Implementing zero trust may seem daunting, but it is also an opportunity to integrate more secure coding practices into your software applications from the start. Zero-trust security assumes that all traffic on your internal network is potentially malicious. Consequently, it requires taking measures to:

The rise in a remote workforce and use of cloud-enabled business applications equates to the browser essentially becoming our office, providing access to all necessary tools, data, and communications. Threat actors understand this paradigm shift and are now utilizing Highly Evasive Adaptive Threats (HEAT) to initiate ransomware, extortion ware, and other endpoint intrusions.

HEAT attacks are the next generation of cyber threats.

The digital landscape evolves fast, and attackers are even faster. New ways to attack systems and organizations appear every day, and traditional methods are starting to fall behind the times.

Highly Evasive Adaptive Threats (HEAT) are the newest step in the digital world for malicious attackers. These attacks are unlike anything security experts have seen before and lead to some of the most devastating breaches ever seen.

In this article, we’ll explain how HEAT attacks impact companies worldwide and how Menlo Security’s Isolation Core can help protect your organization.

In a recent webinar produced by Federal News Network, the Director of the Environmental Protection Agency (EPA)’s Office of Information Security and Privacy, Tonya Manning, detailed the state of the agency’s zero trust and data handling postures, as well as its latest priorities. We’ll spotlight several takeaways and look at what’s to likely come down the pike for the EPA in the coming months and years.

Zero Trust Architecture

This is the second post in the Threat-Based Methodology series. The first post introduced Threat-Based Methodology and the analysis conducted by the FedRAMP PMO and NIST. That post concluded with a list of the top seven controls based on their Protection Value. This post will explore CM-6 in greater depth and explain how Devo supports the ability to meet this control.

The development world has changed, and organizations are still adapting to developing in the cloud. Cloud native technology and containers are now at the forefront of software development, meaning that software no longer exists and operates locally. However, despite these quick advancements, cloud native application security still lags behind.

This article will cover how you should approach cloud native application security and why Snyk is the best solution for your needs.

This three-part blog series will explore threat-based methodology and how it benefits every company with a network. The series leverages the analysis presented by the Federal Risk and Authorization Management Program (FedRAMP) Program Management Office (PMO) in conjunction with the National Institute of Standards and Technology (NIST).

The heightened threat of retaliatory cyberattacks by Russia against critical U.S. IT infrastructure is prompting federal investments in cybersecurity to strengthen its cyber defense posture. The ongoing conflict in the region and the increased targeting of critical infrastructure assets will cause federal agencies to look for ways to strengthen their cybersecurity posture and redefine requirements that address cyber breaches that may occur during the coming months and years as well as drive investments into Zero Trust related tools and threat intelligence.

Over the last few years, the federal government has begun to embrace a zero trust approach as the new cybersecurity standard for agencies. Utilizing the latest solutions and best practices, the hope is to bolster federal cybersecurity and create a robust and resilient IT infrastructure that can protect and secure networks from attacks and breaches.

Last January, the Office of Management and Budget (OMB) released M-22-09, a memorandum that set forth the federal government strategy on zero trust adoption, in an effort to reinforce the security and protection of government agencies’ critical systems, networks, and IT infrastructures.