Hybrid Work Security Solution

Vulnerabilities of Hybrid Work Model

Cyberattacks & Data Breach: Due to inadequate security configurations, cloud apps are susceptible to potential malware attacks and data breaches, particularly when appropriate security measures like encryption and access controls are not used.

Privacy Concerns: Sharing data without access control permissions across networks and devices raises serious security issues for businesses. When employees are dispersed across different regions in a hybrid work model, data stored in the cloud may be subject to privacy concerns that can be challenging to navigate.

Lack of visibility: The inability to keep track of users' activities increases the risk of a security breach because there is no control over how data is handled across cloud apps.

Data Encryption: Every upload on the cloud is encrypted by our CASB solution, and it even detects unencrypted files on the cloud to prevent any form of sensitive data leaks and provide an airtight security system.
Active Threat Detection: miniOrange CASB continuously monitors the cloud infrastructure to detect any kind of threat vectors that could turn into potential attacks This feature helps to keep businesses secure, reduce downtime, and stay ahead of the competition.
Data Leak Prevention (DLP): Hybrid work security makes deep user visibility tougher as compared to the traditional work-from-office model. DLP, when combined with CASB, can secure data flows across cloud apps and even devices. This ensures that no data is shared with an unmanaged device that could leak business-critical data.
Secure Mobile Access: Similar to DLP for devices, miniOrange CASB offers an MDM (Mobile Device Management) feature that restricts app access and provides security teams control over the business data and how it is managed over the mobile devices for hybrid working employees.
Zero Trust Architecture: With a Zero Trust approach, CASB can offer security teams the ability to grant limited access using contextual access policies down to the most granular level within the cloud application.