13 projects tagged "Windows"
MQ Message Encryption (MQME) is a solution that provides encryption for WebSphere MQ message data while it resides in a queue and in the MQ logs. It uses AES and offers the ability to control who accesses protected queues. This control is obtained through the use of UserID grouping, and group files are similar to the Unix /etc/group file. It also has the ability to generate and validate messages using a SHA-2 digital signature.
MQ Standard Security Exit is a solution that allows a company to control and restrict who is accessing a WebSphere MQ resource. The security exit will operate with WebSphere MQ v5.3, v6.0, and v7.0 (and MQSeries v5.2) in Windows, iSeries (OS/400), Unix, and Linux environments. It works with Server Connection, Receiver, Requestor, and Cluster-Receiver channels of WebSphere MQ queue manager. The MQ Standard Security Exit solution is comprised of a server-side security exit.
MQ Channel Encryption (MQCE) is a solution that provides AES encryption for message data flowing between WebSphere MQ (WMQ) resources. It operates with Sender, Receiver, Server, Requestor, Cluster-Sender, Cluster-Receiver, Server Connection, and Client Connection channels of the WMQ queue managers. It is a simple drop-in solution and can be configured as a queue manager channel message exit or as a channel sender/receive exit pair.
MQ Authenticate User Security Exit (MQAUSX) is a solution that allows a company to fully authenticate a user who is accessing a WebSphere MQ resource. It verifies the user's user ID and password (and possibly domain name) against the server's native OS system (or domain controller) or a remote LDAP server. The security exit will operate with WebSphere MQ v5.3, v6.0, or v7.0 (and MQSeries v5.2) in Windows, iSeries (OS/400), Unix, and Linux environments. It works with Server Connection, Client Connection, Sender, Receiver, Server, Requestor, Cluster-Sender, and Cluster-Receiver channels of WebSphere MQ queue manager. The MQ Authenticate User Security Exit solution is comprised of 2 components: client-side security exit and server-side security exit.
SFTPPlus is a secure file transfer (SFTP) program that uses the SSH protocol with additional audit and automation capabilities to meet regulatory and corporate compliance requirements. Server and client editions are available. Transfers may be made to and from internal servers or third party external standard SFTP servers/clients. Supported protocols include SFTP, FTPS, and HTTPS. A version that includes a FIPS 140-2 module is available.
CyberFusion is a system that provides secure file transfer across a LAN, a WAN, and the Internet. It offers encryption and security, reliability and guaranteed delivery, management and automation, audit and control. It offers cost-saving migration from competitor products such as Connect:Direct which is supported with useful tools. It may be used as part of a VPN, ERP, EAI, or ETL software solution for secure file transfers as well as in disaster recovery, data archive, and backup and restore operations.
Ice is a modern alternative to object middleware such as CORBA or COM/DCOM/COM+. It is easy to learn, yet provides a powerful network infrastructure for demanding technical applications. It features an object-oriented specification language, easy to use C++ and Java mappings, a highly efficient protocol (including protocol compression), asynchronous method invocation and dispatch, dynamic transport plug-ins, TCP/IP and UDP/IP support, SSL-based security, a firewall solution, and much more.
Knocker is a simple, versatile, and easy-to-use TCP security port scanner written in C, using threads. It is able to analyze hosts and the network services which are running on them. Knocker it is available for Linux, FreeBSD, many Unix platforms, and Windows 95/98/2000. Both a console version and a GTK+ version are available.
CDSA stands for Common Data Security Architecture. It provides a security framework that includes cryptographically signed modules to present an abstracted unified API to the application developer to perform cryptographic and security related operations. It also includes hardware support for cryptographic tokens and biometric devices, such as thumbprint scanners. Intel has implemented the CDSA 2 specification and released it as open source.