CyberSecurity & AI Experts
🔰 Ethical Hacking and Cyber Security Official Telegram Channel 🔰 Free content to learn Hacking & AI For promotions: @coderfun
Show more📈 Analytical overview of Telegram channel CyberSecurity & AI Experts
Channel CyberSecurity & AI Experts (@ethicalhackingtoday) in the English language segment is an active participant. Currently, the community unites 42 625 subscribers, ranking 3 092 in the Technologies & Applications category and 9 057 in the India region.
📊 Audience metrics and dynamics
Since its creation on невідомо, the project has demonstrated rapid growth, gathering an audience of 42 625 subscribers.
According to the latest data from 22 July, 2026, the channel demonstrates stable activity. Although there has been a change in the number of participants by 651 over the last 30 days and by 28 over the last 24 hours, overall reach remains high.
- Verification status: Not verified
- Engagement rate (ER): The average audience engagement rate is 3.96%. Within the first 24 hours after publication, content typically collects 1.52% reactions from the total number of subscribers.
- Post reach: On average, each post receives 1 687 views. Within the first day, a publication typically gains 648 views.
- Reactions and interaction: The audience actively supports content: the average number of reactions per post is 4.
- Thematic interests: Content is focused on key topics such as git, |--, cybersecurity, linux, attack.
📝 Description and content policy
The author describes the resource as a platform for expressing subjective opinions:
“🔰 Ethical Hacking and Cyber Security Official Telegram Channel
🔰 Free content to learn Hacking & AI
For promotions: @coderfun”
Thanks to the high frequency of updates (latest data received on 23 July, 2026), the channel maintains relevance and a high level of publication reach. Analytics show that the audience actively interacts with content, making it an important point of influence in the Technologies & Applications category.
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| 3 | 📧 Email Security & Phishing Attacks Explained
Email is one of the most common ways cybercriminals try to attack individuals and organizations.
Instead of breaking into systems directly, attackers often try to trick people into revealing sensitive information or performing unsafe actions.
This type of attack is called phishing.
🧠 What is Phishing?
Phishing is a cyberattack where an attacker pretends to be a trusted person or organization to deceive someone into:
• Sharing passwords
• Revealing banking information
• Clicking malicious links
• Opening infected attachments
• Installing malicious software
The goal is to steal information or gain unauthorized access.
🎯 Real-Life Example
Imagine you receive an email that appears to come from your bank:
"Your account will be locked within 24 hours. Click here to verify your details."
The email looks genuine, but the link leads to a fake website designed to steal your username and password.
🔍 Common Signs of a Phishing Email
✅ Unexpected request for personal information
✅ Urgent or threatening language
✅ Suspicious sender email address
✅ Spelling or grammar mistakes
✅ Suspicious links
✅ Unexpected attachments
📊 Types of Phishing
1️⃣ Email Phishing
The most common type.
Attackers send fake emails pretending to be trusted organizations.
2️⃣ Spear Phishing
Targets a specific individual or organization using personalized information.
3️⃣ Whaling
Targets senior executives such as CEOs or CFOs.
4️⃣ Smishing
Phishing through SMS or text messages.
5️⃣ Vishing
Phishing through phone calls or voice messages.
🛡️ How to Protect Yourself
• Verify the sender's email address.
• Don't click suspicious links.
• Don't open unexpected attachments.
• Enable Multi-Factor Authentication (MFA).
• Keep your software updated.
• Report suspicious emails to your IT or security team.
⚠️ Safe vs Suspicious Email
Safe Email:
• Sent from a verified sender
• No pressure or threats
• Links point to official websites
• Expected attachments
Suspicious Email:
• Unknown or unusual sender
• Urgent "Act Now!" messages
• Links lead to unknown websites
• Unexpected attachments
🌍 Business Example
An employee receives an email that appears to be from the Finance department requesting an urgent payment.
Instead of acting immediately, the employee verifies the request through an official communication channel.
This simple verification helps prevent a potential financial fraud.
📝 Quick Task
The next time you receive an email, check:
1. Is the sender's address correct?
2. Are you expecting this email?
3. Does the link look legitimate?
4. Is the message creating unnecessary urgency?
Thinking through these questions can help you identify suspicious emails.
💡 Easy Trick to Remember
🎣 Phishing = Fake message trying to "catch" your information.
Always: STOP → THINK → VERIFY → ACT
🚀 Pro Tip
Technology can block many phishing emails, but human awareness remains one of the strongest defenses. Taking a few extra seconds to verify an unexpected message can prevent serious security incidents.
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| 5 | ⚔️ Common Network Attacks (Man-in-the-Middle, DoS & DDoS)
Not every cyberattack targets files or passwords.
Some attacks focus on intercepting communication or making online services unavailable.
In this lesson, we'll cover three common network attacks:
🕵️ Man-in-the-Middle (MITM)
🚫 Denial of Service (DoS)
🌍 Distributed Denial of Service (DDoS)
🕵️ 1. Man-in-the-Middle (MITM) Attack
A Man-in-the-Middle (MITM) attack occurs when an attacker secretly places themselves between two parties that are communicating.
Instead of data flowing directly:
User ➜ Website
It becomes:
User ➜ Attacker ➜ Website
The attacker attempts to intercept or modify the communication.
🎯 Real-Life Example
Imagine sending a sealed letter to your bank.
A thief intercepts the letter, reads it, reseals it, and forwards it to the bank without either side realizing.
That's the basic idea behind a MITM attack.
🛡️ How to Reduce the Risk
• Use HTTPS websites
• Avoid sensitive activities on untrusted public Wi-Fi
• Keep devices updated
• Use VPNs on untrusted networks
• Verify website certificates when appropriate
🚫 2. Denial of Service (DoS)
A Denial of Service (DoS) attack attempts to make a website or service unavailable by overwhelming it with traffic or requests from a single source.
🎯 Example
A small online store receives far more requests than it can handle from one attacking system.
Legitimate users struggle to access the website.
🌍 3. Distributed Denial of Service (DDoS)
A Distributed Denial of Service (DDoS) attack is similar to DoS, but the traffic comes from many compromised devices instead of one.
These devices may be part of a botnet controlled by an attacker.
🎯 Example
Thousands of compromised computers send requests to the same website simultaneously.
The website may slow down significantly or become unavailable to legitimate users.
📊 DoS vs DDoS
DoS | DDoS
One attacking source | Multiple attacking sources
Easier to identify | Harder to mitigate
Lower attack scale | Much larger attack scale
Targets service availability | Targets service availability
🛡️ How Organizations Defend Against These Attacks
• Firewalls
• Web Application Firewalls (WAF)
• DDoS protection services
• Load balancing
• Traffic monitoring
• Rate limiting
• Intrusion Detection and Prevention Systems (IDS/IPS)
🌍 Real-Life Scenario
A ticket booking website launches sales for a major event.
Suddenly, it receives an enormous volume of malicious traffic.
Without protection: ❌ The website may become unavailable.
With DDoS protection: ✅ Suspicious traffic can be filtered, helping legitimate users continue to access the service.
📝 Quick Task
Think about your favorite shopping or streaming website.
Ask yourself:
• What would happen if millions of fake requests were sent to it?
• How would that affect real customers?
• Why is high availability important for businesses?
💡 Easy Trick to Remember
🕵️ MITM = Someone secretly intercepts communication
🚫 DoS = One attacker overwhelms a service
🌍 DDoS = Many attackers overwhelm a service together
🚀 Pro Tip
Cybersecurity isn't only about protecting data—it's also about ensuring that systems remain available. Maintaining availability is one of the three pillars of the CIA Triad (Confidentiality, Integrity, Availability).
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| 7 | 🌐 VPN (Virtual Private Network) Explained
A VPN creates a secure, encrypted tunnel between your device and a VPN server.
👉 It protects your internet traffic from being easily read by others on the network.
VPNs are widely used by:
Businesses
Remote employees
Travelers
Privacy-conscious users
🧠 Why Do We Need a VPN?
When you connect directly to the internet:
Your Device → Internet → Website
Your traffic passes through multiple networks.
A VPN encrypts your traffic before it leaves your device:
Your Device
│
Encrypted Tunnel 🔒
│
VPN Server
│
Internet
│
Website
🔄 How a VPN Works
1️⃣ Connect to a VPN
Your device establishes a secure connection to a VPN server.
2️⃣ Encryption
Your internet traffic is encrypted before being transmitted.
3️⃣ Traffic Passes Through VPN Server
The VPN server forwards your requests to websites and online services.
4️⃣ Website Responds
The VPN server returns the encrypted response to your device.
Your device decrypts it so you can read it.
🎯 Real-Life Example
Imagine you're using public Wi-Fi at an airport or coffee shop.
Without a VPN:
❌ Others on the same network may have more opportunities to observe unencrypted traffic.
With a VPN:
✅ Your connection to the VPN server is encrypted, helping protect your data while using that network.
🛡️ Benefits of Using a VPN
• Encrypts internet traffic
• Helps protect data on public Wi-Fi
• Enables secure remote access to company networks
• Adds a layer of privacy between your device and the internet
🌍 Business Example
Many companies allow employees to work from home.
Instead of directly accessing internal company systems, employees connect through a VPN.
This provides a more secure way to access internal resources remotely.
⚠️ Common Misconceptions
A VPN does not:
❌ Make you completely anonymous
❌ Protect you from malware
❌ Stop phishing attacks
❌ Replace antivirus or a firewall
It is one layer of a broader security strategy.
📊 VPN vs HTTPS
VPN: Encrypts traffic between your device and the VPN server
HTTPS: Encrypts communication between your browser and a website
VPN: Protects many apps on your device
HTTPS: Protects a specific website connection
VPN: Often used for secure remote access
HTTPS: Used by secure websites
They can be used together.
📝 Quick Task
Would a VPN be useful for:
1. Working from home for a company → Yes, secures access to company data
2. Using public Wi-Fi at an airport → Yes, protects from snooping on open networks
3. Accessing internal company resources remotely → Yes, this is what business VPNs are built for
💡 Easy Trick to Remember
🏠 Internet = Public Road
🚗 VPN = Private, encrypted tunnel on that road
Your data still travels over the internet, but the tunnel helps protect it during transit.
🚀 Pro Tip
Large organizations often require employees to use a VPN before accessing internal systems from outside the office. It's a key component of secure remote work, especially when combined with strong authentication like MFA.
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| 10 | 🛡️ Intrusion Detection System (IDS) & Intrusion Prevention System (IPS)
Firewalls control who can enter a network, but what if an attacker gets past the firewall?
That's where IDS and IPS come in.
They continuously monitor network traffic for suspicious or malicious activity.
🧠 What is an IDS?
IDS (Intrusion Detection System) monitors network or system activity and alerts administrators when suspicious behavior is detected.
👉 Think of it as a security camera.
It watches everything but doesn't physically stop an intruder.
🔄 How IDS Works
1️⃣ Monitors network traffic
2️⃣ Compares activity with known attack patterns
3️⃣ If suspicious activity is detected
4️⃣ Sends an alert to the security team
🎯 Example
A company suddenly receives thousands of failed login attempts.
The IDS detects this unusual activity and alerts the SOC. The security team investigates.
🛡️ What is an IPS?
IPS (Intrusion Prevention System) goes one step further.
It not only detects suspicious activity but can also automatically take preventive action.
👉 Think of it as a security guard.
It watches and can also stop unauthorized activity.
🔄 How IPS Works
1️⃣ Monitors traffic
2️⃣ Detects suspicious behavior
3️⃣ Automatically responds by:
• Blocking malicious traffic
• Dropping suspicious packets
• Resetting malicious connections
🎯 Example
An attacker tries to exploit a known web app vulnerability.
The IPS recognizes the attack pattern and blocks the traffic before it reaches the server.
📊 IDS vs IPS
IDS IPS
Detects attacks Detects and blocks attacks
Generates alerts Automatically responds
Passive monitoring Active protection
Similar to a security camera 📹 Similar to a security guard 👮
🔥 Types of IDS/IPS
🌐 Network-Based (NIDS/NIPS)
Monitors traffic across an entire network
💻 Host-Based (HIDS/HIPS)
Monitors activity on a specific device: File changes, System logs, Running processes
🛡️ Benefits
• Early threat detection
• Faster incident response
• Reduced attack impact
• Better visibility into network activity
• Enhanced overall security
🌍 Real-Life Example
Normal traffic: ✅ Employees browsing company websites
Sudden activity: ❌ Hundreds of login attempts from unusual locations
IDS alerts the security team
IPS may automatically block the suspicious source
📝 Quick Task
Think about your home Wi-Fi network:
1. Which device acts like a firewall? → Usually your router
2. What if someone repeatedly tried to guess your Wi-Fi password? → Brute force attack
3. How could monitoring and automatic blocking help? → That's exactly what IPS does
💡 Easy Trick to Remember
📹 IDS = Detect & Alert
👮 IPS = Detect, Alert & Block
🚀 Pro Tip
Modern organizations use layered security:
Firewalls + IDS/IPS + Endpoint Protection + SIEM + Monitoring + Threat Intelligence
No single tool is enough. Layers together provide much stronger protection.
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-----
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| 14 | 🔑 Authentication, Authorization & Accounting (AAA) Explained
One of the most important concepts in cybersecurity is AAA:
Authentication
Authorization
Accounting
Almost every secure system—whether it's a banking app, email service, or company network—uses these three principles.
🧠 What is Authentication?
👉 Authentication answers the question: "Who are you?"
It verifies a user's identity before granting access.
Common Authentication Methods
Username & Password
OTP One-Time Password
Fingerprint
Face Recognition
Security Key
Multi-Factor Authentication MFA
🎯 Example
You log in to your email:
Username: user@example.com
Password: ****
If the credentials are correct, you are authenticated.
🔐 What is Authorization?
👉 Authorization answers the question: "What are you allowed to do?"
After identity is verified, the system decides what resources you can access.
🎯 Example
In a company:
👨💼 Manager
View reports ✅
Approve requests ✅
Manage employees ✅
👨💻 Employee
View own profile ✅
Submit leave requests ✅
Manage employees ❌
Both users are authenticated, but their permissions are different.
📊 What is Accounting?
👉 Accounting answers the question: "What did the user do?"
The system records user activities such as:
Login time
Logout time
Files accessed
Changes made
Failed login attempts
These records are called logs or audit logs.
🔥 Real-Life Example
Suppose you log in to your online banking app.
Step 1️⃣ Authentication
You enter: Username, Password, OTP
✅ Identity verified.
Step 2️⃣ Authorization
The system allows you to: View your account, Transfer money, Download statements
But it does not allow you to access another customer's account.
Step 3️⃣ Accounting
The bank records: Login time, Device used, IP address, Transactions performed
This helps with auditing and fraud detection.
📊 AAA Summary
Authentication: Main Question - Who are you? Example - Login with password
Authorization: Main Question - What can you access? Example - Admin vs User permissions
Accounting: Main Question - What did you do? Example - Audit logs and activity records
🛡️ Why AAA is Important
AAA helps organizations:
Prevent unauthorized access
Enforce least privilege
Track user activity
Detect suspicious behavior
Meet compliance requirements
🌍 Where AAA is Used
Banking systems
Corporate networks
Cloud platforms
Email services
Social media
VPNs
Enterprise applications
📝 Quick Task
Think about three applications you use every day for example: email, banking app, or social media.
For each one, identify:
How does it authenticate users?
What actions are you authorized to perform?
What activities do you think it logs?
💡 Easy Trick to Remember
Authentication = Who are you? 👤
Authorization = What can you do? 🔐
Accounting = What did you do? 📝
🚀 Pro Tip
Many security incidents occur because authentication is weak or users are given more permissions than they need.
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-----
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| 17 | 🦠 Antivirus & Endpoint Protection Explained
Every laptop, desktop, and server connected to a network is called an endpoint.
Examples:
💻 Laptop
🖥️ Desktop
📱 Mobile phone
🖨️ Printer
🖥️ Server
These endpoints are common targets for cyberattacks, which is why endpoint security is essential.
🧠 What is Antivirus?
Antivirus software is designed to:
• Detect malware
• Block malicious files
• Remove infected files
• Protect your device from known threats
It continuously scans files, applications, and downloads for suspicious activity.
🔍 How Antivirus Works
1️⃣ A file is opened or downloaded
⬇️
2️⃣ Antivirus scans the file
⬇️
3️⃣ It checks for known malware signatures and suspicious behavior
⬇️
4️⃣ If a threat is detected:
🚫 Block the file
🗑️ Quarantine it
❌ Remove it
🛡️ What is Endpoint Protection?
Endpoint Protection is broader than traditional antivirus.
It protects an entire device using multiple security technologies, including:
• Antivirus
• Firewall
• Device control
• Threat detection
• Behavioral analysis
🔥 What is EDR?
EDR Endpoint Detection and Response is an advanced endpoint security solution.
Unlike traditional antivirus, EDR can:
• Monitor endpoint activity
• Detect suspicious behavior
• Investigate security incidents
• Help security teams respond quickly
It focuses on detecting both known and previously unseen threats.
📊 Antivirus vs Endpoint Protection
Antivirus: Detects malware, Signature-based detection, Individual device focus, Removes threats
Endpoint Protection: Protects the entire endpoint, Multi-layered security, Enterprise-wide visibility, Detects, investigates, and responds
🌍 Real-Life Example
Imagine an employee downloads a malicious attachment.
Antivirus may detect and block the malicious file.
If the threat behaves unusually or bypasses basic detection, Endpoint Protection/EDR can help identify the suspicious activity and alert security teams.
🛡️ Best Practices
• Keep antivirus updated
• Enable real-time protection
• Scan downloaded files
• Avoid installing software from unknown sources
• Apply operating system and software updates regularly
⚠️ Can Antivirus Stop Every Attack?
❌ No.
Modern attackers may use techniques that traditional antivirus cannot immediately recognize.
That's why organizations use multiple layers of security, including:
• Firewalls
• Endpoint Protection
• EDR
• Security monitoring
• Employee awareness training
📝 Quick Task
On your computer:
1. Check which antivirus solution is installed
2. Verify that virus definitions are up to date
3. Run a quick system scan
4. Review the quarantine section to understand how detected threats are handled
💡 Easy Trick to Remember
🦠 Antivirus = Detects and removes malware
🛡️ Endpoint Protection = Protects the entire device against a wider range of threats
🚀 Pro Tip
Many successful cyberattacks begin on a single compromised endpoint.
Protecting every endpoint is one of the most effective ways to reduce an organization's overall cybersecurity risk.
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