SAP Floorplan Manager
Virtual CodeProfiler allows you to automatically identify risks in ABAP code and correct errors. CodeProfiler for ABAP is fully integrated with SAP and is based on Virtual Forge's patented global data and control flow analysis. This solution helps ensure that applications written in ABAP have no security, compliance or quality gaps. As a result, SAP systems are protected from unauthorized access and meet the requirements of internal and external auditors. At the same time, CodeProfiler improves the performance of SAP systems and reduces costs.
Today, "SAP Basis" often does not mean (only) the software architecture. Instead, the term is not infrequently a task description. This refers to the basic administration of the system: installation and configuration, resource management, maintenance and monitoring of a company's SAP setups. This can include user management, patch management and system monitoring. Backup policy, rights management and daily maintenance tasks are also responsibilities of Basis admins.
A new SAP system is created...
An SAP HANA system lives on applications. When you develop these applications, you should think about securing them early. Using HTTPS instead of HTTP is one of the basics. In addition, you ensure secure authentication and implement a Secure Software Development Lifecycle to ensure backup in your own developments. In your applications, you better start to check them for risks early on and run this backup process regularly. You can analyse and restrict access to source code later. Create a risk register and address security vulnerabilities in a risk-based manner. The later you discover a risk, the more expensive the fix will be. Further information on SAP Security in addition to the article can be found here. Do you have any further questions or suggestions concerning this topic? Would you like us to go further on the subject? I look forward to your feedback!
Meanwhile, there are other ways to build consensus. But, for the most part, the following three options have proven effective as a consensus mechanism: 1) Proof of Work 2) Proof of Stake 3) Proof of Importance The differences are presented in another blog post. How do blocks form in a blockchain? Each block will build irrevocably on an older block. If you were to remove the block, you would also have to remove all blocks above it, which would destroy the entire chain of blocks. Because each new block also contains information from its predecessor block. This is very important for understanding the immutability of a blockchain. If you were to manipulate a block afterwards, you would have to adjust all the blocks that follow. The effort would be so infinitely large and expensive that such a manipulation can practically not be implemented. You can think of it as this. A blockchain arises from the cryptographically linked blocks (puzzles) full of transactions (puzzle pieces) and therefore cannot be changed without destroying the entire blockchain. For this reason, a blockchain is seen as an immutable transaction history agreed upon by a decentralised community. A blockchain is programmed to work with each miner on the longest part of the blockchain, as this is obviously the chain in which most of the work has been invested.
"Shortcut for SAP Systems" makes many tasks in the area of the SAP basis much easier.
Read more This blog post is intended to show what is already possible in the field of Security Automation.
So much information... how can you keep it so that you can find it again when you need it? Scribble Papers is a "note box" that makes this very easy.
Here it is necessary not to overwhelm the own employees within the SAP basis and to keep the complexity of different topics and technologies manageable per capita.