Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

So, you’ve done your homework. You’ve clearly defined business requirements, and you think you want to implement a Security Information and Event Management (SIEM) solution into your organization. Cloud migration and remote work have changed the way threat actors attack, and it feels like every day you read about a new methodology. While a lot of companies added a SIEM to their cybersecurity technology stack, you’re not sure whether you can afford one.

When a new vulnerability is found, the race is on to either solve it or exploit it (depending on which side you’re on). But while attackers are getting faster, companies not so much. Dev teams take around 215 days to resolve a security vulnerability. The numbers are only marginally shorter when dealing with critical vulnerabilities. This delay is particularly concerning given the rise in zero-day exploits, where hackers take advantage of a security flaw before the organization even knows it exists.

DevSecOps pipelines arose in response to DevOps and CI/CD, which made it possible for developers to iteratively and continuously deliver small code changes, rather than massive deployments periodically. In theory, by integrating security into DevOps processes that enable continuous integration and delivery, developers could find and resolve security issues early in the software development lifecycle (SDLC), which is much faster than fixing security issues in production.

How many security tools do you use daily? If you’re like 35% of developers, it’s probably too many for your liking. Building a DevSecOps toolchain is key to making DevSecOps a success and reaping all of its benefits. However, knowing where to start with so many different tools and processes can be overwhelming. This article will explain the key DevSecOps tools and processes, while providing a guidance for building a software security program that works for you.

Infrastructure as code (IaC) provides an innovative approach to provisioning and managing cloud infrastructure through code, instead of doing it through manual processes. This foundational shift not only accelerates development cycles but also introduces new dimensions of risk that must be carefully managed. In this article, we'll delve into these challenges and explore strategies to secure IaC environments from potential vulnerabilities and threats. 

In today’s digitally interconnected world, where data flows freely across networks and devices, ensuring its security is paramount. This is where system cryptography steps in, offering a suite of tools and techniques to safeguard sensitive information from prying eyes and malicious actors. Let’s delve deeper into the realm of system cryptography, exploring its intricacies and significance in modern computing.

When we think of “property,” the first thing that comes to our mind might be tangible objects—items we’ve purchased, like cars and homes, or entitlements we’ve procured, like land, titles, or even honorifics. However, there is another type of property that includes intangible ownership, creations of the mind, and various assets of a nonphysical nature.

One issue that is raised frequently is the way in which security or IT teams struggle to speak the “business language” to members of the senior leadership that take the final decisions on spending and investment.

With the Seemplicity platform and VulnCheck KEV, organizations can remediate the riskiest vulnerabilities faster than ever. The integration of the VulnCheck KEV catalog, a community resource that enables security teams to manage vulnerabilities and risk with additional context and evidence-based validation, is available to all Seemplicity platform customers.