This is the fourth consecutive blog post in our series on how to make Oracle E-Business Suite more secure. In this post, we will focus on reducing the attack surface - something that is a critical component for any successful information security strategy. The more you can reduce the components that are exposed to attackers (and to vulnerabilities), the more you can focus on keeping your exposed systems secure.
For a third week in a row, we’re providing you with best practices for securing your Oracle E-Business Suite implementation. Today, we are going to talk about a common topic: password security. When it comes to password policy, the first thing that probably comes to mind is having a secure password. That is why in addition to all network security layers, it is very important to have a proper password policy, along with a users list and groups so to follow a guideline of how passwords are formed.
Last week, we begin a blogpost series with the objective of reviewing Oracle E-Business Suite Security. The first publication detailed how to activate the Server Security Feature, and in today’s post we will focus on password hashing. We will analyze the different types of hashing and how it is implemented in Oracle E-Business Suite.
As most of our regular readers may know, the Onapsis Research Labs have been working on developing Oracle Security for several months. We’ve done this by updating our readers with analysis on quarterly patch updates, and to date have released over one hundred advisories for this platform. In our continous goal to provide the industry with greater resources to secure their business critical applications, starting today we will be publishing a series of weekly blog posts focusing on different areas of protecting Oracle E-Business Suite.
Yesterday, Oracle released its quarterly security patches and what a record breaking CPU it was! With close to 300 published patches, this marks the highest number of patches released to date for any CPU. This further validates the trend we have seen in previous CPU’s which is to correct more vulnerabilities in Oracle products due to increased research submissions targeting different Oracle products.
In this month's post we will analyze the January 2017 Oracle Critical Patch Update (CPU) and how it relates to Oracle Business Critical Applications. This CPU is special because the number of vulnerabilities fixed sets a new record for the amount of vulnerabilities fixed in a single CPU for Business Critical Applications. At Onapsis, we believe there are two main factors that contribute to this record breaking number of vulnerabilities in a single CPU. These two factors are the Researchers and of course, Oracle itself.
As a company, Onapsis is focused on the security of business-critical applications such as SAP and Oracle. While our focus is on SAP applications, we have been doing research on Oracle business applications as well to identify and report critical vulnerabilities. In this sense, Oracle is different from SAP in regards to the method and timing that security patches are released and available to end users.
As a company, Onapsis is focused on the security of business-critical applications such as SAP and Oracle. While our focus has been on SAP applications, we have also been actively researching, identifying and reporting critical vulnerabilities facing Oracle business applications. In this sense, Oracle is different from SAP, specifically in the way and timing that security patches are released and available to end users. In this post, I will go through an analysis of Oracle's January 2015 Critical Patch Update (aka CPU).
We all know it, it is nothing new, the level of security in an organization is equivalent to the weaklist link of the chain.
On this blog post we are going to study how an attacker can compromise an SAP system by taking advantage of a simple database vulnerability.
In previous posts we performed security assessments on the Management Console.
For the upcoming assessments we will need a tool to connect with the underlying databases. SQL*Plus is an Oracle utility with a basic command-line interface which allows us to connect with Oracle databases and execute queries in a simple fashion.