At the RSA Conference in California today, BlackBerry announced that they have added zero trust security capabilities to its Spark Internet of Things (IoT) platform.
According to BlackBerry, leveraging artificial intelligence, machine learning and automation, BlackBerry Spark now offers improved cyberthreat prevention and remediation, and provides visibility across desktop, mobile, server, and IoT (including automotive) endpoints.
Zero trust security requires identity verification for end-users and devices that try to access resources on a private network. It is a concept based on various security principles and technologies, including least-privilege access, microsegmentation and multi-factor authentication (MFA).
The power of the BlackBerry Spark platform is the ability to understand and define risks, make contextual decisions based on large amounts of data, and dynamically apply a set of policy controls to address the risks while enabling a zero trust environment.
BlackBerry Spark platform offers the broadest set of security capabilities and visibility covering users, devices, networks, apps, and data. The platform’s six complementary technologies or pillars are: Endpoint Protection Platform (EPP), Endpoint Detection and Response (EDR), Mobile Threat Defense (MTD), Continuous Authentication, Data Loss Prevention (DLP), and Secure Web Gateway.
These pillars work together seamlessly to share data for reporting, calculate risk across more domains, and further enable policy controls. For example, EDR leverages EPP and MTD technologies to prevent malware across the organization. Continuous authentication uses data from MTD, EPP and EDR to create behavioral profiles. And finally, detailed understanding of data from DLP helps to further define the risks.
“BlackBerry Spark platform is built to enable zero trust security, focused on earning trust across any endpoint and continuously validating that trust at every event or transaction,” said Billy Ho, Executive Vice President of Enterprise Products at BlackBerry.
“By validating user actions, the BlackBerry Spark platform continuously authenticates users to deliver a zero touch experience that improves security with no user interruption. In this way, dynamic trust is maintained across all devices, networks, data, users, and apps.”
BlackBerry is building the BlackBerry Spark platform to deliver this comprehensive security approach operating on one agent across all endpoints and one console for administrators. Threat data from all endpoints will be combined into one crowd-sourced repository and managed in one cloud environment.
One Agent: Comprehensive endpoint support using a single agent, for desktop and mobile, IoT (including automotive and medical devices).
One Console: Visibility across the enterprise to deliver security and zero trust with a zero touch end-user experience across endpoints, users, data, and networks managed through a single console.
One Crowd: Leverage a proven AI-ML engine with years and multiple generations of threat detection and threat modelling that is continuously learning as your environment changes with new users, new devices, new applications, and new technologies.
One Cloud: Instant access and visibility to high security requirements to enable the global ecosystem.
This will improve security posture of organizations, while simplifying administration and rationalizing investment across multiple security domains and multiple security vendors.
Enterprises will have the option of using UEM products other than BlackBerry UEM to connect to the UES through published APIs made available and maintained by the UEM vendors. This allows enterprises to preserve their existing infrastructure investment while gaining the benefits from UES.
Enterprise and ISV developers can leverage the BlackBerry Spark SDK to easily incorporate security features into their applications.
