Operations | Monitoring | ITSM | DevOps | Cloud

Zero Trust Architecture Needs Zero Guesswork

The Zero Trust model has fundamentally shifted how organizations secure their applications and infrastructure. Instead of assuming anything inside your network is safe, the Zero Trust security model requires continuous verification of every identity, every device, and every access request across the entire trust model, forcing users and devices to prove that they can access what they are trying to access.

From Anomaly to Action: ScienceLogic's Role in Accelerating Zero Trust Response

In today’s threat landscape, cyber incidents unfold in seconds, not days. Federal agencies and critical infrastructure operators no longer have the luxury of slow detection or manual triage. As Zero Trust Architecture (ZTA) becomes the new security standard, one principle stands above all: time is risk. The faster an organization can detect, diagnose, and respond to anomalous activity, the greater its resilience. ScienceLogic plays a critical role in making that speed possible.

Zero Trust Starts with Zero Blind Spots

Zero Trust is more than a buzzword in today’s cybersecurity playbook, it’s a strategic imperative. Federal agencies, defense operations, and civilian infrastructure providers are all under mounting pressure to deploy Zero Trust Architecture (ZTA) frameworks that are not only compliant but truly effective. But there’s a problem: Zero Trust can only succeed if it’s built on real-time, actionable insight. That means eliminating blind spots.

Visibility Is the First Line of Defense: Operational Readiness in a Zero Trust World

As global cyber threats continue to evolve at unprecedented speed, the United States public sector faces growing pressure to enhance operational readiness. Agencies must now contend with adversaries who are not only well-funded but also increasingly sophisticated in their ability to exploit visibility gaps. In the face of this dynamic threat landscape, the Zero Trust Architecture (ZTA) model has become an essential security framework.

Introducing ZTB - Defining Zero Trust for Bring Your Own Cloud (BYOC)

Isn’t the "Bring Your Own Cloud" (BYOC) model the latest hot topic in the evolution of cloud-native architecture, especially for companies offering cloud-hosted platforms that must be deployed in the customer’s cloud for privacy, control, or compliance reasons? Over the past few weeks, we have been rigorously researching and discussing how to build a secure BYOC model.

The Hidden Role of VLANs in Hybrid Cloud Security

Cloud security gets most of the attention these days, but what protects the connections underneath? Hybrid environments often rely on virtual bridges that go unnoticed. These hidden structures shape everything from access control to lateral movement. Virtual Local Area Networks (VLANs), while often overlooked, play a key role in securing communication across on-prem and cloud networks.

Extra Factor Authentication: how to create zero trust IAM with third-party IdPs

Identity management is vitally important in cybersecurity. Every time someone tries to access your networks, systems, or resources, it’s critical that you are verifying that these attempts are valid and legitimate, and that they match a real, authenticated user. The way that this tends to be handled in cyber security is through Identity and Access Management (IAM), most commonly by using third-party Identity Providers (IdPs).

Is Your Attack Surface Growing Faster Than Your Security?

In today's digital-first business environment, the race to adopt new technologies often outpaces the strategies to secure them. From cloud services to remote work tools, organizations are rapidly expanding their digital presence. However, with every new tool, platform, or endpoint comes a new potential vulnerability. This expanding "attack surface" can leave businesses exposed, especially if they don't actively monitor and manage it.

Demo Roundups! Zero Trust Security + Runbook Automation

The shift to zero trust security requires a model that is identity-based, centrally managed, widely encrypted, and always authenticated and authorized. PagerDuty Runbook Automation enables users to automate, orchestrate, and accelerate issue resolution with best practice security guardrails, reducing human error and saving time. Host: Sid Verma (Senior Developer Advocate at PagerDuty) Guests: Christopher Hills (Chief Security Strategist at BeyondTrust); Jake Cohen (Senior Product Manager at PagerDuty)

Moving to a zero-trust model with Kosli's custom attestations

The Kosli CLI provides several attest commands, such as kosli attest snyk, kosli attest jira, etc. These attestations are “typed” - each one knows how to interpret its own particular kind of input. For example, kosli attest snyk interprets the sarif file produced by a snyk container scan to determine the true/false value for that individual attestation.