.TLS File Recovery

Have files been deleted due to a user’s error or software error? Have you formatted a disk by accident and need to know how to recover the files? Read our .TLS file recovery guide for Windows, MacOS, Android and IOS in 2023.

TLS File Recovery

What is a .TLS file?

Custom Windows logon screen used by Tune Styler, a desktop customization program included with TuneUp Utilities; may include a background image as well as custom fonts and buttons; overrides the default Windows startup screen when applied.

What Are Common Causes of ".TLS" Files Lost or Failure?

There can be several common causes for ".TLS" files being lost or failing:

  1. Accidental deletion: Users may accidentally delete ".TLS" files while organizing or cleaning up their storage.
  2. Software or hardware issues: Issues with the software or hardware of the device where the ".TLS" files are stored can lead to their loss or failure. This includes system crashes, software bugs, or hardware failures.
  3. File system corruption: Corruption in the file system can result in the loss or failure of ".TLS" files. This can occur due to improper system shutdowns, malware infections, or disk errors.
  4. Formatting or partitioning: If a storage device is formatted or partitioned, it can erase all the data, including ".TLS" files, from the device.
  5. File transfer errors: Errors during the transfer of ".TLS" files, such as interruptions in network connectivity or incomplete transfers, can lead to their loss or failure.
  6. Virus or malware attacks: Viruses or malware can infect the device and cause damage to files, including ".TLS" files. They can corrupt or delete the files, making them inaccessible.
  7. Human error: Human error, such as accidental overwriting, renaming, or moving of ".TLS" files, can result in their loss or failure.
  8. Software conflicts: Conflicts between different software applications or incompatible software versions can cause issues with ".TLS" files, leading to their loss or failure.
  9. Physical damage: Physical damage to the storage device where the ".TLS" files are stored, such as dropping a hard drive or exposing it to extreme temperatures or moisture, can result in data loss.

It is important to have regular backups of ".TLS" files to prevent permanent loss in case of any of these causes.

How to recover lost ".TLS" files?

Sometimes while working with a computer, laptop or other stationary or mobile devices, you may encounter various bugs, freezes, hardware or software failures, even in spite of regular updates and junk cleaning. As a result, an important ".TLS" file may be deleted.

Go to view
🧺 How to Recover Files and Folders After Sending Them to the Recycle Bin and Deleting? (Windows 11)

🧺 How to Recover Files and Folders After Sending Them to the Recycle Bin and Deleting? (Windows 11)

By no means should you think that the only way to recover a ".TLS" file is always to create it once more.

Use programs for recovering ".TLS" files if a file was lost after accidental or deliberate deleting, formatting the memory card or the internal storage, cleaning the storage device, after a virus attack or a system failure.

Programs to recover ".TLS" files

Looking for a way to get files back? In cases when files were deleted and they cannot be restored by using standard operating system tools, use Hetman Partition Recovery.

The tool recovers data from any devices, regardless of the cause of data loss.

Follow the directions below:

  1. Download Hetman Partition Recovery, install and start the program.

  2. The program will automatically scan the computer and display all hard disks and removable drives connected to it, as well as physical and local disks.

    File Recovery Software
  3. Double-click on the disk from which you need to recover ".TLS" files, and select analysis type.

    Hetman Partition Recovery - Analysis Type
  4. When the scanning is over, you will be shown the files for recovery.

    Hetman Partition Recovery - Files that Can be Restored
  5. To find a file you need, use the program’s interface to open the folder it was deleted from, or go to the folder "Content-Aware Analysis" and select the required file type.

    Hetman Partition Recovery - Deep Scan
  6. Select the files you have been looking for and click "Recovery".

    File Recovery Software - Files List for Recovery
  7. Choose one of the methods for saving the files and recover them.

    Saving recovered files in Hetman Partition Recovery

How to open file with ".TLS" extension?

Looking for how to open a stereo tuneUp Utilities Logon Screen image file file?

Programs that open ".TLS" files

AVG PC TuneUp Unlimited AVG PC TuneUp Unlimited

Additional Information

  • File type: TuneUp Utilities Logon Screen

  • File extension: .TLS

  • Developer: TuneUp Corporation

  • Category: Misc Files

  • Format: Binary


We will be happy to answer your questions!

Comments (1)

  • Hetman Software: Data Recovery
    Hetman Software: Data Recovery 18.12.2019 12:24 #
    Leave a comment if you have any questions about Recovering lost .TLS files after deleting, cleaning or formatting!
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Vladimir Artiukh

Author: Vladimir Artiukh, Technical Writer

Vladimir Artiukh is a technical writer for Hetman Software, as well as the voice and face of their English-speaking YouTube channel, Hetman Software: Data Recovery for Windows. He handles tutorials, how-tos, and detailed reviews on how the company’s tools work with all kinds of data storage devices.

Oleg Afonin

Editor: Oleg Afonin, Technical Writer

Oleg Afonin is an expert in mobile forensics, data recovery and computer systems. He often attends large data security conferences, and writes several blogs for such resources as xaker.ru, Elcomsoft and Habr. In addition to his online activities, Oleg’s articles are also published in professional magazines. Also, Oleg Afonin is the co-author of a well-known book, Mobile Forensics - Advanced Investigative Strategies.


Questions and answers

  • What are the different formats used in TLS (Transport Layer Security) protocols?

    TLS (Transport Layer Security) protocols support several different formats for secure communication. These formats include:

    1. TLS 1.0: The first version of TLS, which provides security enhancements over its predecessor, SSL (Secure Sockets Layer).
    2. TLS 1.1: An improved version of TLS 1.0, addressing some vulnerabilities and weaknesses found in the previous version.
    3. TLS 1.2: The most widely used version of TLS currently, providing stronger security and improved performance compared to earlier versions.
    4. TLS 1.3: The latest version of TLS, offering enhanced security, reduced latency, and improved handshake process. It has become the recommended version for secure communication.

    Each of these TLS versions has its own set of cryptographic algorithms, cipher suites, and protocols. The choice of TLS version depends on the compatibility and security requirements of the communicating parties.

  • How does the TLS format ensure secure communication between client and server?

    TLS (Transport Layer Security) ensures secure communication between a client and a server through the following mechanisms:

    1. Encryption: TLS uses symmetric encryption algorithms to encrypt the data being transmitted between the client and the server. This ensures that even if the data is intercepted, it cannot be understood by unauthorized parties. The encryption keys are securely exchanged during the TLS handshake process.
    2. Authentication: TLS provides authentication mechanisms to verify the identity of both the client and the server. This prevents man-in-the-middle attacks, where an attacker impersonates either the client or the server. TLS uses digital certificates to establish the authenticity of the parties involved.
    3. Integrity: TLS ensures the integrity of the transmitted data by using cryptographic hash functions. Hash functions generate a unique fingerprint of the data, and this fingerprint is used to verify that the data has not been tampered with during transmission. Any modification of the data will result in a mismatched hash value.
    4. Forward Secrecy: TLS supports forward secrecy, which means that even if the long-term private key of the server is compromised in the future, it cannot be used to decrypt past communications. TLS achieves this by using temporary session keys that are discarded after the session ends. This enhances the security of the communication.
    5. Secure Handshake: TLS includes a handshake process that establishes a secure connection between the client and the server. During the handshake, the parties negotiate the encryption algorithms, exchange cryptographic keys, and verify each other's identity. This ensures that the subsequent communication is protected.

    Overall, the TLS format combines encryption, authentication, integrity, forward secrecy, and secure handshakes to ensure secure communication between the client and the server. These mechanisms work together to protect the confidentiality, integrity, and authenticity of the data being transmitted.

  • Can you provide examples of TLS formats used in common internet protocols such as HTTPS or SMTPS?

    Certainly! Here are examples of TLS formats used in common internet protocols:

    HTTPS (HTTP Secure):

    • TLS Handshake: The client and server negotiate the TLS session parameters and exchange cryptographic keys.
    • TLS Record Protocol: The client and server encrypt and decrypt HTTP data using symmetric encryption algorithms (e.g., AES) and integrity protection algorithms (e.g., HMAC).
    • TLS Alert Protocol: Allows the client or server to send alerts to each other to indicate errors or abnormal conditions during the TLS session.

    SMTPS (SMTP Secure):

    • TLS Handshake: Similar to HTTPS, the client (SMTP client) and server (SMTP server) negotiate TLS session parameters and exchange cryptographic keys.
    • TLS Record Protocol: The client and server encrypt and decrypt SMTP data using symmetric encryption algorithms and integrity protection algorithms.
    • TLS Alert Protocol: Allows the client or server to send alerts to each other to indicate errors or abnormal conditions during the TLS session.

    In both cases, the TLS Handshake establishes a secure connection between the client and server, and the TLS Record Protocol ensures the confidentiality and integrity of the data exchanged between them. The TLS Alert Protocol handles any errors or issues that may occur during the TLS session.

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