Cyberattacks are happening more often than you may think. You can try to protect against them with some new tools, but until they’re penetration tested, there’s no way of knowing if those defenses will hold up or not!
What is a ‘penetration test’?
It means testing whether an organization has been successfully compromised by malicious hackers who want access to sensitive information like passwords and credit card numbers.
So far this year alone, over 200k IT pros worldwide have taken on board these warning signs for potential risks within their infrastructure systems through various courses & training offered via our online learning platform buffbot1 edu (or via direct contact with our team of ethical hackers for hire).
Penetration testing can be divided into two main types: black box and white box. Black box penetration testing is conducted without the knowledge of the system being tested, while white box penetration testing is performed with a complete understanding of the system.
Penetration testing can test the security of any type of system, including web applications, networks, wireless systems, and even physical security systems. However, it is most commonly used to test the security of web applications.
Who does pentests?
Penetration tests are conducted by ethical hackers, also known as white hat hackers. These individuals use their hacking skills for good rather than evil. They work with companies to help them identify and fix security vulnerabilities before bad actors can exploit them.
Penetration tests can be conducted in some ways, depending on the nature of the system being tested and the objectives of the test.
Reasons for Pen testing
Penetration tests are a method to identify ways that you could be exploiting your system. If an attack is successful, it will show what vulnerabilities exist and how these might lead to further intrusion or exploitations of other network parts.
For example, A company may have been vulnerable in their web app but not know about them until someone takes over one user’s session with malicious code, which allows them self-access rights as well pivot off this newfound power to access other areas of the company they should not have access to.
Those top ten reasons are:
1. Discover security vulnerabilities
Penetration testing is testing a computer system, network, or web application to find security vulnerabilities that attackers could exploit. The main goal of penetration testing is to identify and exploit these vulnerabilities so they can be fixed before attackers can control them.
The most common way to discover security vulnerabilities is by exploiting known flaws in applications or systems. However, pen-testers also use various methods to find unknown vulnerabilities, including manual analysis, fuzzing, and reverse engineering.
These vulnerabilities might include flaws in system design, configuration errors, and openness in software used. Penetration testers use a variety of methods to find these vulnerabilities, including exploiting known software vulnerabilities, guessing passwords, and social engineering.
Once a vulnerability is discovered, the tester will report it to the system owner so that it can be fixed. It’s important to note that not all vulnerabilities are exploitable – some might only be useful for information gathering or reconnaissance. But it’s still important to find and fix them, so they don’t become a threat down the road.
2. Prevent cyber-attacks
Penetration testing is a critical part of any organization’s cybersecurity strategy. By actively penetrating your systems, testers can identify and fix weaknesses before malicious actors can exploit them.
One common tactic used by cybercriminals is to target vulnerable systems with malware or ransomware. However, identifying and fixing these vulnerabilities can make it much more difficult for attackers to successfully execute a cyberattack against your organization.
In addition to identifying and fixing vulnerabilities, penetration testing can help you assess your organization’s security posture. By understanding how easy or difficult it is to penetrate your systems, you can better gauge the effectiveness of your current security measures.
3. Simulate a real-world rehearsal of actual attacks
Investing in solid defenses is the best way to protect against cyber attacks. You should still test your system with simulation to know what will happen if an actual world attack occurs. An entire protection scheme can never keep everything 100% secure.
So, the best way to keep your organization safe is by having a few different layers of security. If one layer is breached, the others can still provide some protection. And, of course, regularly testing your system is essential to ensure it can withstand attacks.
4. Create and improve cyberdefenses
After a penetration test, the first thing you should do is debrief your entire team. This includes everyone involved in the trial, from the engineers who designed the tested systems to the administrators running them on the day of testing.
The debrief should cover what went well and what needs improvement. It’s also an excellent opportunity to discuss any lessons learned during testing.
Once the debrief is complete, you should start working on remediation. This will involve patching any vulnerabilities, implementing new security controls, and redesigning systems as needed. You should also put together a report detailing your findings to share with management and other stakeholders.
5. Protect the company from any financial loss
The cost of losing customers to cyberattacks is far greater than what you would pay for penetration testing. The average price tag following an incident was $1 million. Still, it can be much higher in some cases.
6. Avoid downtime
The cost of downtime can quickly mount. With every minute spent without activity, businesses lose an Average Of $5 600 in productivity and availability for their customers or clients, which may lead to lost revenue if not timely resolved – leading up to millions!
Penetration tests are a great way to determine how prepared your team is for attacks. You can see not only when an attacker will gain access and breach the system but also what kind of response time they might expect from security professionals on-site!
7. Safeguard the company’s reputation
The fear of a data breach has spread like wildfire through the corporate world. Your company’s reputation will suffer, customer confidence may drop, and profit could be impacted negatively if this happens to you!
The investors are also likely worried about how it’ll affect their shares – they know that more than ever before, people need protection from hackers who want access to confidential information such as personal details or credit card numbers.
8. Prevent costly data loss
The severity of losing your company’s proprietary data is devastating, especially if this information falls into the hands of competitors. While you may not be targeted with cyber attacks, they could acquire it indirectly through one or both possible methods:
1) Public websites where hackers publish their wins.
2) Dark web markets that sell such sensitive info for cryptocurrencies like Bitcoin (BTC).
So naturally, you don’t want any susceptible fingers getting into your proverbial cookie jar, so you’ll need to monitor your system for vulnerabilities continuously.
9. Keep management aware of any risk possibility
In many organizations, the management fails to comprehend the risk of cybersecurity vulnerabilities for their company thoroughly.
Even if your IT team understands these threats and dangers well enough but lacks experience or knowledge when communicating them effectively up through upper levels of management.
As a result, they might not allocate necessary resources like personnel hours towards implementing corrective measures against possible attacks.
10. Comply with standards and regulations
It is essential to assess local laws and regulations before non-compliant activities occur.
For example, suppose you do not perform a penetration test on your products. In that case, it is possible that the company could be fined or even sent behind bars if government agencies discover them during an inspection of their facilities for compliance with these standards.
Which have been put into place due to concern about cybersecurity risks associated with certain types of technologies such as computer systems, networks, applications software, etc.
Cybercriminals are becoming more skilled and experienced at bypassing security controls, successfully demanding higher ransoms every day. If your organization needs help with a pentest, we can provide insights into how to protect against current cyber risks as well as future ones!