Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

DevOps Services: What They Are, How They Work, and Why Your Business Needs Them

The way businesses build and deliver software has changed dramatically over the past decade. Gone are the days when development teams would work in isolation for months before handing off a product to operations staff for deployment. Today's competitive market demands speed, reliability, and continuous improvement - and that is exactly what DevOps services are designed to deliver.

Shift-Left Testing Only Works If Your Tests Are Trustworthy

Shift-left has become the standard answer to the quality and security problems that accumulate when testing happens late. Move testing earlier. Catch defects in development, not in production. Run security checks in the pipeline, not in a post-release audit. The principle is sound. The execution is where most teams run into trouble.

Seamless DevSecOps for GitLab: Security Built Into Every Pipeline

Modern development teams move fast; security must keep pace. As organizations increasingly rely on GitLab to power CI/CD pipelines, integrating application security directly into the workflow is no longer optional — it’s essential. The Veracode GitLab Workflow Integration embeds automated security testing directly into GitLab pipelines, enabling teams to shift security left without disrupting delivery.

Codex API In DevSecOps: Balancing Developer Speed With Secure Code Review

AI-assisted coding is no longer a side experiment. It is becoming part of daily engineering workflows, from drafting functions and refactoring legacy code to generating tests and accelerating routine implementation work. That shift is why the Codex API now belongs in a broader DevSecOps conversation, not just a developer productivity discussion.

DevSecOps Tools for Continuous Security Integration

If you’re an engineering manager in 2026, it’s almost certain you’re already exploring DevSecOps tools… by necessity as much as by choice. The reasons are clear: security is no longer a side concern or a tick-box for regulated industries. Even non-regulated businesses now face rigorous customer security questionnaires, growing SOC 2 and supply chain requirements, and persistent threats (especially related to AI-generated code) that make security non-negotiable.

Daily Zero-Day Exposure Check + Top 10 High-Risk Repositories (Agent Gallery Walkthrough)

In this walkthrough, you’ll see two Agent Gallery workflows in action. The Daily Zero-Day Analyst pulls newly published CVEs from the last 24 hours, classifies them (CVSS, CWE, attack vector), and checks your environment for exposure using SBOM/package data—then can send daily updates to Slack. The Top 10 High-Risk Repositories agent scans your codebase, consolidates findings per repository, and ranks the repos with the most critical risk so you can prioritize remediation. You’ll also see how to review and edit the prompt, set schedules, enable notifications, and browse the Agent Gallery to add more agents.

How Jit Security Agents Work: Ingestion Correlation Action

This video breaks down the architecture behind Jit security agents and why it’s required for agents that work reliably in real environments. We walk through Jit’s three layers—ingestion, correlation, and action—using concrete examples across code, applications/knowledge bases, and cloud runtime. You’ll see how Jit continuously normalizes and reconciles incompatible security data, materializes it into a Security Context Graph (knowledge graph), and then executes agent workflows safely using graph queries and domain-specific tools.