Why Microsoft Azure Security Technologies getting so important?

Cloud computing is an innovation of computing world from all types of issues such as low storage capacity, huge investments, high operating costs, low security, huge maintenance, etc.

Microsoft Azure is in the one of the top cloud service providers in the market right now & growing at a faster rate with its unique features. Constant innovativeness, high flexibility and easy to use approach have acquired its huge popularity in the cloud computing segment. Azure is one of the widely deployed tolls by many organizations and offering more employment opportunities.

Azure Security Technologies

Azure Security Technologies is a security management system that strengthens the security posture of your data centers, and also provides advanced threat protection across your hybrid workloads in the cloud whether in Azure or not and also on premises.

Azure is a hybrid cloud service platform. It supports a wide variety of operating systems, computing languages, architectures, resources, applications, and computers.

Azure Security Technology addresses the three most urgent security challenges:

  1. Rapidly changing workloads.
  2. Increasingly sophisticated attacks.
  3. Security skills are in short supply.

To help users protected against these challenges, it provides tools to:

Strengthen security posture

It assesses user’s environment and enables to understand the status of resources, and whether they are secure.

Protect against threats

It assesses your workloads and raises threat prevention and security alerts.

Get secure faster

Everything is done in cloud speed. Because it is natively integrated, deployment of Security Centre is easy, providing you with auto provisioning and protection with Azure services.

Types of Services in Azure Security

For Azure data security and encryption best practices, the recommendations are around the services discussed below:

  • General Azure Security
  • Operations Security
  • Applications Security
  • Storage Security
  • Network Security
  • Backup and Disaster Recovery
  • Identity and Access Management

Why is Cloud Technology getting so important?

Azure provides tools and capabilities for security to create a secure Azure platform.  One of the cloud’s keys to data security is to prepare for future environments in which the data may exist and what protections are required for that state. Cloud provides significant benefits in addressing significant threats to information management.

In an on-site environment, organizations are likely to have unfulfilled responsibilities and limited resources available to invest in security, creating an environment where attackers can exploit vulnerabilities at all layers.

This will manage Docker-integrated Linux containers; develop Html, Python, .NET, PHP, Java, and Node.js apps; and develop backends for iOS, Android, and Windows computers. With more and more enterprises shifting to Azure cloud, there lies a definite need for Azure Security. Cloud storage eliminates the need to build data centers and invest in costly equipment.

Businesses are switching rapidly to cloud technology to speed up innovation and encourage collaboration. This is where Security Services comes into the picture. It is a procedure and technology that secure the cloud computing environment against cyberattacks.

AZ-500: Microsoft Azure Security Technologies

Master the skills required for the Microsoft Azure AZ-500 exam and gain security knowledge in Microsoft Azure.

AZ-500

This course is designed to help one master the skills required for the Microsoft Azure AZ-500 certification exam.

It is an associate-level exam which tests candidates for advanced security knowledge and experience working with various aspects of Microsoft Azure. In this course,  you will progressively build and expand upon both your security knowledge and hands-on experience working with Azure technologies. This is not limited to: identity and security, hybrid cloud, monitoring, encryption, database security, and securing both apps and services for the Cloud.

More to go and more to run.

If you want to be a Certified Azure Security Engineer Associate and build your career in cloud computing, then I would suggest you DevOpsSchool, one of the best institute for Azure certification. DevOpsSchool offer Master in Microsoft Azure DevOps online and classroom training and certification course by an expert.

I hope this blog will helpful for you.

Thank you!!

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How can we do the security analysis using SonarQube?

security-analysis-using-sonarqube

How can we do the Security analysis using SonarQube?

For Security analysis purposes, a source code security analyzer
– examines source code to
– detect and report weaknesses that can lead to security vulnerabilities.

 

They are one of the last lines of defense to eliminate software vulnerabilities during development or after deployment. A Source Code Security Analysis Tool Functional Specification is available.

 

The SonarQube Quality Model has three different types of rules: Reliability (bug), Vulnerability (security), and Maintainability (code smell) rules. But divided another way, there are only two types: security rules, and all the rest.

 

To be clear, the standard for most rules implemented in SonarQube language plugins is very strict: no false positives. For normal rules, you should be able to be confident that whatever is reported to you as an issue really is an issue.

 

The vast majority of security-related rules originate from established standards: CWE, SANS Top 25, and OWASP Top 10. To find rules that relate to any of these standards, you can search rules either by tag or by text.

 

CWE – Common Weakness Enumeration (CWE™) is a formal list or dictionary of common software weaknesses that can occur in software’s architecture, design, code or implementation that can lead to exploitable security vulnerabilities.

 

SANS Top 25 – The SANS Top 25 list is a collection of the 25-most dangerous errors listed in the CWE, as compiled by the SANS organization.

 

OWASP Top 10 – OWASP stands for Open Web Application Security Project.The OWASP Top 10 is a list of broad categories of weaknesses, each of which can map to many individual rules.

 

XANITIZER – XANITIZER provides an integration with the code quality management platform SonarQube. It transfers all security relevant XANITIZER findings to SonarQube. It is possible to display this data in the SonarQube dashboard and the corresponding drilldown pages and time machines.

 

Reference
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