Combating Cybercrimein the Healthcare Industry

whitePaper | December 4, 2019

This paper describes a distributed anomaly detection approach designed to accurately track actions performed by adversaries across a network. The illustrated approach involves running multiple machine learning models on both endpoints and the network as well as on a centralized backend, and includes communication and replication of learned states between these models.

whitePaper | August 26, 2022

As a provider of physical security services, we at Brivo believe that information security is of paramount importance to maintaining the safety and security of your facilities, and the privacy of your data. That’s why information security has been a consideration since day one.

whitePaper | September 26, 2022

Ransomware attacks have been on the rise in recent years. They are extremely insidious in nature and have been foremost in many CEOs’ and CIOs’ minds lately. Ransomware is malware that prevents an enterprise from accessing and using its data, usually by encrypting the data in an inconspicuous manner so the victim does not know the attack is occurring.

whitePaper | January 18, 2023

Row Level Security (RLS) in Tableau refers to restricting the rows of data a certain user can see in a given workbook or data source at the time they view the data. It contrasts with permissions within Tableau Server (or Tableau Online), which are used to control access to content and feature functionality.

whitePaper | February 8, 2023

MadCap Central leverages the security, power, and flexibility of the cloud to mitigate or eliminate many of the technical hurdles faced by both content creators and information technology professionals. The overhead traditionally associated with managing complex systems can hinder the ability to create content and deliver content efficiently. The goal of this document is to provide a high-level overview of the ways that Central addresses these challenges.

whitePaper | December 12, 2022

In the evolution of Internet-based technologies, Web 2.0 introduced popular decentralized services that accelerated interactivity between websites and users. Looking to capitalize on this innovation, businesses rushed to launch applications to the market. However, both the Web 2.0 architecture and dependent businesses failed to incorporate key security principles into the design and implementation of these services, resulting in critical vulnerabilities.