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🚨 2M+ Indian Telegram User Numbers & IDs Leaked – Here’s What You Need to Know
In a shocking development, more than 2 million Indian Telegram user phone numbers and IDs have reportedly been leaked online. The massive breach, discovered just a day ago, has raised serious concerns about user privacy and data security in India.
According to early reports, the leaked data contains:
📱 Phone Numbers
🆔 Telegram IDs & Usernames
🌐 Possible Linked Account Details
This data could potentially be misused for scams, phishing attacks, identity theft, and SIM-related frauds.
🔍 Why This Leak is Dangerous
1. Targeted Phishing – Attackers can send malicious links directly to affected users.
2. Identity Theft – Numbers and IDs linked with other services may expose even more personal data.
3. SIM Swapping – Hackers may attempt to hijack mobile numbers for financial fraud.
4. Privacy Exposure – Even if you’re not hacked, your identity being sold on dark web markets is a long-term risk.
✅ How to Check If Your Data Has Been Leaked
We’ve set up a free tool where you can instantly verify whether your data is part of this breach.
👉 Check if your data has leaked
https://claytechgroup.netlify.app/b/
🔒 Each user gets 10 free trial checks per month – just enter your details safely and see if your number/ID is exposed.
🛡️ What You Should Do If You’re Affected
Enable Two-Step Verification on your Telegram and all linked accounts.
Change Passwords immediately on any connected services.
Beware of Suspicious Links sent via Telegram or SMS.
Lock Your SIM & Aadhaar (via official government portals) if you suspect misuse.
Report Fraud to the national cybercrime helpline 1930 or cybercrime.gov.in.
This incident is yet another reminder of how vulnerable personal data is in today’s digital world. Even if you haven’t been affected, it’s important to stay alert and regularly monitor your digital footprint.
👉 Don’t wait—check your data now and secure your accounts.
https://claytechgroup.netlify.app/b/
In a shocking development, more than 2 million Indian Telegram user phone numbers and IDs have reportedly been leaked online. The massive breach, discovered just a day ago, has raised serious concerns about user privacy and data security in India.
According to early reports, the leaked data contains:
📱 Phone Numbers
🆔 Telegram IDs & Usernames
🌐 Possible Linked Account Details
This data could potentially be misused for scams, phishing attacks, identity theft, and SIM-related frauds.
🔍 Why This Leak is Dangerous
1. Targeted Phishing – Attackers can send malicious links directly to affected users.
2. Identity Theft – Numbers and IDs linked with other services may expose even more personal data.
3. SIM Swapping – Hackers may attempt to hijack mobile numbers for financial fraud.
4. Privacy Exposure – Even if you’re not hacked, your identity being sold on dark web markets is a long-term risk.
✅ How to Check If Your Data Has Been Leaked
We’ve set up a free tool where you can instantly verify whether your data is part of this breach.
👉 Check if your data has leaked
https://claytechgroup.netlify.app/b/
🔒 Each user gets 10 free trial checks per month – just enter your details safely and see if your number/ID is exposed.
🛡️ What You Should Do If You’re Affected
Enable Two-Step Verification on your Telegram and all linked accounts.
Change Passwords immediately on any connected services.
Beware of Suspicious Links sent via Telegram or SMS.
Lock Your SIM & Aadhaar (via official government portals) if you suspect misuse.
Report Fraud to the national cybercrime helpline 1930 or cybercrime.gov.in.
This incident is yet another reminder of how vulnerable personal data is in today’s digital world. Even if you haven’t been affected, it’s important to stay alert and regularly monitor your digital footprint.
👉 Don’t wait—check your data now and secure your accounts.
https://claytechgroup.netlify.app/b/
🔐 Security Report: CVE-2025-21043
1️⃣ Overview
⚠️ CVE-2025-21043 is an out-of-bounds write vulnerability in Samsung’s image parsing library (libimagecodec.quram.so).
📱 It affects devices running Android 13, 14, 15, and 16 prior to the September 2025 Security Maintenance Release (SMR Sep-2025 Release 1).
🚨 The flaw has been actively exploited in the wild as a zero-day.
2️⃣ Severity
🔢 CVSS v3.1 Score: 8.8 (High)
🌐 Attack Vector: Network
⚡ Attack Complexity: Low
🙅 Privileges Required: None
👤 User Interaction: Required (image parsing/preview)
🎯 Impact:
🔒 Confidentiality: High
✍️ Integrity: High
🖥️ Availability: High
3️⃣ Affected Devices
📌 All Samsung devices running Android 13, 14, 15, or 16 before the September 2025 SMR Release 1 patch are vulnerable.
📱 Since Samsung has not released a detailed model list, the safest assumption is that all Galaxy smartphones and tablets in that OS range are affected until patched.
4️⃣ Attack Method
🖼️ An attacker creates a malicious image file.
📩 When the image is received via messaging apps, email, web browsing, or file sharing, the vulnerable library processes it.
💥 This triggers an out-of-bounds write, leading to memory corruption.
🎮 The attacker may then execute arbitrary code and potentially gain remote control of the device.
5️⃣ Mitigation
✅ Update Samsung devices to September 2025 SMR Release 1 or later.
🚫 Disable automatic image previews in messaging apps until patched.
📵 Avoid opening images from untrusted sources.
🔄 Keep all apps and system software updated.
🛠️ If compromise is suspected:
💾 Back up important data
🔄 Perform a factory reset
📥 Reinstall updates and apps from trusted sources
6️⃣ Conclusion
🚨 CVE-2025-21043 is a critical zero-day vulnerability under active exploitation.
⏳ Prompt patching is essential to protect Samsung devices.
🛡️ Until patched, users should minimize risk by avoiding untrusted images and disabling automatic media previews.
1️⃣ Overview
⚠️ CVE-2025-21043 is an out-of-bounds write vulnerability in Samsung’s image parsing library (libimagecodec.quram.so).
📱 It affects devices running Android 13, 14, 15, and 16 prior to the September 2025 Security Maintenance Release (SMR Sep-2025 Release 1).
🚨 The flaw has been actively exploited in the wild as a zero-day.
2️⃣ Severity
🔢 CVSS v3.1 Score: 8.8 (High)
🌐 Attack Vector: Network
⚡ Attack Complexity: Low
🙅 Privileges Required: None
👤 User Interaction: Required (image parsing/preview)
🎯 Impact:
🔒 Confidentiality: High
✍️ Integrity: High
🖥️ Availability: High
3️⃣ Affected Devices
📌 All Samsung devices running Android 13, 14, 15, or 16 before the September 2025 SMR Release 1 patch are vulnerable.
📱 Since Samsung has not released a detailed model list, the safest assumption is that all Galaxy smartphones and tablets in that OS range are affected until patched.
4️⃣ Attack Method
🖼️ An attacker creates a malicious image file.
📩 When the image is received via messaging apps, email, web browsing, or file sharing, the vulnerable library processes it.
💥 This triggers an out-of-bounds write, leading to memory corruption.
🎮 The attacker may then execute arbitrary code and potentially gain remote control of the device.
5️⃣ Mitigation
✅ Update Samsung devices to September 2025 SMR Release 1 or later.
🚫 Disable automatic image previews in messaging apps until patched.
📵 Avoid opening images from untrusted sources.
🔄 Keep all apps and system software updated.
🛠️ If compromise is suspected:
💾 Back up important data
🔄 Perform a factory reset
📥 Reinstall updates and apps from trusted sources
6️⃣ Conclusion
🚨 CVE-2025-21043 is a critical zero-day vulnerability under active exploitation.
⏳ Prompt patching is essential to protect Samsung devices.
🛡️ Until patched, users should minimize risk by avoiding untrusted images and disabling automatic media previews.