SE80 ABAP Workbench
What is SAP Basis Operation?
After the addition of Java Stack (the applications developed in J2EE, BSP, JSP, etc.), the security standard for business processes was increased. Both ABAP and Java stack can be monitored from one platform. Netweaver supports standard protocols such as HTTP, SMTP, XML, SOAP, SSO, WEBDAV, WSDL, WMLSSO, SSL, X.509 and Unicode format (text processing representation).
A Conflict Resolution Transport (CRT) is used only for add-ons, such as IS-IS or IS-OIL. It is used to eliminate conflicts that may arise between the different support packages and an add-on. Note that a CRT that applies to an add-on release also resolves all conflicts with previous releases of that add-on. In addition, a CRT may include other corrections for the corresponding add-on. A CRT can therefore always be a special add-on support package. Settings for SPAM With Additional Settings, you can access a dialogue box where you can specify general settings for the SAP Patch Manager (SPAM). These settings affect the behaviour of downloading and loading support packages of the different types equally. SPAM updates are an exception; certain settings are specified for these. You can toggle the following properties on and off: Transmission Monitor If you enable the Transmission Monitor, you can monitor the download of the support packages from the SAPNet - R/3 frontend with a graphical monitor. Otherwise, you will only get a progress bar. Scenario Choosing the scenario determines which actions should be performed while the Support Packages are being played in. The default scenario is used to fully deploy support packages; All steps are performed. The test scenario allows you to determine whether a modification match is required or whether conflicts occur that should be resolved before the support packages are loaded. The test scenario does not import data and objects into your SAP system. There is no test scenario for SPAM updates. The choice is ignored when a SPAM update is introduced. Rebuild data files You can specify whether the data files from the EPS packages will be reunzipped each time you try to play. In principle, this is the case.
You implement - we support!
A well-cared-for emergency user concept enables the audit-proof allocation of extended permissions in combination with the assurance of daily operations in your company. This article first addresses the fundamental issues that require an emergency user approach. It then briefly explains how such a concept works in general and how we implement it. An Emergency User is normally used when tasks are temporarily taken over outside the initial field of activity. I described the different scenarios of when such a user can be used and how to deal with them in this blog post for you. Why is an emergency user approach important? There are several scenarios in which the use of an emergency user with extended rights is useful: In urgent cases, it is often necessary to be able to quickly make changes to the system that are outside the user's actual field of activity. A key user who has the necessary permissions is on vacation and needs a representation. The same user suffers short-term illness and his/her representative must take over his/her duties to ensure the operation. We recommend developing a concept for the short-term allocation of the additional permissions. This will ensure the implementation of the above scenarios. How does an emergency user approach work? An emergency user concept in SAP works fundamentally via a temporary assignment of additional rights to a specific user. After the tasks have been completed, the user is deprived of the rights. The tasks performed with the extended permissions are logged and can then be evaluated by an auditor. However, there are a few things to keep in mind: A process for granting special rights should be defined. It must be specified which users can get special rights. The time period for which users can request an emergency user should be limited.
User authentication is usually performed by entering a user name and password. This information is called user credentials and should only be known to the user, so that no third party can gain access to the system under a false identity. This post explains how a user's password protection can be circumvented and how to prevent it. SAP system legacy data The login data of a user, including password, are saved in the USR02 database table. However, the password is not in plain text, but encrypted as a hash value. For each user there are not only one but up to three generated password hashes. Different algorithms are used to calculate these values, but only the Salted SHA1 can be considered sufficiently safe. Table deduction USR02 The secure password hash is located in the fifth column of the pictured table deduction with the heading Password hash value. The corresponding data field in the column is called PWDSALTEDHASH. Weak Password Hash Risks You have a good and working permission concept that ensures that no processes or data can be manipulated or stolen. A potential attacker now has the ability to read out your database with the password hashes. The hash values are calculated using password crackers, which are available on the Internet at home, and the attacker now has a long list of user credentials. To damage your system, the user will now search for the appropriate permissions and perform the attack under a false identity. Identifying the actual attacker is virtually impossible. Check if your system is vulnerable too Your system generates the weak hash values if the login/password_downwards_compatibility profile parameter has an unequal value of 0.
"Shortcut for SAP Systems" simplifies tasks in the area of the SAP basis and complements missing functions of the standard.
For the most efficient operation of an SAP system, an external SAP Basis Support team often works together with a small in-house team at the customer's company.
Protection against cyber attacks, espionage and system failures.