Privacy
Policy

Maintains privacy policy: This page is used to inform website visitors about our policy on the collection, use, and disclosure of personal information if one chooses to use our Solution.

If you choose to use our Solution, you consent to the collection and use of information in connection with this policy. The personal information we collect is used to provide and improve the Solution. We will not use or share your information with anyone other than as described in this Privacy Policy.

Terms used in this Privacy Policy have the same meaning as in our End User License Agreement, which is accessible on the Mainers License Agreement website unless otherwise specified in this Privacy Policy.

Collection and Use of Information:

To improve your experience using our Solution, we may require you to provide us with certain personal information, including but not limited to your name, telephone number, and mailing address. The information we collect will be used to contact or identify you.

Service Providers:

We may employ third-party companies and individuals for the following reasons:

. To facilitate our Solution;

. Providing Solutions on our behalf;

. To perform solution-related services;

. To help us analyze how our Solution is used.

Safety:

We value your trust in providing us with your personal information, so we strive to use commercially acceptable means to protect it. However, please note that no method of transmission over the Internet or method of electronic storage is 100% secure and reliable, and we cannot guarantee its absolute security.

Links to other sites:

Our Solution may contain links to other sites. If you click on a third-party link, you will be redirected to that website. Please note that these external sites are not operated by us. Therefore, we strongly recommend that you read the Privacy Policy of this website. We have no control over and assume no responsibility for, the content, privacy policies, or practices of any third-party sites or services.

Children’s Privacy:

Our solutions do not appeal to anyone under the age of 13. We do not knowingly collect personal information from children under the age of 13. In the event that we discover that personal data has been provided to us by a child under the age of 13, we will immediately delete it from our servers. If you are a parent or guardian and you know that your child has provided us with personal information, please contact us so we can take the necessary steps.

Changes to this Privacy Policy:

We may update our Privacy Policy from time to time. We, therefore, recommend that you regularly check this page for any changes. We will notify you of any changes by posting a new Privacy Policy on this page. These changes are effective immediately upon their posting on this page.

Contact us:

If you have any questions or suggestions regarding our Privacy Policy, please do not hesitate to contact us.

Infrastructure security and its role as resilient business armor

93% of the total data present in your organization’s data centers is likely to be exploited by noncriminal. This means that 93% of the time someone outside your network could get past your defenses and use your local network resources.

What can go wrong? If your business loses data or has intellectual property stolen, it is out of compliance and could face significant penalties for non-compliance.

Interestingly, only half of the small and medium-sized enterprises (SMEs) actually have an incident response plan to protect their IT systems.

In this blog, we talk about how infrastructure security protects the privacy, reliability, and accuracy of data, all of which are critical to the long-term success and growth of a business.

Why is infrastructure security important?

Digital technology, digital experiences, and digital security are the elements that drive our modern digital world. When it comes to securing servers, networks, and IT workloads, businesses today rely heavily on data-driven decision-making. The more devices that connect to your corporate networks, the more your company’s intellectual property will be accessible through public networks.

As your company’s Chief Information Security Officer (CISO), it’s your job to invest in a comprehensive infrastructure security plan that protects your organization from physical and cyber attacks on your on-premises data centers, cloud-native infrastructures, and all critical endpoints on user terminals.

What are the three types of infrastructure security?

Security and risk management (SRM) executives agree that there are three main elements of an organization’s IT infrastructure that must be in place for it to function effectively. These components include securely managing your critical endpoints, future-proofing your organizational networks, and creating a robust infrastructure-as-a-service (IaaS) delivery model for secure cloud-native operations.

Let’s look at these three types of infrastructure security in detail.

Endpoint security:

Protecting computer networks that are virtually connected to end-user devices is an important aspect of securing your business infrastructure. On the other hand, your critical business data that travels across multiple endpoints is a business asset for your organization’s security leadership. This means they must develop policies and strategies that align with their business integrity goals.

Simply put, an endpoint is any external device that connects to your internal business and exchanges data in return. To ensure reliable endpoint security, you can develop a strategic endpoint detection and response (EDR) strategy to help protect critical information and ensure that authorized parties have access to it.

Network Security:

What industry practices can we adopt to modernize our company’s network security? How can we transition our existing security tools to a cloud-native infrastructure? 

What policies and procedures can we develop to provide authorization to devices accessing business data over public networks?

As a CISO, you may think about these questions quite often. But how exactly do you plan to optimize the security management of your critical infrastructure? An effective solution would be to conduct regular assessments, practice accountability, and ensure compliance with IT security standards at a basic level. The first line of defense in protecting your IT infrastructure should be to use the most modern security architecture paradigms when implementing network infrastructure security.

Infrastructure-as-a-Service (IaaS): Infrastructure-as-a-Service (IaaS) is a cloud computing service architecture that can help you enable security-enhanced operations in the cloud, which can give you better visibility into your cloud workloads.

Building a robust security infrastructure:

Data security, application security, network security, and physical security are the four levels of infrastructure protection. Since protecting your data is just as important as protecting your networks from external threats, updating your software’s firmware, and creating data recovery strategies in the event of a natural disaster, it’s best to consider all four of these aspects of critical infrastructure security. resilient IT organization.

Data Governance: The Right Spectrum of People, Process, and

Technology:

The way data is growing today through multiple data generation channels; organizations have begun planning data management programs. Also, the movement of data to the cloud, consumer awareness of their privacy rights, regional compliance and regulatory requirements have increased the need for reliable data management programs.

Now the question is, is data management a need for every organization, or is it only required by organizations that have a specific volume or complexity of data? To answer this question, we must first understand the three pillars of good data management programs, including people, process and technology.

People:

The people part is the most important because they are the stakeholders who have to act in different roles to create and adopt the process and later own it. Well-trained human resources are also essential to eliminate digital disruptions and keep data management operations running smoothly.

Process:

A precise process is the second major component as it derives the entire program for implementing policies and procedures in accordance with industry requirements and standards. The absence of a fully functional process can limit the success of data management programs.

Technology:

Technology plays a key role in implementing the right data management process. With recent advancements in technology, AI is being used to perform real-time data asset management. Otherwise, the expanding volume of data can cripple the work process.

To answer the above question, large enterprises, especially from the financial, telecommunications, and pharmaceutical sectors, need to invest in all three areas as they have more precisely focused compliance requirements. Enterprises need to establish a solid framework for people and processes and need the support of AI-based technologies to meet emerging data management needs. Future-ready organizations must implement a Chief Data Officer role to support enterprise-wide data governance. The choice of technology will be a critical decision to achieve maximum return on investment from management programs.

Mid-sized organizations may not be ready to invest in technology because of the huge costs involved. Still, they should start investing in people and processes to create a plan that can later lead to full implementation after technology adoption. People, processes, and technology work together to get data management frameworks right.

In conclusion, now is the right time for organizations to start thinking about data governance strategies as the need will grow with upcoming changes in business practices, compliance requirements, and emerging laws. Businesses also need to understand that a complete data management strategy will also help them use data more intelligently to understand consumer behavior.