Develop advanced skills in cybersecurity, ethical hacking, and penetration testing.
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Learn to identify vulnerabilities and secure applications against modern cyber threats.
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Perform network security assessments and vulnerability analysis.
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Use industry tools for security testing, monitoring, and incident response.
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Implement AI-driven threat detection and automated security analysis.
Why Cyber Security and Ethical Hacking is in High Demand
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Rising Cyber Threats: Increasing digital attacks require advanced cybersecurity expertise.
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Enterprise Security: Organizations prioritize security across networks and applications.
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Cloud Infrastructure: Security professionals are needed to protect cloud platforms.
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Regulatory Compliance: Businesses must meet strict cybersecurity and data protection standards.
The Role of 100% Placement Assistance
While Working to attain mastering AWS DevOps is undeniably exhilarating, it also presents challenges, demanding the acquisition of a distinctive skill set, hands-on experience, and an in-depth understanding of AWS services. It is precisely where the value of 100% placement assistance shines.
Here’s why Greatcoder institute has 100% placement assistance is an indispensable part of an aspiring AWS DevOps professional’s journey:
Customized Training: Greatcoder institute provides Placement assistance programs begin with tailored training. They equip candidates with the specific skills necessary for AWS DevOps roles, including competence in AWS services and DevOps best practices.
Effective Resume Building: Crafting a compelling resume is a pivotal step in securing a job in AWS DevOps. Placement assistance programs guide candidates in creating resumes that highlight their skills and experience effectively.
Interview Preparation: Interview preparation can be intimidating. Mock interviews, a standard feature of placement assistance, allow candidates to refine their interview skills. Valuable feedback from seasoned professionals bolsters confidence.
Job Placements: The ultimate goal of placement assistance is to secure job placements. These programs often have well-established connections with various companies, facilitating the matching of candidates with job opportunities that align with their skills and career aspirations.
- Post-Placement Support: Placement assistance doesn’t end with securing a job. Many programs offer ongoing support to help individuals adapt to new roles, tackle challenges, and continuously refine their skills.
Curriculum Summary
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- Modern cybersecurity threat landscape
- Cyber warfare and nation-state attacks
- Threat actors & attack motivations
- CIA triad
- Zero Trust security model
- Security frameworks (NIST, ISO 27001)
- Cyber kill chain
- Security architecture fundamentals
- Shared responsibility model
- Security design principles
- Threat Modeling
- Red Team vs Blue Team
Lab: Security lab environment setup, Kali Linux basics
- TCP/IP
- DNS | DNS Recon | DNS Enumeration
- HTTP / HTTPS
- Firewalls | VPN | Proxy | IDS | IPS
- Network segmentation
- Defence-in-Depth
- Data Exfiltration (DLP, CASB, URL filtering)
- CDN. ALB, NLB, CDN (Cloudflare, CLoudfront
- Footprinting
- Reconnaissance | Reconnaissance automation
- Scanning | Enumeration
- Vulnerability assessment
- Open-source intelligence (OSINT)
- Attack surface discovery
- Threat intelligence platforms
- Brand Monitoring (CloudSEK, Recorded Future)
- Endpoint Security (EDR, NGAV, XDR) | User Behaviour
- Endpoint detection & response
- Vulnerability scanning techniques
- Exploitation fundamentals
- Password attacks
- Privilege escalation
- VAPT | VAPT Reporting
- Vulnerability Management
- Secure Software Development Lifecycle (SDLC)
- OWASP Top 10
- GraphQL security vulnerabilities
- Business logic vulnerabilities
- Session management attacks | Authentication flaws
- API security | API abuse techniques
- Software supply chain attacks
- Malware types
- Ransomware attacks
- APT attacks
- Reverse engineering basics
- Indicators of compromise
- Cloud shared responsibility model
- IAM security
- Cloud misconfigurations
- Container security | Kubernetes attack paths
- Cloud architecture security principles
- Identity and Access Management (IAM) design
- Cloud threat modeling (SaaS Apps)
- Identity-based cloud attacks
- Docker container security risks
- Container vulnerabilities (escape)
- Container runtime security
- Infra-as-Code Security
- Default-by-Secure
- Identity & Access Management (IAM)
- Privileged Access Management (PAM)
- Security architecture
- Network security appliances
- SOC workflow | Detection engineering fundamentals
- SIEM fundamentals | Architecture
- Threat hunting | Log analysis
- SOAR (Orchestration)
- MITRE ATT&CK framework mapping
- Root cause analysis | Incident response lifecycle
- Shift-Left Security | Security Champions Program
- DevSecOps pipelines
- Static code analysis | Dependency scanning
- SAST / DAST
- Secure-by-Design
- AI in cybersecurity
- AI-powered attacks | Prompt & Model injection
- AI threat detection
- Risk management
- Security policies
- Data privacy (DPDP, GDPR)
- Compliance (ISO 27001, PCI-DSS, HIPAA)
Students perform reconnaissance, exploitation, privilege escalation, and reporting in simulated environments.
Students conduct a full security assessment of a simulated organization and submit:
- Vulnerability report
- Threat Modelling & Risk assessment
- Security architecture recommendations
Student Reviews
★★★★★ Excellent course with practical projects.
