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π How OTP systems work | How to Bypass It
OTP Generation: When you log in, the server generates a unique, time-sensitive code (usually valid for 30-60 seconds).
Transmission: The OTP is sent via SMS, email, or authenticator apps.
Validation: You enter the OTP, and the server verifies it.
β οΈ Common vulnerabilities (for educational awareness)
Here are some security flaws that malicious actors exploit (but using them is illegal):
1.β SIM Swapping:
Attackers trick the mobile carrier into transferring your phone number to their SIM, letting them receive your OTPs.
Defense: Use app-based OTPs (e.g., Google Authenticator) instead of SMS.
2.π Social Engineering:
Pretending to be a trusted entity and tricking victims into sharing their OTP.
Defense: Never share OTPs, even with βofficialβ support.
π₯ Brute Force / Rate Limiting Flaws:
Some services donβt properly block multiple OTP attempts, allowing attackers to guess it.
Defense: Companies implement rate limiting and CAPTCHA.
3.π Malware / Phishing:
Users unknowingly install malware or enter OTPs on fake login pages.
Defense: Use 2FA apps instead of SMS, and verify URLs.
Using this knowledge for malicious purposes = illegal and unethical. π«
π Hackers and security experts research these flaws to report them and improve systemsβnot to exploit them. π‘
OTP Generation: When you log in, the server generates a unique, time-sensitive code (usually valid for 30-60 seconds).
Transmission: The OTP is sent via SMS, email, or authenticator apps.
Validation: You enter the OTP, and the server verifies it.
β οΈ Common vulnerabilities (for educational awareness)
Here are some security flaws that malicious actors exploit (but using them is illegal):
1.β SIM Swapping:
Attackers trick the mobile carrier into transferring your phone number to their SIM, letting them receive your OTPs.
Defense: Use app-based OTPs (e.g., Google Authenticator) instead of SMS.
2.π Social Engineering:
Pretending to be a trusted entity and tricking victims into sharing their OTP.
Defense: Never share OTPs, even with βofficialβ support.
π₯ Brute Force / Rate Limiting Flaws:
Some services donβt properly block multiple OTP attempts, allowing attackers to guess it.
Defense: Companies implement rate limiting and CAPTCHA.
3.π Malware / Phishing:
Users unknowingly install malware or enter OTPs on fake login pages.
Defense: Use 2FA apps instead of SMS, and verify URLs.
Using this knowledge for malicious purposes = illegal and unethical. π«
π Hackers and security experts research these flaws to report them and improve systemsβnot to exploit them. π‘
β€1
How did they even program a programing language to program a program to program programs
Good day ahead π
Good day ahead π
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