Razz Security

RAZZ SECURITY's goals are centered on pen testing and vulnerability evaluation. The most recent pen testing methodologies and best practices for functioning in a variety of contexts, including on-premises, cloud, and hybrid networks, are presented. Pen testing online apps, wireless systems, embedded systems, and IoT devices in various scenarios is also one of the goals. As assaults rise and compliance improves, vulnerability assessment and management abilities are likely to improve. If information technology professionals do not embrace vulnerability assessment and management capabilities, their companies will pay the price in the form of penalties and ongoing breaches.

Our approach

discover

Exploit

Report

Detecting and classifying system flaws in networks, communications equipment, and computers is part of the scanning process.

Vulnerabilities can be exploited using a variety of ways, including SQL injection, buffer overflows, cross-site scripting (XSS), and open-source exploit kits that search for known vulnerabilities and security flaws in online applications.

The vulnerability begins with a brief description of the evaluation and the important conclusions about assets, security issues, and overall risk. It then goes into further depth on the most important vulnerabilities for program owners and how they could affect different elements of the business.

A network security assessment is an audit conducted to identify security flaws in the network that could be exploited, damage business operations, or reveal sensitive information.

The goal of a network security assessment is to identify potential attack vectors from both inside and outside of your internal network to keep your network, devices, and sensitive data secure against unwanted access.

There are two different kinds of network security evaluations:

Vulnerability analysis: A vulnerability analysis identifies an organization's vulnerabilities. More information about vulnerabilities and vulnerability management may be found here.
Penetration test: Penetration testing is made to look like a real cyberattack or social engineering frauds like spear phishing or whaling.

Both techniques are excellent for evaluating the efficacy of your network security measures and estimating the possible impact of an attack on certain assets.

An additional form of cybersecurity risk assessment is a network security assessment. Here is how it works:

Gathering the information
scanning the networks and analyzing the weakness in that network
Examining the vulnerability
Report findings of a network security evaluation.
Put security measures in place to increase cybersecurity
keep an eye out for problems and modifications.

As a security testing technique, mobile application penetration testing methodology examines security boundaries in a mobile environment. Its primary focus is client-side security, and it places the end user in charge. It is derived from the conventional concept of the application security technique.

The focus of mobile application penetration testing methodology is on network, file, and hardware security. The following steps comprise MAPTM:

Discovery
Analysis/Assessment
Exploitation
Reporting

Mobile Application Penetration There are two different kinds of network security evaluations:

1. Vulnerability analysis: A vulnerability analysis identifies an organization's vulnerabilities. More information about vulnerabilities and vulnerability management may be found here.
2. Penetration test: Penetration testing is made to look like a real cyberattack or social engineering frauds like spear phishing or whaling.

Both techniques are excellent for evaluating the efficacy of your network security measures and estimating the possible impact of an attack on certain assets.

Mobile Application Penetration The vulnerability begins with a brief description of the evaluation and the important conclusions about assets, security issues, and overall risk. It then goes into further depth on the most important vulnerabilities for program owners and how they could affect different elements of the business.

To identify and assess security flaws that an attacker could exploit, web app pen testing involves simulating a hacker attack on your web application. The goal of the web application penetration test is to give you a better understanding of the security posture of your web app, including its fortitude and resistance to online attacks.

To assess the security posture of the complete web application, including the database, back-end network, etc., web application penetration testing, also known as web services pen test, is crucial. Additionally, it offers ideas for enhancing it.
The following is a list of some typical goals for conducting web application penetration testing:

Find vulnerabilities in web apps' security
Check the effectiveness of the current security measures and procedures.
Ensuring compliance with rules such the HIPAA and PCI DSS
Examine the setup and durability of publicly accessible components, such as firewalls.

You have the option of doing internal or external penetration testing, depending on your business needs.
1) External Penetration Testing:
Simulating assaults on the live website or online application is known as external pen testing. The Black Box testing approach is used in this type of penetration testing. A third-party pen test service provider often performs it. In this, the pen tester merely obtains a list of the company's IP addresses and domain names, and with these alone, the pen tester attempts to compromise the target, mimicking the actions of malevolent hackers in the real world.
2) Internal Pen testing:
On occasion, the company forgets to internally pen test the web application. They believe that nobody can attack an organization from within. This is not the case anymore, though. An online application is subjected to internal penetration testing following an exterior intrusion to detect and follow the hacker's lateral movement from within. A web application housed on the intranet is subjected to internal pen testing. As a result, it aids in averting assaults brought on by the exploitation of corporate firewall vulnerabilities.

Conducting an online application penetration test consists of four major stages. It is critical to understand the distinction between an online app pen test and an application pen test.

The first stage is research, which involves gathering information about the application. This can be accomplished through passive reconnaissance, which collects information about the application that is already available on the internet, or active reconnaissance, which probes the web application directly through web application fingerprinting, DNS forward and reverse lookups, and other methods. The second stage is you can use the information you've gathered to choose appropriate tools for the pen test. Burp Suite, Metasploit, W3af, Wfuzz, John Ripper, Watcher, and others are among the most famous web app pen-testing tools. When the exam is finished, The third stage is to create a detailed report with the findings, including vulnerabilities found, statistics to back up the findings, and suggestions on how to fix current security flaws. The final stage is to address security problems, either through the efforts of in-house personnel and resources or through the assistance of third-party cybersecurity firms.

A secure code review is a line-by-line examination of an application's source code that is typically done to identify any security vulnerabilities that were missed during the pre- or post-development process. A secure code review's goal is to examine an application's source code and find any security issues or vulnerabilities.

Developers must be aware of the vulnerabilities and potential security concerns in their coding.
Collaborations across organizations are hampered by the absence of security specialists with coding experience.
Future threats are often blunted by production and business demands that move too quickly, which weaken security requirements.
lack of knowledge of possible security dangers, breaches, and severe fines related to data and privacy compromises.
helps to improve the quality of building codes, project continuity, and maintainability, and simultaneously releases the constraints of security concerns.

There are numerous factors that can influence the secure code evaluation procedure. A secure code review's depth and scope can differ considerably. Here are four places where you can make the most of your training to get the most out of it:

1) Define the Scope
The scope of each safe code review will differ depending on a variety of factors, including the threat factors involved, the coding languages, the number of lines of code, and the application's criticality. Is this a "crown gem" app? If this is the case, it is critical to increase the regularity of your code review rounds and prioritize vulnerability remediation.

2) Custom Checklists
Predefined, custom protocols based on your product's threat model are critical for safe code review success. Because application security is not one-size-fits-all, generic protocols are ineffective. Custom criteria for each software programme can take a long time. As a beginning point, use tools such as the OWASP Application Security Verification Standard. Finally, and perhaps most significantly, make sure your checklists are kept up to date.

3) Automated Scanning
Manual testers can spend more time discovering business-critical flaws in code thanks to automated vulnerability scanning. All automatic scanning tools are not made alike; some are superior to others and satisfy specific requirements. Are your instruments fulfilling your needs? Are you using automatic screening strategically? Audit and identify current holes in your tooling and have a strategy in place to develop and improve your technologies. Look for the following three characteristics in your automatic scanning tools: the ability to be tailored, integration into the CI/CD workflow, and noise/false positives reduction.

4) Manual Testing
Human context is required to detect weaknesses that tools overlook. Manual secure code review is particularly essential for high-risk, confidential apps, which carry a higher business risk. Humans can create bespoke programmes with the necessary business logic and approach a safe code review from the viewpoint of an actual attacker. Furthermore, with automation comes erroneous findings. Having a human evaluate the flaws discovered in your code is an enormous advantage - simply reading a raw, data-heavy report is insufficient.

A source code review can help spot possible issues or errors in the code, enhance code quality, and make future maintenance simpler. Following are some measures to take when performing a source code review:

Understand the code's purpose and context: Before examining the code, it's essential to understand what it's supposed to do, what issue it's attempting to solve, and what role it plays in the broader system or project.
Set review criteria: Decide which parts of the code you will be scrutinizing. This may include code readability, speed, security, maintainability, and code standards conformance.
Examine the code: Examine each line of code for possible problems or places for improvement. This could include looking for syntax mistakes, logic errors, security flaws, or other issues that could affect the code's usefulness.
Document your findings: As you go through the code, make a note of any problems or places for growth that you come across. This could include remarks on particular lines of code, feedback on general design or architecture, or refactoring or optimization recommendations.
Send your feedback: Once you've finished your review, send your results to the proper parties. This could include the author of the code, the project lead, or other parties. Make careful to explain your results clearly and give actionable ideas for improvement.
Following the review, keep an eye on the code for any new issues or possible changes. This may entail regular reviews or continuing cooperation with the creator of the code or other team members.

A source code review's overall aim is to spot possible issues and enhance the code's overall quality, security, and maintainability. You can help ensure that the code is as efficient and dependable as possible by following these steps and having a thoughtful, comprehensive approach to the review process.

Cloud security, often referred to as cloud computing security, is a group of security controls intended to safeguard data, programmers, and infrastructure that are hosted in the cloud. These steps guarantee data and resource access control, user and device authentication, and data privacy protection.

Due to security, governance, and compliance challenges that arise when the material is kept in the cloud, IT professionals are still hesitant to move more data and apps to the cloud. They are concerned that highly private corporate data and intellectual property may be compromised by sophisticated cyber threats or by unintentional breaches. Protecting data and business information, such as customer orders, top-secret design papers, and financial records is a key aspect of cloud security. Maintaining consumer trust and safeguarding the resources that contribute to your competitive advantage depends on preventing leaks and data theft. For any business moving to the cloud, cloud security is essential due to its capacity to protect your data and assets.

Online security is not without flaws. According to the McAfee Cloud Adoption and Risk Report, each month, the typical company records 12.2 instances of illegal cloud access.
If there is even a remote possibility that your company's most sensitive data will be exposed in the cloud, don't place it there. If you have data that, if taken, could severely harm your company, you should keep it on an ultra-secure local server rather than revealing it to the world via the Internet.

1. Produce Local Backups
2. Never put sensitive data in the cloud.
3. Better Passwords Are Required
4. Before uploading data, encrypt it.
5. Make use of multi-factor authentication
6. Security Check
7. Select the Best Storage Service
8. Inform Customers About Cloud Security
9. Use Anti-Malware Software
10. Apply Rigid Access Controls

A cloud security assessment is critical for any company that wants to keep confidential data in the cloud. A quality assessment necessitates money, effort, and experience. Here are five basic methods to help you conduct your cloud risk assessment.

Step 1: Assess the extent of your possessions.
The first thing you must establish is the number of assets to be evaluated. What do you want to put to the test? What materials do you intend to use? The answers to these queries will assist you in determining how much labor you should do.

Step 2: Sort your Documents
Sort your assets into groups once you've determined their total number. Sort them according to their secrecy. This will enable you to identify which assets are most vulnerable to being hacked, taken, or disclosed.

Step 3: Identify your key risks.
During data processing, you must effectively spot significant threats. Your trouble areas will differ based on your cloud security tool and the asset's level of anonymity. You should also conduct testing to identify potential asset defects. Online security testers can assist you in this regard. This will also allow you to evaluate the security of your existing solutions and security options.

Step 4: Carry out test analyses
When the testing is finished, gather all the required data and perform a qualitative analysis of the findings. Describe how many vulnerabilities you discovered, when and where they happened, the severity of the issue, and so on.

Step 5: Address any weaknesses discovered.
The most time-consuming aspect of the procedure is repairing the discovered weaknesses. Consult with specialists to determine which potential options are the most advantageous and effective for you.

SERVICES

Information Security Services:

Penetration Testing / Vulnerability Assessment

Network Security Assessment

Mobile Application Penetration Testing

Web Application Penetration Testing

Source Code Review

Cloud Security