To determine which VPN technology is currently considered the preferred method for securely connecting a remote endpoint device back to an enterprise network, let's evaluate each option step by step:

1. **Point-to-Point Tunneling Protocol (PPTP)**:
- **Pros**: Easy to set up and widely supported.
- **Cons**: Known for having several security vulnerabilities and is considered outdated.
- **Conclusion**: Not the preferred method due to security concerns.

2. **Secure Socket Layer (SSL)**:
- **Pros**: Commonly used for securing web traffic (HTTPS) and can be used in VPNs (SSL VPNs).
- **Cons**: SSL itself is being replaced by its successor, TLS (Transport Layer Security).
- **Conclusion**: While SSL VPNs are popular, the term "SSL" is somewhat outdated, and TLS is more accurate.

3. **Secure Socket Tunneling Protocol (SSTP)**:
- **Pros**: Developed by Microsoft, integrates well with Windows, and uses SSL/TLS for encryption.
- **Cons**: Limited support on non-Windows platforms.
- **Conclusion**: A good option for Windows environments but not universally preferred due to limited cross-platform support.

4. **Internet Protocol Security (IPsec)**:
- **Pros**: Highly secure, widely supported across various platforms, and can be used for site-to-site and remote access VPNs.
- **Cons**: Can be complex to configure and manage.
- **Conclusion**: Despite the complexity, IPsec is highly secure and widely regarded as a robust solution for enterprise VPNs.

**Final Conclusion**:
Given the evaluation, **Internet Protocol Security (IPsec)** is currently considered the preferred method for securely connecting a remote endpoint device back to an enterprise network due to its high level of security and broad support across different platforms.

So, the correct answer is:
**Internet Protocol Security - IPsec**.

Question

To determine which VPN technology is currently considered the preferred method for securely connecting a remote endpoint device back to an enterprise network, let's evaluate each option step by step:

1. **Point-to-Point Tunneling Protocol (PPTP)**:
   - **Pros**: Easy to set up and widely supported.
   - **Cons**: Known for having several security vulnerabilities and is considered outdated.
   - **Conclusion**: Not the preferred method due to security concerns.

2. **Secure Socket Layer (SSL)**:
   - **Pros**: Commonly used for securing web traffic (HTTPS) and can be used in VPNs (SSL VPNs).
   - **Cons**: SSL itself is being replaced by its successor, TLS (Transport Layer Security).
   - **Conclusion**: While SSL VPNs are popular, the term "SSL" is somewhat outdated, and TLS is more accurate.

3. **Secure Socket Tunneling Protocol (SSTP)**:
   - **Pros**: Developed by Microsoft, integrates well with Windows, and uses SSL/TLS for encryption.
   - **Cons**: Limited support on non-Windows platforms.
   - **Conclusion**: A good option for Windows environments but not universally preferred due to limited cross-platform support.

4. **Internet Protocol Security (IPsec)**:
   - **Pros**: Highly secure, widely supported across various platforms, and can be used for site-to-site and remote access VPNs.
   - **Cons**: Can be complex to configure and manage.
   - **Conclusion**: Despite the complexity, IPsec is highly secure and widely regarded as a robust solution for enterprise VPNs.

**Final Conclusion**:
Given the evaluation, **Internet Protocol Security (IPsec)** is currently considered the preferred method for securely connecting a remote endpoint device back to an enterprise network due to its high level of security and broad support across different platforms.

So, the correct answer is:
**Internet Protocol Security - IPsec**.

Knowee AI · Accepted Answer

To determine which VPN technology is currently considered the preferred method for securely connecting a remote endpoint device back to an enterprise network, let's evaluate each option step by step:

1. **Point-to-Point Tunneling Protocol (PPTP)**:
   - **Pros**: Easy to set up and widely supported.
   - **Cons**: Known for having several security vulnerabilities and is considered outdated.
   - **Conclusion**: Not the preferred method due to security concerns.

2. **Secure Socket Layer (SSL)**:
   - **Pros**: Commonly used for securing web traffic (HTTPS) and can be used in VPNs (SSL VPNs).
   - **Cons**: SSL itself is being replaced by its successor, TLS (Transport Layer Security).
   - **Conclusion**: While SSL VPNs are popular, the term "SSL" is somewhat outdated, and TLS is more accurate.

3. **Secure Socket Tunneling Protocol (SSTP)**:
   - **Pros**: Developed by Microsoft, integrates well with Windows, and uses SSL/TLS for encryption.
   - **Cons**: Limited support on non-Windows platforms.
   - **Conclusion**: A good option for Windows environments but not universally preferred due to limited cross-platform support.

4. **Internet Protocol Security (IPsec)**:
   - **Pros**: Highly secure, widely supported across various platforms, and can be used for site-to-site and remote access VPNs.
   - **Cons**: Can be complex to configure and manage.
   - **Conclusion**: Despite the complexity, IPsec is highly secure and widely regarded as a robust solution for enterprise VPNs.

**Final Conclusion**:
Given the evaluation, **Internet Protocol Security (IPsec)** is currently considered the preferred method for securely connecting a remote endpoint device back to an enterprise network due to its high level of security and broad support across different platforms.

So, the correct answer is:
**Internet Protocol Security - IPsec**.

Which VPN technology is currently considered the preferred method for securely connecting a remote endpoint device back to an enterprise network?1 pointPoint-to-point Tunneling protocol - PPTPSecure Socket Layer - SSLSecure Socket tunneling protocol - SSTPInternet Protocol Security - IPSEC

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