Reference Project: Infraray BICS’ Role in Transforming Network Monitoring for an Industrial Giant

Success Story·1 min

Read our white paper to learn how one of the world's largest industrial giants used Infraray BICS to discover 260,000 network endpoints in just four days, significantly improving their global network management and security compliance.

Only Infraray could profile more than 200,000 endpoints with the necessary quality and scale!”

One of the world’s largest industrial company uses Infraray BICS for real-time monitoring of global network

In this in-depth reference project, you will discover how an industrial giant used Infraray BICS to identify 260,000 network endpoints in just four days, revolutionizing its approach to global network management.

The rapid and effective deployment of Infraray BICS provided the company with exceptional real-time monitoring and improved security compliance, surpassing the efficiency of traditional solutions across its vast and diverse network infrastructure.

This solution created a basis for the implementation of IEEE 802.1X. It also reduces costs by quickly providing exact information about connected endpoints!"

Summary of Key Results

  • Infraray BICS enabled the rapid identification and categorization of over a quarter-million endpoints, setting a new standard for network visibility.

  • The solution's vendor-neutral approach allowed for comprehensive network management, regardless of device make or model.

  • The company now enjoys enhanced network security, real-time monitoring, and precise cost estimation for future upgrades.

Download the whitepaper to learn the strategies and results of this industrial giant's partnership with Infraray BICS, and gain insights that can transform your approach to network management.

Further Resources

Blog Article

Does Mainframe Security Have an IWS Blind Spot?

The IBM Z Workload Scheduler (IZWS) orchestrates business-critical processing at massive scale, yet it rarely appears in mainframe security conversations focused on access control and perimeter defense. Someone with legitimate scheduler access, such as a compromised account, a malicious insider, or a mistaken administrator, can alter or delete scheduling definitions without tripping any alarm, and standard logs record that a change happened without preserving a way to reverse it. In this article, we examine this challenge and present a solution using Beta Systems' IWS/Audit.
Blog Article

The Road to Enterprise Orchestration

Enterprise IT has never been more complex, and automation, in particular, continues to evolve rapidly as we head toward the age of agentic AI. An effective organization must coordinate workloads across on-premises infrastructure, multiple cloud providers, SaaS applications, Kubernetes clusters, APIs, and AI-powered services. In today’s business climate, IT processes can no longer run optimally on a single platform; they must span the entire technology ecosystem. Traditional job scheduling, therefore, is no longer enough in this environment. Instead, IT teams need to look towards a future of Enterprise Orchestration. This new approach coordinates entire business processes across the digital enterprise instead of automating only single tasks. In this article, we explore the evolution of enterprise automation and the road to enterprise orchestration.
Blog Article

DevOps Workflow Automation Explained in 2026

What happens at your company when a deployment fails at 6 a.m., and the engineer who owns that pipeline is asleep? For most teams, the honest answer involves a Slack alert, a scramble, and a manual fix. DevOps workflow automation is the practice of removing that manual dependency by letting scheduled and event-driven triggers handle builds, tests, deployments, and recovery on their own. Below, we break down what it actually involves, why it matters more in 2026 than it did even two years ago, the tools teams use to implement it, and how to roll it out without breaking what already works.