What are the Benefits of Using Rugged Software

Rugged Software

The world we live in is becoming increasingly dependent on digital services. Automation is now a fact of life for most of the developed world. However, as much as these new technologies are improving our lives, they are also introducing a number of vulnerabilities. Commercial software isn’t usually built with security in mind. If you value security above all else, you need to turn to go rugged.

What Exactly is Rugged Software? 

Rugged software is more of an idea than a specific type of code. It’s a style of coding that places security as the main priority. Developers who adopt a rugged approach to coding are using a completely different mindset when creating their software. 

Every piece of software has a purpose. Commercial software is built with the purpose of being at the very top when it comes to priorities. With rugged software, things are very different. Devs who develops rugged or “ruggedized” software are doing so with several important questions in mind.

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They are constantly asking themselves, how can their code be misused? How can someone put that piece of software to a nefarious use? How can the said software be protected from being attacked by highly trained and often more talented individuals? 

Finding the answers to most, if not all of these questions during the development phase of a project can greatly improve its security status. 

Continued Security Improvements 

Modern cybersecurity is a reactionary discipline. Malevolent actors are usually the ones taking the first step, forcing those working to keep software safe to react. 

With rugged software, you’re taking a proactive role. Combined with adequate military-grade hardware, you’re greatly improving the software’s ability to deal with potential attacks. The experts over at cp-techusa.com/rugged-servers/military/ have laid out the benefits of running specialized hardware in combination with rugged software. The results speak for themselves. 

That being said, rugged software isn’t secure in the usual sense of the word. Secure means answering known threats and preparing for what has already been used in the field. What the rugged approach to software design brings is staying ahead of future threats. It’s a continuous cycle.

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The whole idea behind building such software came from the cookie-cutter cybersecurity tactics employed by large organizations. Massive systems currently rely on simple penetration testing to flush out any vulnerabilities. That no longer works. In fact, that approach hasn’t worked in years. 

Fewer Revisions 

Evolving threats require evolving solutions. It’s as simple as that. However, staying ahead of those who are constantly looking for ways of breaching the code is anything but easy. That type of cybersecurity requires the continuous development of new updates for the existing software. Rugged software is the same in this regard, however, there is one massive difference.

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With rugged software, you’re creating a system that is not only more malleable when it comes to future updates but is designed to offer more formidable protection from the get-go. As a result, you or your organization will have to implement far fewer security patches to stay ahead of the nefarious forces working against you.

Fewer Revisions

Full Control Over Third-Party Resources 

Building specialized software usually requires the use of 3rd party resources. Although necessary at times, such 3rd party packages can greatly cripple the security of the software itself. With the rugged approach, you’re constantly monitoring the use and approval of external resources as a part of the continuous rugged pipeline. 

The goal is to keep your code as secure as possible without having to write custom code for everything. 

Automated Audits 

One of the key postulates of rugged software design is continuous security testing. This entire software development mindset greatly relies on automated audits that are testing the software for potential weaknesses at every step of the way. 

Every time an update is disseminated or a patch is released, the whole system gets audited. That way you’re ensuring that the software as a whole is secure and that any changes being made to it hasn’t created a security risk somewhere along the way. 

Development of a Proactive Community

Lastly, the proliferation of rugged software idea is slowly developing a community of developers who understand the importance of a unified, proactive approach to cybersecurity. The standardized flowchart for this style of coding alone is enough to raise the security awareness of any developer who decides to give rugged a try. 

Over time, the community will grow and reach a critical mass. Once that happens, we’ll see far less critical security breaches and hacking attempts in all types of software that’s currently being used. In fact, utilizing the rugged approach might be the only way to keep critical systems protected in the future.

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