About
This app generates 2-factor authentication codes for secure logins. It provides one-time passwords, eliminating the need for ARS or SMS verification and enhancing user convenience and security without requiring separate device or software installation.
What's New in TIMS 사용자인증
1.5
May 18, 2022
- 검색 키워드 업데이트
Developer apps
FAQ
What is TIMS 사용자인증 used for?
TIMS 사용자인증 is used to generate 2-factor authentication codes, specifically one-time random OTPs, to enhance security during user logins. It aims to simplify the authentication process by removing the need for ARS or SMS verification.
How do I register an account with TIMS 사용자인증?
To register, you first confirm your account on a registration webpage by entering your ID and password. Then, generate a QR code on the next page, scan it using the app's camera, and enter the displayed PIN code to complete the user registration.
How does TIMS 사용자인증 improve security?
It provides unique, time-sensitive OTPs for each login, making it much harder for unauthorized users to gain access even if personal information is compromised. This eliminates reliance on potentially leaked personal data for authentication.
Does TIMS 사용자인증 require any extra software or devices?
No, TIMS 사용자인증 does not require the installation or management of separate devices or security programs. All authentication functions are handled directly within the app itself.
How often is TIMS 사용자인증 updated?
The app was last updated on May 18, 2022, with version 1.5. This indicates a moderate update frequency, suggesting ongoing maintenance and potential improvements.
What devices support TIMS 사용자인증?
TIMS 사용자인증 is available for iPhone, iPad, and iPod devices. It is designed for Apple's iOS ecosystem.
What is the age rating for TIMS 사용자인증?
TIMS 사용자인증 has an age rating of 4+. This means it is considered suitable for children aged 4 and above, with no mature content.
What are the user reviews like for TIMS 사용자인증?
The app currently has a rating of 1.0 stars from 3 ratings. This indicates a very low user satisfaction based on the limited feedback available.