Non-repudiation.

Non-repudiation is at least possible (though it would require custom code in the gateway) with this architecture.

One of the mediations provided by the gateway can be to log the inbound message in its secured state, thus facilitating non-repudiation.

We need to ask the question whether or not to using SOAP-DSIG and SSL simultaenously is sufficient for non-repudiation in B2B applications.

This implies that non-repudiation guarantees that the sender of a message is the same as the creator of the message.

In particular, in business transactions among enterprises, the security requirement of non-repudiation needs to be satisfied.

Also, multiple filters can be added to provide increasing levels of security, encryption, and non-repudiation services as necessary.

Its main function is to protect the integrity, fairness, verifiability, non-repudiation of thee-commerce activities.

These approaches are required for non-repudiation of data and sending data securely over the Internet.

Similarly, sender authentication is not sufficient for non-repudiation.

A secure network system should ensure the integrality and confidentiality of the data non-repudiation.

Message authentication by using a digital signature is not sufficient for non-repudiation.

This can protect an authorized user's identity from being stolen, which protects the user's assets and provides non-repudiation.

It provides end-to-end, non-repudiation and message-level security (as opposed to transport level security).

We also analyze the correctness and security of the scheme. The scheme has the unforgeability, non-repudiation and public confirmatory.

Therefore, using SOAP-DSIG and SSL (with client authentication) simultaneously is the first step towards realizing non-repudiation.

This concept is known as non-repudiation.

Numly serves as a source of non-repudiation verifying that certain works were submitted by certain user ids at certain times.

Nowadays we combine the digital signature technology based on digital digest and RSA algorithm to ensure the integrity and non-repudiation.

In order to satisfy the requirement of non-repudiation, you need both message authentication and sender authentication simultaneously.

Now I'll examine the relationship between SOAP-DSIG and SSL from the perspective of non-repudiation.

So it is important to ensure the integrality, correctness and non-repudiation of the data.

There is no provision for non-repudiation as all application data that is exchanged has been encrypted using symmetric key technology.

The one problem with digital signatures is non-repudiation.

It provides authenticity, integrity and non-repudiation to many kinds of applications.

Non-repudiation is used to ensure that a sender cannot deny sending the XML.

The need for non-repudiation arises because of malicious senders.

Furthermore, the new method can verify not only the non-repudiation of protocol in static state, but also atomicity in dynamic.

non-repudiation: any access to customer data is logged, while retaining the main benefits of a public storage service

Information technology - Open systems interconnection - Security frameworks for open systems - Non-repudiation framework

Information technology - Security techniques - Non-repudiation - General

Information technology - Security techniques - Non-repudiation - Part 2: Mechanisms using symmetric techniques

A Hybrid Cryptosystem-Based Non-Repudiation Protocol and Its Formal Analysis

finite - state analysis of a fair non - repudiation protocol

An Electronic Evidence and Non-Repudiation Protocol and Its Formal Analysis

Application of security technology in communications system--A new non repudiation protocol

Non-repudiation signature with message recovery for specified recipient

Model Checking Analysis of Probabilistic Non-repudiation Protocol

Information technology - Security techniques - Non-repudiation - Part 1: General

Formal Analysis of a Non-Repudiation Protocol ZG

Formal analysis technology of non-repudiation protocols

A Fair Non-Repudiation Protocol and Its Formal Analysis

Electronic evidence and non-repudiation protocol

A Non-Repudiation Protocol for E-Mail and Its Formal Analysis

An Optimistic Fair Non-Repudiation Protocol with Semi-Trusted Third Party

Research on Non-repudiation Electronic Business

An Non-Repudiation Digital Signature Scheme Both Sender and Receiver

Log transactions for auditing and non-repudiation

Design of Non-repudiation Transferred Message in Batch EDI

A New Fair Non-Repudiation Protocol with Off-Line Semi-Trusted Third Party

Optimistic Non-repudiation Protocol with Transparent Recovery Based on SCS

Non-repudiation protocol based on conditional trusted third party

A Fair Non-Repudiation Protocol without TTP Based on Entity's Computing Power

A Non-repudiation Protocol Based on Bulletin Board

A Non-repudiation E-mail Protocol Based on Third Party