App shielding is a software-based security solution that can be implemented to protect your business against the threat of cyber attacks. In today’s connected world, protecting data and applications from compromise is paramount. The following blog post outlines some of the key benefits and reasons why application shielding should be considered part of your overall approach to securing IT systems.
1. Reliable methods for protecting data in motion and data at rest.
Data in motion is data transmitted through an open channel, such as via the internet, while data at rest refers to information stored on a device or system.
App shielding provides reliable methods for protecting both types of data from compromise. For example, an application shieldingsolution can be used to encrypt sensitive information as it travels between company systems and can also be used to encrypt sensitive data stored on company devices so it cannot be accessed except by authorized employees.
2. Protection of both infrastructure and applications.
Application shielding protects IT infrastructure as well as application-level security. Application shielding is a software-based solution deployed on both physical and virtual systems. It can protect any application, regardless of whether it is Web, desktop, or mobile-based. Application shielding can be used to encrypt sensitive data while it travels between systems, across the internet, and stored on remote servers.
3. Protection of sensitive data from employees and contractors.
Protecting sensitive data from third-party employees, contractors, and subcontractors is essential. These days many companies rely on outsourcing, this can reduce costs, but it also means that other organizations have access to your data. Application shielding allows you to encrypt sensitive information and keep it safe, even if the decryption keys are in the hands of a third party. Application shielding will enable you to restrict access permission to specific applications so that only authorized users can use them. There are several options available to you when considering this solution, from granting different users access to other applications to providing individual applications with decryption keys.
4. Protection of data in motion from “brute force” attacks.
Data in motion is the data transmitted via an open channel and through which it can be accessed for malicious purposes. With the increasing reliance on web applications, such as e-commerce, it is essential to ensure that external parties cannot access the data transmitted in these applications. Application shielding solution can be used to encrypt data in motion so that no third party can decrypt it and access it, for example, by brute force attack. For example, an application shielding solution can be used to encrypt sensitive information as it travels between company systems. The encryption keys are stored separately to not be accessed by third parties who do not have the correct permissions.
5. Protection of sensitive data from being stolen.
Application shielding protects sensitive data by encrypting it as it passes through your IT infrastructure. The encryption keys are stored separately and cannot be accessed by anyone except the authorized users. This allows sensitive information to be protected from being stolen or otherwise compromised. Application shielding also protects sensitive data from being read by third parties. For example, if an employee of your business contains a keylogger in their computer or smartphone, the sensitive data they collect while on company premises will also be encrypted with the keys stored on the company server.
6. Reduces compliance risk by making it easier to audit your security controls.
Stakeholders will have to attest that you have implemented application shielding before they will give you a “clean bill of health.” This is because application shielding gives the assurance of implementing a security solution beyond reproach. Application shielding allows its users to audit their systems and identify any weak points. It also makes it easier for you to comply with regulatory requirements and legislation imposed by government bodies such as GDPR.
7. Lets you protect an application against a zero-day attack.
Application shielding protects against a zero-day attack, a malicious event where the attacker cannot be fully identified, or the threat is unknown or undocumented.
Application shielding provides protection against zero-day attacks by encrypting data in motion. Since the decryption keys are stored separately from the encrypted information, no third party can decrypt the data and use it for malicious purposes. Application shielding can also be used to protect against other types of computer malware, such as worms and trojans.
8. Protection against the insider threat.
Application shielding provides protection against an insider threat. This is a threat to your IT infrastructure, applications, or data that originates from within the company.
A key feature of application shielding is that it protects sensitive information from being stolen by employees or contractors who can access the company network and steal sensitive data, for example, through a zero-day attack. Information held in the clear (without encryption) will also be susceptible to being read by third parties and can be used for malicious purposes.
9. Can be used to protect third-party applications and stored data.
Application shielding can be used to encrypt sensitive information whilst it is stored on remote servers and also when it is transmitted via the internet. This is relevant for all those who rely on outsourcing, this can reduce costs, but it also means that other organizations have access to your data. Application shielding allows you to protect sensitive information from being read by third parties or being stolen by a malicious insider. These threats can be mitigated by properly implementing application shielding.
10. Protects against the theft or tampering of data during storage and transmission.
Data can be at risk of theft or tampering when stored in an unprotected state. Application shielding provides protection against these vulnerabilities by encrypting data as it is passed through the company IT infrastructure and while it is transmitted via the internet. It also protects against attacks that are carried out over an encrypted channel, such as a man-in-the-middle attack or a Trojan horse attack. Application shielding can also protect data in motion, for example, when it is transmitted between locations. The decryption keys are stored separately so that third parties cannot access sensitive information.
. Conclusion.
Protects against a malicious insider who has access to security controls, allowing users to audit their own systems to identify weak points. Application shielding allows its users to confirm that they have implemented an adequate level of security, even if they do not have the resources or skills to undertake a complete IT audit. Application shielding allows you to audit your systems and identify any weak points. This can be used to mitigate future threats, such as zero-day attacks that could compromise your sensitive data.
