Data on the Internet has always been prone to hacking, and with the expansion of the webspace, hackers have more options to break into your website or locate a vulnerability through which they may hack into your site. Regular internal and external penetration testing is the unerring strategy to protect your business against data breaches and attackers.
The safest and most cost-effective technique for combating web application vulnerability in cyber security would be to include web app penetration testing as part of your Software Development Life Cycle (SDLC) process.
Data Breach is the most prevalent cybercrime in the digital space. It occurs due to a lack of security measures and a negligent attitude on the part of the users. A web application pentest can eliminate the following risks:
Masking of Attacks
Data breaches due to imprecise cloud setup are inevitable. Cloud security assessments must be performed regularly to keep your business from compromission. The primary goal of this is to detect security flaws in your cloud services before hackers do.
Rsk provides the most cost-effective and best automation tools for a strong cloud setup.
Is your Azure platform protected from cyber-attacks and security problems? There is always a balance between convenience and control with cloud solutions. Even if the user does not have total control over their cloud-based application, it is critical to guarantee its security.
Many of the same tools and tactics are used by our team as in any network or web application penetration test.
Testing for publicly available storage accounts and guest access are examples of these tests.
Penetration testing is the practice of executing offensive security tests on a system, service, or network to identify security flaws. So, when it comes to cloud penetration, it is more than just evaluating the security of your cloud services. Organizations will have a more thorough picture of their cloud assets, namely how resistant existing cloud security is to attack and whether vulnerabilities exist.
Several flaws might result in a hacked cloud server. The major cloud vulnerabilities include:
Escalated access controls
RSK is not a quintessential cyber security provider.
We diligently work in unconventional ways to provide an advanced app build-up.
Before beginning the process, we will review your current architecture and provide an enhanced and secured structure.
An insider or someone with access to the first elements of the network conducts an internal pentest.
The external penetration test assesses the network's exterior security, such as network devices, network ports and firewalls, and web applications.
Mobile applications are the magnum work in the software business. As the number of smart devices grows, it results in an increase in the number of mobile applications. While advances in mobile device technology have made many jobs faster and simpler, there is no doubt that the security of these problem-solving applications is a difficult challenge.
Organizations have begun investing in mobile application penetration testing due to the rising complexity of cyber-attacks and the million-dollar rewards given for defects in mobile apps.
Protecting your most valuable assets “mobile applications” has now become a major concern for many digitally functioning businesses.
According to the most recent statistics collected by "report," data breaches have escalated dramatically in recent years. Hackers are devising new ways to gain access to your personal information by exploiting programs installed on your mobile devices. The risk factor involved in not performing Mobile Testing are :
Mobile penetration testing examines mobile applications, software, & mobile operating systems for security flaws using either human or automated methodologies. These approaches discover security issues in mobile applications.
We at RSK perform cross-platform layout testing to solve your VAPT needs.
Information gathering is essential for understanding the design, architecture, and network-level data flow of the application.
The analysis and assessment after completing the discovery phase. The application is observed before and after installation in the device.
During the exploitation phase, the application is tested with simulated real-world assaults to see how it will react if an attack happens.
The information typically contains which endpoints were tested, how much harm was done, risk assessments, and the vulnerabilities discovered.
Reverse engineering analysis of file systems, and inter-application communication are some of the remediations performed after exploitation.
Your data is the most indispensable asset your company possesses. Application Programming Interfaces (APIs) are the gateway for a hacker or data breacher.
When an error occurs in an API, it impacts all applications that rely on that API. This is why API security testing is so critical for your business. The most crucial factor to consider is real data loss or destruction, which may generate a slew of issues for your firm. Data recovery is a costly and error-prone operation that will cost you more than just time and money.
An untested API might result in:
APIs allow apps to share data with one another. A hacker who breaks API security might gain access to sensitive data stored on your website.
Customer Data Loss
APIs have steadily evolved into the primary language of corporate integration. The ever-increasing use of APIs has brought its own set of security risks. There is a high probability for the APIs to be hacked. It's also terrible that once resources are exposed to the internet, they're certain to be targeted in some fashion. As a result, integration testing and API security testing are essential for all firms today.
We formulate and execute the following Action plan to help secure websites/businesses against API hacking.
First and foremost, all the relevant data and insights will be collected to further build up the security system.
Vulnerabilities are to be analyzed initially to work out an action plan and find remedies.
It's time to put your strategy into action. Run the tools as you see fit and monitor the replies for vulnerabilities.
Few automated technologies may give false positives. Therefore, it is vital to ensure that each one is exploitable.
It is where the retesting is conducted to detect any missed flaw or resolve the vulnerabilities identified during the remediation process.