What do you do if you want to safeguard Enterprise Software from vulnerabilities using logical reasoning?

In today's interconnected digital landscape, safeguarding enterprise software has become paramount to ensuring the continuity and integrity of business operations. Conducting a thorough risk assessment is the cornerstone of any robust cybersecurity strategy, given the ever-evolving threat landscape. Safeguarding enterprise software necessitates a proactive and methodical approach to risk assessment. By meticulously dissecting the software ecosystem, prioritizing risks, and allocating resources effectively, organizations can fortify their defenses against cyber threats. By doing so, they mitigate the risk of costly breaches and foster a culture of cybersecurity resilience.

In a dynamic Enterprise Software environment, it's important to prioritize Security & Compliance. I once had a Product Owner who neglected critical vulnerabilities for months. We reworked the backlog and addressed all issues within a week. Use First Principles thinking to analyze your software's components and exposure. Always have a logical reason for your software's architecture.

Given that the risk is with "enterprise software" we in #cyber #security describe this #risk as 'Component Risk', hardware or software. #Data needs to be followed as means of its interaction within each component. I would start with an #assessment of the threats each component face. Then I would seek to find out any existing #vulnerabilities, for instance an on premise installed #software may only work on an out dated operating system which itself is vulnerable. This operating system is a risk. I would then prioritise risks based on their business/reputational/client impacts. A great tool to start would be to use something like Jens Rasmussen's Abstraction Hierarchy to distinguish: conceptual risk from real risk.

In today's digital landscape, where technology is deeply ingrained in every aspect of business operations, maintaining the security of enterprise software is paramount. As businesses increasingly rely on software to streamline processes, communicate with stakeholders, and store sensitive data, the risk of cyber threats looms more significantly. The imperative to update enterprise software regularly transcends mere best practices; it is an essential cornerstone of effective cybersecurity hygiene. By staying abreast of the latest updates and diligently applying patches, organizations can fortify their defences, mitigate risks, and safeguard their most valuable assets.

Unsurprisingly poorly configured #cloud is as vulnerable as out-of-date software. I've seen both cases; when (anyone with a credit card) elect to buy 'cloud' they do so on the premise that the cloud vendor is managing the operating systems or databases or even the application being installed 'in the cloud'. Not so, unless you have a detailed shared responsibility model, you'll need to patch (regularly update) the operating system(s) and associated databases as well as applications. Although an updated software may be less likely to be compromised, it will be exploited if operating system or databases are not patched. I suggest you start there, with the operating systems/#serverless technology used and assess the version release policy.

As businesses increasingly rely on enterprise software to streamline operations and manage critical processes, the importance of implementing robust access controls cannot be overstated. Logical reasoning dictates that limiting access to such software minimizes the risk of unauthorized entry, mitigating potential security breaches and ensuring data integrity. This professional narrative delves into the imperative of controlling access within enterprise software environments, advocating for stringent measures to fortify organizational defences and uphold operational integrity.

always think least privilege access. Common issues now include lack of hardening of USB ports -- root access to operating system can be obtained via a script executed from a USB port or similar interface. Here are few tips: 1. Administrators must rename the local 'administrator' account to something else. 2. Replace / disable guest user accounts 3. Disable local administrator account 4. Prohibit the creation of local administrator account on laptops/workstations 5. Assign all users to non administrative group such as 'users' group 6. Require passwords to be above 12 characters long with special characters included 7. Prohibit the use of past 3 passwords 8. Audit access, including successful and unsuccessful logins. 9. establish 2FA/MFA

Keep it simple; start with training around data protection. Staff will grasp the importance of keeping data safe especially when financial implications are dictating behavior. ??Train staff on the importance of data classification, treat all employee/client data not in public domain as confidential. ??Train staff on data privacy/phishing/social engineering and the importance of mobile working. ??Train staff on the issues with connecting to airport power sockets, USB ports, using cables other than that not belonging to the company (all examples of exploits that can copy data without user knowing). ??Train staff on the importance of not connecting to hotel networks and working on a client project. ?More, pls. follow me.

Not everything is logged; a small delay in processing, delayed POST/boot/loading of an application are good examples where monitoring will not detect vulnerabilities/back doors. A system benchmark needs to take place, freshly installed and with normal operation a deviation of performance / delayed/slow to load can be an indication of a system bottleneck but also something else taking place (data copy/move or encryption). Enterprises must deploy XDR based solutions, #Microsoft or #TrendMicro XDR are great but require a level of management. Companies such s #FIS have managed XDR solutions which form part of early detection allowing you or your ICT provider to respond. ?? Note monitoring is also part of #DORA regulation thus think now.

Use security devices such as Web application Firewalls(WAF) or Intrusion Prevention Systems(IPS) in front of Enterprise Software Systems which can provide virtual patching for protected resources. Virtual patching involves applying security policies and rules to network traffic to mitigate vulnerabilities in applications or systems without actually patching the underlying software. This is particularly useful for addressing vulnerabilities for which official patches may not yet be available or feasible to implement immediately.