A recent survey by Radware, a leading provider of intelligent application networking solutions, found that nearly half (45%) of respondents reported data breaches in 2017 and 68% said they were unable to secure organizations Information security. Despite ongoing violations and data privacy initiatives such as the Universal Data Protection Regulations, many companies are still adopting outdated and ineffective security policies and processes that will make their data security more vulnerable.
The current state of data insecurity is due to the need for organizations to share information internally and externally to maximize the value of their data. But the problem is that most organizations focus on cybersecurity, protecting and strengthening the surrounding environment, while ignoring the fact that their data is often vulnerable to internal threats. If an attacker attacks, it will suffer heavy losses. In addition, although the external database cannot be accessed for most of the enterprise's critical data, it is not sufficient to withstand the growing threat of cybersecurity.
In order to avoid data disasters, enterprises should take the following three steps:
Step 1: Implement advanced encryption where you use the data
Some of the biggest data breaches happening around the world are usually caused by actions taken by insiders, and the number of data security incidents involving internal participants is increasing. Verizon predicts that one in four violations is internal staff leaks. What it is. According to IBM, incidents involving insiders only accounted for 68% of violations in the healthcare industry.
Encryption is not a new feature in the database, but today's encryption must be implemented in a more strategic and systematic way to protect data from cybercriminals and insiders. Enterprises rely on an encryption system for encryption, which not only prohibits outsiders from entering, but also ensures the safe operation of system administrators or other internal personnel in the system. In addition, advanced encryption systems are critical. Specifically, frequent key rotations can be supported. Or in other words, partial data leaks in system components or subsets of data do not cause data leakage throughout the organization.
Most importantly, encryption is required where the data is used and must be encrypted throughout the process until the data enters the data set or database for decryption, and the enterprise system administrator or network engineer cannot access it during this time. With automatic and fast fine-grained key rotation and role-based access control, advanced encryption helps provide separation of duties between security administrators and any system, network or database administrator - which greatly reduces data exposure .
Step 2: Use editing to avoid sharing sensitive data
Businesses need to balance data protection and sharing capabilities. Editing is the process of suppressing the disclosure of sensitive data, such as personally identifiable information (PII). This is critical to the security of valid data because organizations want to be able to delete or block information as they are imported, exported, or copied into and out of the database.
This gives organizations the flexibility to share the right view of the data with the right audience while protecting sensitive information (such as name and social security numbers) from queries and updates.
Step 3: Implement element-level security at the individual document level
Many databases are vulnerable because they do not have fine-grained security controls. Obviously, locking all the data is not a good choice. Not only do the company's internal employees need access, but the company must also share data for partners, contractors, consultants, auditors, and other key members.
Organizations need to have appropriate security controls to ensure that the right data is shared with people inside and outside the organization. Editing data is a must, but organizations need to be able to implement role-based access control at the individual document level. For example, allowing an administrator to view a person's social security number, but with some restrictions on internal operator access and use of private information.
However, organizations should not stop here. Element-level security further enhances data security, allowing administrators to apply additional fine-grained control to various parts of the document. This protects sensitive information wherever it appears in the document structure and regardless of its architecture.
Conclusion
By enhancing database-level security, many common data security vulnerabilities can be eliminated. So do companies use these three strategies to protect their data from current threats (including insiders)? By choosing a database with advanced encryption, built-in fixes, and element-level security, organizations can protect their most critical asset systems. To provide the required agility.
The current state of data insecurity is due to the need for organizations to share information internally and externally to maximize the value of their data. But the problem is that most organizations focus on cybersecurity, protecting and strengthening the surrounding environment, while ignoring the fact that their data is often vulnerable to internal threats. If an attacker attacks, it will suffer heavy losses. In addition, although the external database cannot be accessed for most of the enterprise's critical data, it is not sufficient to withstand the growing threat of cybersecurity.
In order to avoid data disasters, enterprises should take the following three steps:
Step 1: Implement advanced encryption where you use the data
Some of the biggest data breaches happening around the world are usually caused by actions taken by insiders, and the number of data security incidents involving internal participants is increasing. Verizon predicts that one in four violations is internal staff leaks. What it is. According to IBM, incidents involving insiders only accounted for 68% of violations in the healthcare industry.
Encryption is not a new feature in the database, but today's encryption must be implemented in a more strategic and systematic way to protect data from cybercriminals and insiders. Enterprises rely on an encryption system for encryption, which not only prohibits outsiders from entering, but also ensures the safe operation of system administrators or other internal personnel in the system. In addition, advanced encryption systems are critical. Specifically, frequent key rotations can be supported. Or in other words, partial data leaks in system components or subsets of data do not cause data leakage throughout the organization.
Most importantly, encryption is required where the data is used and must be encrypted throughout the process until the data enters the data set or database for decryption, and the enterprise system administrator or network engineer cannot access it during this time. With automatic and fast fine-grained key rotation and role-based access control, advanced encryption helps provide separation of duties between security administrators and any system, network or database administrator - which greatly reduces data exposure .
Step 2: Use editing to avoid sharing sensitive data
Businesses need to balance data protection and sharing capabilities. Editing is the process of suppressing the disclosure of sensitive data, such as personally identifiable information (PII). This is critical to the security of valid data because organizations want to be able to delete or block information as they are imported, exported, or copied into and out of the database.
This gives organizations the flexibility to share the right view of the data with the right audience while protecting sensitive information (such as name and social security numbers) from queries and updates.
Step 3: Implement element-level security at the individual document level
Many databases are vulnerable because they do not have fine-grained security controls. Obviously, locking all the data is not a good choice. Not only do the company's internal employees need access, but the company must also share data for partners, contractors, consultants, auditors, and other key members.
Organizations need to have appropriate security controls to ensure that the right data is shared with people inside and outside the organization. Editing data is a must, but organizations need to be able to implement role-based access control at the individual document level. For example, allowing an administrator to view a person's social security number, but with some restrictions on internal operator access and use of private information.
However, organizations should not stop here. Element-level security further enhances data security, allowing administrators to apply additional fine-grained control to various parts of the document. This protects sensitive information wherever it appears in the document structure and regardless of its architecture.
Conclusion
By enhancing database-level security, many common data security vulnerabilities can be eliminated. So do companies use these three strategies to protect their data from current threats (including insiders)? By choosing a database with advanced encryption, built-in fixes, and element-level security, organizations can protect their most critical asset systems. To provide the required agility.
Frame For Iphone X,Metal Frame For Iphone X,Frame With Glue,Original Metal Frame For Iphone X
Shenzhen Xiangying touch photoelectric co., ltd. , https://www.starstp.com