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Security Training

DevOps Training

Temika Cyber presents a DevOps Training program designed to help companies and individuals improve the efficiency of software and operational development processes. This service includes comprehensive training about basic concepts up to DevOps applications using technology and modern tools like Docker, Kubernetes, Jenkins, Ansible, and others.

Process of Digital Forensic & Incident Response​

Process of DevOps Training:

Continuous Monitoring and Incident Response

1. Initial Consultation

We understand your need to determine the proper training focus.

Reporting and Remediation Guidance

2. Material Development

The curriculum is adjusted to your needs and goals.

Initiate incident response protocols

3. Training Implementation

Interactive training sessions are done online or onsite with experienced instructor guides.

Penetration Testing Execution

4. Hands-on Practice

Participant learned through simulation of real projects and case studies.

Integration of Security

5. Evaluation

We evaluate the training results and provide feedback for improvement.

Discovery and Assessment

6. Certification

The participants who completed the training get official certificates and post-training support.

Why are DevOps Training Penting Important?

Benefit of DevOps Training:

Working Process Efficiency
Speed up the development cycles and delivery of products with automation applications and efficient integration.
Product Quality Upgrade
Helps the team in detecting and fixing the problem faster, produces a more reliable product.
Better collaboration
Pushing a harmonious working culture between developers, operators, and other related parties.
Pushing a harmonious working culture between developers, operators, and other related parties.
Carrying individuals and organizations with relevant skills in the age of modern technology, thus able to compete in the business market or industry.
Reconnaissance
Gathering information about XYZ Corporation's network and systems using publicly available sources and techniques like DNS enumeration, network scanning, and social engineering.
Vulnerability Assessment
Conducting automated vulnerability scans using industry-standard tools to identify known vulnerabilities in network devices and web applications.
Exploitation
Attempting to exploit identified vulnerabilities to gain unauthorized access to the network or compromise web applications. This involved leveraging both automated and manual techniques.
Post-Exploitation
Assessing the extent of access gained during the exploitation phase and attempting to escalate privileges or move laterally within the network to assess the impact of a potential breach.
Reporting
Documenting all findings, including vulnerabilities discovered, their potential impact, and recommended mitigation strategies. The report also included a prioritized list of vulnerabilities based on their severity.
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