Security Analysis Freelance Jobs

**Job Description:**

Seeking a skilled ethical hacker for a security assessment of my partner's phone due to safety concerns for myself and my children. I worry constantly that he is doing illegal things that would put my boys and me in harm's way. I just have to know the truth. The ideal candidate should be discreet, trustworthy, and experienced in mobile device security. Please share your qualifications and prior experience in similar cases.

Skills: Security Analysis, Vulnerability Assessment, Penetration Testing, Information Security, Encryption

We are seeking highly skilled SOC Analysts with expertise in Microsoft Sentinel to join our cybersecurity team. This role is ideal for individuals with the Microsoft SC-200 certification, Microsoft KQL knowledge, and a passion for cyber security monitoring, threat detection, and incident response.

Beyond the immediate responsibilities, this position offers growth opportunities into specialized areas such as incident response, security automation, and detection engineering for those who demonstrate strong technical abilities and a proactive mindset.

We are hiring for the following shifts:
Graveyard: 12a-8a PST
Day: 8a-4p PST
Swing: 4p to 12a PST
Flex: as-needed basis, during holidays or when other analysts are sick

Responsibilities
-Monitor, investigate, and respond to security events.
-Articulate thorough investigation notes for each alert processed.
-Develop and tune detection rules, playbooks, and alerting mechanisms to reduce false positives and improve alert accuracy.
-Collaborate with other team members to enhance the SOC's detection and response capabilities.
-Contribute to ongoing projects involving the tuning and optimization of alerts.
-Create dashboards to track metrics, such as MTTR.
-Provide recommendations for strengthening the organization's security posture.
-Stay informed about emerging threats, vulnerabilities, and technologies in cybersecurity.

What We’re Looking For
Preferred Certifications:
Microsoft SC-200 (Security Operations Analyst)
Microsoft AZ-500 (Azure Security Engineer Associate).
Microsoft SC-100 (Cybersecurity Architect Expert).

-Hands-on experience with Microsoft Sentinel or similar SIEM tools.
-Strong knowledge of incident response, threat detection, and security monitoring.
-Proven ability to optimize and fine-tune alerts for better detection accuracy.
-Familiarity with cloud environments, especially Microsoft Azure Security.
-Previous experience in demanding 24x7x365 environments

Future Growth Opportunities
This role is designed with a clear path for career advancement. Candidates who excel in their responsibilities and contribute to SOC operations may have the opportunity to transition into roles such as:

-Tier 2 or Tier 3 Analyst
-Incident Response Specialist
-Security Automation Engineer
-Detection Engineer
-Lead/Supervisor

We value individuals who bring innovative ideas and a collaborative spirit to our dynamic, fast-paced environment.

Why Join Us?
-Be part of a forward-thinking cybersecurity team with opportunities for professional growth.
-Receive access to world class training from senior leadership and training organizations such as SANS.
-Enjoy a competitive compensation and benefits package.
-If you're a motivated and skilled cybersecurity professional looking for a role that offers both challenge and growth, we'd love to hear from you!

Skills: Information Security, Phishing Detection, Cyber Incident Response, Security Automation, Detection Engineering, Security Analysis

I want help acquiring old text messages I sent in 2022 and 2023 from my cell phone. I still have this phone number. I am in the process of writing a book and need this information for context. My phone carrier, Verizon, has been a nightmare, telling me I need a subpoena or an open court case to request this. My attorney told me that a forensic investigator could assist me by accessing my phone records. Is this request possible?

Skills: Network Security, WordPress, Virus Removal, Penetration Testing, Information Security, Web Application Security, Malware Removal, Digital Forensics, Kali Linux, System Security, Cybersecurity Tool, Vulnerability Assessment, WordPress Malware Removal, Security Analysis

We are seeking a skilled ethical hacker or cybersecurity expert to assist us in assessing and enhancing our security protocols. Your primary responsibilities will include performing penetration testing, identifying vulnerabilities, and providing actionable recommendations to strengthen our defenses against cyber threats. A strong understanding of network security, threat analysis, and risk assessment is essential. The ideal candidate will have a proven track record in ethical hacking and a passion for keeping systems secure.

Skills: Vulnerability Assessment, Encryption, Information Security, Firewall, Security Analysis

We are seeking a skilled ethical hacker to conduct comprehensive web penetration testing on our systems. The ideal candidate will have a strong understanding of web vulnerabilities and the ability to identify security weaknesses. You will be responsible for testing, reporting, and recommending solutions for our web applications. A proactive approach and strong communication skills are essential for collaborating with our development team. If you are passionate about cybersecurity and have a proven track record in ethical hacking, we would love to hear from you!

Skills: Penetration Testing, Vulnerability Assessment, Security Analysis, Information Security, Network Security

We're on the lookout for an awesome cyber security trainer who knows their stuff when it comes to penetration testing or red teaming. We want someone who's not just knowledgeable but also great at making classes fun and informative. If you've got a portfolio that shows off your skills and past training gigs, plus your pricing, we'd love to hear from you! Help us empower folks with the essential tools they need to tackle cyber security challenges!

Skills: Information Security, Encryption, Vulnerability Assessment, Penetration Testing, Network Security, Kali Linux, ISO 27001, Security Infrastructure, Security Analysis, Firewall

I need an IT expert/ethical hacker to assist me submit a visa application on the VFS Global website.

I'm trying to submit an application but am experiencing a bug that is preventing me from submitting my application.
Attached is a screenshot of the error message I'm getting.

I need urgent help, and am happy to pay $250 for this.

Visit this link:
https://visas-immigration.service.gov.uk/resume/c5bc9b7b-0316-4291-a1c7-994d60b85335

Password: Ianotoole1540%

Now click on "Provide documents & biometrics" and you'll be taken to VFS website.

Now try booking a date between Tuesday, 10th Dec to Friday 13th Dec. for location: Lagos (Ikeja).
Book a regular appointment (free) and be sure to select self-upload of docs (free).

Now try booking me a slot.
You will encounter the error message in the attachment.
I need your help to overcome that error message in the screenshot.

If you feel my posted budget is not enough for this, let me know your asking price, and I'll seriously consider it if you can do this

Message me!

Skills: Ethical Hacking, Encryption, Network Security, Information Security, Security Analysis, Firewall, Linux System Administration

We are seeking a skilled and experienced penetration tester to perform a comprehensive security assessment of our systems in a collaborative, hands-on manner. This is not a typical penetration testing assignment—we want to actively observe, learn, and participate in the process as you execute the tests.

The ultimate goal is to perform a pen test on one of our products AND learn more about your workflow, methodologies, and tools.

We have provided you with an extensive list of tests to execute (Appendix 1 in the attached JD), but we encourage you to supplement this list with additional tests based on your expertise. The entire process will be observed, recorded, and analyzed.

For more information, please refer to the attached long-form job description.

If you’re passionate about ethical hacking and enjoy sharing your knowledge, we’d love to hear from you!

Skills: Penetration Testing, Information Security, Security Analysis, Vulnerability Assessment, Web Application Security, Network Security, Application Security

I am looking for an experienced WordPress security specialist to help recover and secure three of my blogs, intimarzt.de, smarthealth.de and online-hautarzt.net, which have been compromised. Both sites are either redirecting to fraudulent pages or are unresponsive. Your expertise is essential to identify vulnerabilities, remove malware, and ensure that the sites are fully operational again. Please provide examples of previous work in similar situations. I need someone reliable who can start immediately and ensure robust security measures moving forward. I will provide FTP access. Please also install security features so this is prevented from happening again.

Skills: WordPress, Internet Security, Security Analysis, Information Security

I am looking for someone to conduct a SOC report on my company, i do insurance. im looking on about the cost and how much time would it take you to run a SOC report. Companies i am dealing with need a SOC report

Skills: ISO 27001, Information Security, Vulnerability Assessment, Security Analysis, Kali Linux, Penetration Testing, Academic Writing, Report Writing, Information Security Audit, Security Infrastructure

We are seeking a knowledgeable and ethical Information Systems Security Specialist to help us design and protect our organization’s data and information infrastructure. The ideal candidate will have experience in developing security protocols and strategies to safeguard sensitive information. You will work closely with our IT team to assess current security measures and implement improvements to ensure robust protection against potential threats.

Skills: Vulnerability Assessment, Information Security, Network Security, Firewall, Network Administration, Encryption, System Administration, Security Analysis

My name is Mazhar Ali. And I invested money on a website 2 days ago. I completed all the orders as per the rules of the website. But after all the orders were completed, they scammed me.He added one more order.
Website link:https://akldjaijq.com/m/login
This website took more than 3 lakh rupees from me but now it is not withdrawing it. I want you to withdraw all that amount from my website's account. If you do this then you should get your fee. Please do this for me, it is very important, I have taken this money on loan from you. And if you don't return it now, then you have to understand right?Please help me.

Skills: Information Security Consultation, Vulnerability Assessment, Information Security, Malware Removal, Cybersecurity Management, Security Assessment & Testing, Penetration Testing, Network Security, Cloud Security, Security Engineering, Mobile App Testing, Website Security, Security Analysis, Python, Code Review

We are seeking a highly skilled WordPress Security Expert to provide ethical hacking services aimed at identifying vulnerabilities and enhancing our site's security. The ideal candidate will perform thorough security audits, penetration testing, and provide actionable recommendations to safeguard our WordPress environment. If you have a proven track record in WordPress security and ethical hacking, we would love to hear from you. Please include any relevant certifications and examples of previous work in your application.

Skills: Vulnerability Assessment, Security Analysis, Network Security, Information Security, Firewall

We are seeking a skilled ethical hacker with a strong understanding of computer systems and IP addresses. The ideal candidate will perform security assessments, identify vulnerabilities, and provide recommendations for improving our security posture. If you are proficient in penetration testing and have experience with network security, we want to hear from you! Please provide examples of your previous work in your application.

Skills: Vulnerability Assessment, Penetration Testing, Security Analysis, Information Security, Firewall

We are seeking a highly skilled Network Security Consultant to assist with assessing, enhancing, and securing our organization's network infrastructure. The ideal candidate will have extensive experience in designing and implementing robust security protocols, identifying vulnerabilities, and ensuring compliance with industry standards.

Responsibilities:
Conduct a comprehensive assessment of our current network security posture.
Identify vulnerabilities, risks, and areas for improvement in the existing network infrastructure.
Design and implement advanced security solutions, including firewalls, intrusion detection/prevention systems (IDS/IPS), and VPN configurations.
Develop and enforce security policies, procedures, and incident response plans.
Ensure compliance with relevant security standards and regulations (e.g., ISO 27001, GDPR, HIPAA).
Provide hands-on guidance for configuring and optimizing security tools and protocols.
Train internal teams on best practices for network security and risk mitigation.
Requirements:
Proven expertise in network security with a track record of successful projects.
Deep understanding of security technologies such as firewalls, VPNs, IDS/IPS, and endpoint protection.
Strong knowledge of network protocols, architecture, and design.
Familiarity with compliance standards like ISO 27001, NIST, GDPR, or HIPAA.
Experience with tools like Cisco, Fortinet, Palo Alto, or similar technologies.
Excellent problem-solving skills and the ability to work independently.
Preferred Qualifications:
Relevant certifications such as CISSP, CEH, CISM, or CCNP Security.
Experience with cloud security (AWS, Azure, Google Cloud) is a plus.
Ability to conduct penetration testing and vulnerability assessments.
Engagement Details:
Remote consultation with availability for critical support and project discussions.
Flexible hours based on mutual agreement.
If you are an experienced Network Security Consultant who can provide strategic and hands-on support to enhance our security posture, we would love to hear from you.

Skills: Information Security, Network Security, Firewall, Network Administration, Internet Security, VPN, Security Analysis

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

### **Step 1: Understand the Requirements**
- **Read the instructions carefully** to know what is expected.
- The report must be detailed, research-based, and adhere to the IEEE format.
- Focus on recent devices, vulnerabilities, and incidents (from the last 3–12 months).

---

### **Step 2: Plan Your Work**
1. **Break it Down**:
- Network Setup (Devices, diagram, justification).
- Attack Vectors (3 types, real-world incidents, CVEs).
- Mitigation Strategies (specific solutions, practical advice).

2. **Allocate Time**:
- Research: 2–3 days.
- Writing each section: 1–2 days per section.
- Diagram creation and final formatting: 1 day.

---

### **Step 3: Research**
1. **Network Setup**:
- Choose a network type (e.g., a home network, SME network, campus network, etc.).
- Research devices for the network:
- **Example**: Router (Cisco XYZ), laptops (Dell Inspiron), IoT devices (Google Nest).
- Include software versions, release dates, and features.
- Look for market statistics if using older devices.

**Tools/Resources**:
- Manufacturer websites (e.g., Cisco, Dell, HP).
- Industry blogs for recommendations.
- Articles about recent device trends.

2. **Attack Vectors**:
- Select three distinct attack types:
- Example: Ransomware, Phishing, DDoS.
- Find real-world incidents that occurred recently.
- Research CVEs using:
- [CVE Details](https://www.cvedetails.com/)
- [Exploit Database](https://www.exploit-db.com/)

3. **Mitigation Solutions**:
- Research solutions for each attack vector:
- Example: Anti-virus for malware, IDS/IPS for network attacks, WPA3 for wireless security.
- Find patches, guidelines (e.g., NIST standards), and best practices.

---

### **Step 4: Write the Report**
1. **Follow the Structure**:
- **Executive Summary**: Briefly describe the network, attack vectors, and mitigation strategies.
- **Network Setup**: Detail the network diagram, devices, and software.
- **Attack Vectors**: Create separate subsections for each attack, discussing:
- Techniques.
- Vulnerabilities (CVE numbers).
- Real-world examples.
- **Mitigation Solutions**: Provide solutions and practical recommendations.
- **Conclusions**: Summarize findings, limitations, and next steps.

2. **Use IEEE Format**:
- Download the template from the [IEEE website](https://www.ieee.org/conferences/publishing/templates.html).
- Ensure the formatting (double-column, references, etc.) is correct.

---

### **Step 5: Create the Network Diagram**
- Use tools like:
- **Microsoft Visio**: Ideal for professional diagrams.
- **Lucidchart**: Easy and browser-based.
- **Draw.io**: Free and accessible.
- Personalize the diagram with specific devices (e.g., routers, laptops, IoT).

---

### **Step 6: Cite References**
- Use IEEE citation style.
- Include all sources, such as:
- Manufacturer datasheets.
- CVE and exploit databases.
- News articles on recent incidents.

---

### **Step 7: Proofread and Submit**
- Check for:
- Formatting errors.
- Completeness (e.g., diagrams, citations, references).
- Plagiarism (ensure originality).

---

### Tools to Use
- **Research**: Google Scholar, manufacturer sites, and CVE databases.
- **Writing**: Microsoft Word with the IEEE template.
- **Reference Management**: Zotero or Mendeley.

Skills: Computer Security, Technical Writing, Cisco, Research Writing, Network Administration

Are you a skilled freelancer who can help with a challenging situation? Our YouTube account has been hijacked, and despite our efforts to regain control, the hijacker has made it impossible for us to access the account. They have been posting hate videos and have even demonetized the channel. We are seeking someone who can flag the channel and have it removed from the platform. This has been an ongoing issue for months, and we are exhausted from dealing with it.

Important details:
*They took over all accounts associated with my profile.
*I want the channel removed not access, the reputation is gone.
*You must be able to only be able to work with my channel URL because they took over everything. I have already contacted YouTube.
*You must already have everything to perform this task if you are unable to do this without taking it off the platform please do not apply as all funds will only be dealt on Upwork.
*Please respond with how long this task will take you, and any questions you may have prior to moving forward.

If you believe you can assist in resolving this matter, the gig is yours. Let's work together to remove the channel and move forward from this frustrating situation. I look forward to your response.

Skills: Information Security, System Security, Cisco ASA, CloudSploit, Rapid7 Nexpose, Ethical Hacking, Network Security, Encryption, Security Analysis, Internet Security