Discover comprehensive cybersecurity solutions including threat detection, vulnerability management, AI-driven defense, and strategic implementation guides to fortify your organization’s defenses.
At some point, every business has to ask the questions. How safe is my network and the data I have stored on it? How will it affect my business if there is a breach or data loss? How will I recover in either event? How well do I even understand these issues?
No matter what business you’re in, one of the most important (and worrisome) aspects from a technology standpoint is keeping your data secure. Not to mention that of your customers. But the unfortunate reality is that hackers are working day and night to break into systems and gain access to valuable financial, health, or intellectual property-related data. The question is, how do you figure out where (and how) they might get into your systems, so you can set up barricades ahead of any cyber attack?
Sometimes the best defense is a good offense. To first do this, you need to think the way the offense of the other team thinks. In cybersecurity, this is done via penetration (pen) testing which serves the purpose of finding network flaws that could potentially be exploited by attackers sometime in the future. One statistic that is constantly quoted is how there is a hacker attack every 39 seconds in the U.S. alone. The one thing about this statistic is that it is over 11 years old. This makes you rethink its current validity and how much more often a hacker attack happens now in comparison to 2007. Considering that today’s complex cyber security landscape harbors emerging threats on a regular basis, we must face the fact that we encounter a plethora of more vulnerabilities than ever before.
From banking and finance to healthcare, there’s seemingly a web or mobile application for just about every aspect of our personal and business lives. Whether it’s an individual consumer accessing our investment accounts via smartphone, or a business owner managing inventory on a tablet, web applications have come a long way in terms of making our lives easier and more efficient. There’s just one catch. The more we use applications to handle sensitive information, the more tempting it is for hackers to break in an attempt to steal valuable data.
Web penetration testing is an important tool that is used by security professionals to test the integrity of web-facing cyber assets and systems. Penetration testing for web services is necessary to highlight risk factors associated with key vulnerabilities in existing cybersecurity implementations. Despite the importance of web penetration testing, many people outside of the cybersecurity industry fail to recognize the importance of conducting regular penetration testing. In this article, we’ll outline what web penetration testing is, explore web application penetration testing methodology, and discuss why it is a necessary component of any comprehensive security assessment.
Mobile applications (apps) are everywhere. The iOS App Store is currently home to over 2.2 million apps while the Google Play store currently has more than 3.5 million apps in its inventory. The mobile app market is set to grow by 385% from now until 2021 which is incredible, but the instances of mobile ransomware are growing by 415% every year. Don’t let these statistics rain on your parade just yet. There are tools and techniques that organizations can utilize to limit their chances of being affected by nasty malware. Keeping your organization’s mobile app(s) and customers protected against this increase in malware means taking a proactive approach towards penetration (pen) testing. This article aims to provide you, the reader, with a thorough overview on mobile pen testing as well as the types of pen testing methodologies for you to utilize in your organization immediately.
When it comes to protecting your organization from cyber threats, going at it alone can be a risky proposition. While many companies have dedicated internal cybersecurity teams, the growth in number (and sophistication) of hackers and malicious actors often outpaces what organizations themselves can handle. That’s precisely why third-party services are becoming so popular, with both Managed Service Providers (MSP) and Managed Security Service Providers (MSSP) being employed on an ever increasing basis.
Cyber security today is an existential requirement for all companies. Cyber security threats targeting key assets, personally identifiable information (PII), or with the goal of encrypting and ransoming access to sensitive data are all increasing in both frequency and sophistication. In order to combat existing and emerging threats, cyber security professionals have had to implement significant operational and organizational changes. In many cases, companies have chosen to rely on a managed security service provider (MSSP) or remote IT security services to maintain their cyber security defense.
In today’s cybersecurity landscape, keeping data secure isn’t just about the measures that your business or organization takes to keep hackers out. With the rise of cloud computing, software-as-a-service, and other third-party vendors and services that require sensitive data sharing, the cybersecurity risk is now shared across various parties, platforms, and systems. Which is why comprehensive cyber risk assessment needs to include any and all external third parties that handle sensitive, confidential, or proprietary data.
Threat intelligence monitoring is a an important tool that managed security services providers (MSSP) or remote it security service providers use as part of a comprehensive cybersecurity strategy. Despite its widespread use in the cybersecurity industry, threat intelligence monitoring solutions remains an obscure concept for most people. In this article, we’ll break down what threat intelligence monitoring is, how it is helpful, and how it fits into a cybersecurity risk management strategy. This information will highlight the important role that cybersecurity monitoring plays in safeguarding against advanced persistent threats (APT) and emerging threats.