How to remediate TLS robot vulnerability?
Answers from top 14 papers
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| Papers (14) | Insight |
|---|---|
| Thus, we believe that the current TLS system is not fit for purpose and must be revisited as a whole. | |
01 Aug 2017 24 Citations | Unauthorized access to a robot, or a multi-robot network, may seriously compromise the system, potentially leading to unacceptable consequences, such as putting in danger humans that share the environment with the robot(s). |
06 Dec 2017 | The results affirm the addition of new security benefits to the existing TLS-based authentication mechanisms. |
| Thus, with this tool we can make an automatic verification of TLS. | |
01 Jan 2018 42 Citations | In this work, we present TLS-N, the first TLS extension that provides secure non-repudiation and solves both of the mentioned challenges. |
01 Jan 2016 | Several of these tools also mislead browsers into believing that a TLS connection is more secure than it actually is, by e. g., artificially upgrading a server’s TLS version at the client. |
| Our analysis reveals the strengths and weaknesses of each approach, demonstrating that the path to improving TLS security in the mobile platform is not straightforward. | |
13 Mar 2018 | Our result revealed that 5 (33.3%) of the applications examined are vulnerable to man-in-the-middle (MITM) and/or TLS renegotiation attacks. |
20 Jun 2005 | Overall, our mechanisms unlock the potential of TLS for the toughest applications. |
| It turns out that the effect on the security of TLS-ECDH is devastating. | |
01 May 2017 | Taken together, our results demonstrate that complete TLS/SSL revocation checking is within reach for all clients. |
30 Aug 2015 | We believe that mucert is practical and effective for helping improve the robustness of SSL/TLS implementations. |
| Our results confirm the soundness of TLS 1.3 security protection design. | |
| We show generically that the proposed fixes (RFC 7627) for TLS 1.2 offer good protection against multiple handshakes attacks. |
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