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Video: EGGER Achieves 99.99% Uptime with SIOS LifeKeeper for Linux

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EGGER Achieves 99.99% Uptime with SIOS LifeKeeper for Linux

Video: EGGER Achieves 99.99% Uptime with SIOS LifeKeeper for Linux

SIOS Technology Corp., a leader in high availability (HA) and disaster recovery (DR) software, sits down with the EGGER Group—one of the world’s top wood-based materials manufacturers—to discuss how they achieved an impressive 99.99% uptime for their mission-critical systems. Across 22 manufacturing sites in 11 countries, EGGER relies on SIOS LifeKeeper for Linux to keep essential SAP, Oracle, and custom business applications continuously available.

In the video, EGGER’s IT team shares insights on: 

  • Why they chose SIOS for their high-availability strategy
  • How LifeKeeper for Linux simplifies failover and disaster recovery
  • The measurable impact on operational continuity and productivity

What can SIOS LifeKeeper for Linux clustering solution do for you?

  • Designed for secure environments: supports SELinux in all modes and can operate within AWS IMDS2-enabled instances for enhanced metadata protection.
  • Provides high-availability (HA) and disaster-recovery (DR) protection for critical Linux-based applications, including SAP S/4HANA, Oracle, MaxDB and more.
  • Monitors the entire application stack — server, storage, OS, network, database and application — not just server availability.
  • Includes application-aware Recovery Kits (ARKs) that automate failover, restart or alert when issues are detected.
  • Features a Web Management Console with intuitive setup, progress tracking, and simplified firewall access (only 2 TCP ports) for easier cluster management.
  • Supports major Linux distributions (Red Hat, SUSE, Rocky, Oracle Linux) and a wide range of storage architectures—including SANless setups for cloud and virtual environments.
  • Flexibly deployable in physical, virtual, cloud or hybrid environments: supports P2P, P2V, V2V clustering and SAN-based or local-storage synchronized (SANless) configurations.
Reproduced with permission from SIOS

Resilient Together: How Partnerships Drive Modern Disaster Recovery

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Resilient Together How Partnerships Drive Modern Disaster Recovery

Resilient Together: How Partnerships Drive Modern Disaster Recovery

If the past few years have proven anything, it’s that disruption doesn’t discriminate. Floods, fires, ransomware, infrastructure failures, you name it. Whether you’re a global enterprise or a fast-growing startup, no one is immune to the unexpected.

As someone who’s spent more than 25 years working with technology partners, enterprise clients, and cloud providers, I’ve seen firsthand how quickly “business as usual” can change. Today, I serve as Partner Alliances Director at SIOS Technology Corp., where we help organizations achieve Application High Availability (HA) and Disaster Recovery (DR) across complex environments. But my perspective on resilience goes back much further, long before hybrid cloud became the norm.

Early in my career, I had the unique opportunity to sell Microsoft certification training directly to both individuals and enterprises while at the Boston University Corporate Education Center. One of my first major engagements was with Raytheon, where we worked to close project management and technical skills gaps that were critical to delivering high-stakes projects.

That experience was a crash course in how preparation, training, and redundancy, whether human or technical, can make or break a project. I learned quickly that success isn’t just about tools or technology, it’s about people, process, and planning. The same principle applies to modern Disaster Recovery: the only real failure is failing to plan.

Beyond Backups: Why True Disaster Recovery Starts with Realistic Risk Planning

Disaster Recovery isn’t just about backing up data; it’s about ensuring continuity. I’ve seen organizations spend months building backup strategies only to discover that, when disaster strikes, they can’t restore operations within business-critical windows.

The first step to resilience is being realistic about risk. Identify what can go wrong, what systems are mission-critical, and what downtime truly costs. In today’s environment, “good enough” recovery isn’t good enough.

How Strategic Partnerships Strengthen Disaster Recovery and High Availability

Throughout my career, whether managing enterprise data center migrations, connecting technical teams with clients to deliver highly available cluster solutions for AWS and Microsoft environments, or expanding partner ecosystems, the one constant has remained: resilience is a team sport.

The strongest strategies for Application High Availability and Disaster Recovery are born from collaboration between software vendors, cloud providers, MSPs, and resellers. It’s not about one product or platform; it’s about how technologies integrate to create a seamless safety net.

At SIOS, that’s exactly where our partner alliances shine. By aligning with industry leaders and focusing on interoperability, we make it possible for customers to protect critical applications and workloads across Linux, Windows, and multi-cloud environments without adding complexity.

Why Testing Your Disaster Recovery Plan Is Just as Critical as Creating It

Too often, organizations assume their HA or DR plan is solid because it’s documented. But unless you’ve tested it, I mean, really tested it…you don’t know.

I always tell partners and clients: practice recovery like your reputation depends on it, because it does. Simulation drills not only validate your technology but also strengthen your team’s confidence and response time.

The same mindset applies in every aspect of business: consistent practice, iteration, and hands-on experience, not assumptions, are what turn plans into results.

How Automation Reduces Downtime in Hybrid and Multi-Cloud Environments

In a world of hybrid and multi-cloud deployments, complexity is the enemy of resilience. Automation is the key to cutting through that noise.

Automated failover, monitoring, and recovery orchestration take the pressure off teams during critical moments. The faster and cleaner your recovery process, the less impact you’ll feel, not if, but when something goes wrong.

Why High Availability and Disaster Recovery Are Strategic Business Drivers

High availability and Disaster Recovery used to be viewed as insurance or something you needed but hoped never to use. That mindset is outdated. The most successful organizations see Application High Availability and DR as strategic enablers.

When customers know you can deliver resilience under pressure, it builds trust. That trust becomes brand equity, which becomes opportunity. I’ve seen it repeatedly across industries like healthcare, manufacturing, biotech, retail, and IT, all of which are where resilience directly drives revenue and retention.

Thriving Through Disruption: Why Resilience Is Your Competitive Edge

Disaster Recovery isn’t just about surviving the storm; it’s about building confidence in your ability to thrive through it.

After 25 years in sales, partnerships, and technology leadership, I’ve learned that true resilience comes from preparation, collaboration, and execution. Technology will evolve, risks will change, and new challenges will always emerge, but the organizations that win are the ones that plan, test, and adapt together.

In a disaster-prone world, Application High Availability and resilience aren’t optional; they’re competitive advantages. Request a demo today to see how SIOS can help you achieve reliable, cost-effective high availability and disaster recovery.

Author: Kelly Burke, Partner Alliances Director at SIOS Technology Corp.

Three Keys to Mastering High Availability in Your On-Prem Data Center

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Three Keys to Mastering High Availability in Your On-Prem Data Center

Three Keys to Mastering High Availability in Your On-Prem Data Center

While the tech world races toward the cloud, nearly half of North American businesses still depend on on-premise data centers to power their most critical operations.

If your organization is among them, you already understand the pressure: downtime isn’t an option. In today’s always-on digital economy, high availability (HA) isn’t just an IT goal — it’s the foundation of business continuity, customer satisfaction, and long-term profitability.

Let’s look at three key ways to strengthen your uptime — and how SIOS can help you future-proof your operations.

High Availability Starts with a Resilient Physical Environment

Before software and servers come into play, your data center needs a strong physical backbone.

High availability starts with:

  • Reliable power: Generators and UPS systems to keep you online throughout outages.
  • Access security: Cameras and badge controls to prevent unauthorized entry.
  • Environmental monitoring: Smart sensors to maintain ideal temperature and humidity.
  • Fire protection: Modern suppression systems that protect equipment without damage.

Your infrastructure is only as resilient as the environment that houses it.

High Availability by Design: Redundancy That Keeps You Online

Even with a secure facility, no hardware or system is fail-proof. That’s why smart architecture is all about redundancy — ensuring no single point of failure can take you down.

Best practices include:

  • HA clustering for critical applications.
  • Redundant networking to keep data flowing if one path fails.
  • Storage replication and RAID to prevent data loss.
  • Offsite disaster recovery to ensure fast restoration after a major outage.

Designing for resilience means your users stay connected, even when systems don’t cooperate.

Achieve Continuous Uptime with Intelligent Monitoring and HA Clustering

With your environment and architecture in place, you need visibility and automation to keep everything running smoothly. Comprehensive monitoring and automated failover tools are what transform redundancy into true high availability.

  • IT operations management tools that excel at discovering network assets and updating your configuration management database (CMDB).
  • Application Performance Monitoring (APM) tools that give a precise understanding of the health of the systems comprising the network.
  • HA Clustering Software such as SIOS LifeKeeper 

The SIOS Advantage: Flexible, SANless High Availability and Disaster Recovery for Any Environment

SIOS delivers full high availability and disaster recovery for your most critical applications — without the need for shared storage.

Here’s what makes it stand out:

  • Flexibility: Works in any environment — physical, virtual, cloud (AWS, Azure, Google Cloud), or hybrid.
  • Lower costs: No need for costly SAN hardware or specialized expertise.
  • Scalability: Easily cluster across multiple data centers or cloud availability zones.

With SIOS, you can build a SANless high availability solution that’s powerful, cost-effective, and easy to manage — perfect for any IT environment.

Request a demo today to see how SIOS can help you achieve reliable, cost-effective high availability and disaster recovery.

Author: Trey Isaac, Sr. Product Support Engineer at SIOS

Reproduced with permission from SIOS

Why High Availability Matters in Manufacturing 4.0

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Why High Availability Matters in Manufacturing 4.0

Why High Availability Matters in Manufacturing 4.0

Modern manufacturing runs on interconnected IoT devices, smart sensors, and real-time data analytics. Together with AI, these technologies create smart factories, digitally connected facilities that use advanced technologies to monitor, predict, and automate production, which, central to Industry 4.0, optimizes efficiency, enhances quality, and drives continuous improvement.

But digital transformation also introduces new risks. More connected devices mean more data to protect, larger attack surfaces, and greater vulnerability to costly downtime. That’s why high availability (HA) solutions are critical to protecting IoT systems, protecting smart factory data, and ensuring seamless operations in highly automated environments.

Understanding Industry 4.0 and IoT in Manufacturing

Industry 4.0 marks the next phase of industrial innovation. Defined by automation, AI-driven analytics, and cyber-physical systems, it enables manufacturers to operate more efficiently and effectively.

At the heart of this transformation lies IoT in manufacturing. Smart sensors and connected devices enable real-time monitoring, facilitate predictive maintenance, and provide supply chain visibility. This generates a massive stream of mission-critical data—fueling insights that drive operational excellence. Protecting the integrity and availability of this data is essential for modern manufacturing success.

The Risks of Downtime in Smart Factories

In smart factories, downtime has immediate and far-reaching consequences. Even a brief outage can halt production and cost thousands of dollars per minute in costs.

The risks go beyond financial losses. Data corruption or loss impacts quality control, regulatory compliance, and worker safety. Connectivity issues can disrupt global supply chains, damaging customer relationships and slowing deliveries. For highly regulated industries like automotive, aerospace, and pharmaceuticals, maintaining continuous uptime and data integrity isn’t optional, it’s a compliance requirement.

High Availability 101 for Manufacturing Environments

So what is high availability in a manufacturing context? HA ensures that IoT systems, automation platforms, and analytics remain operational even when hardware, software, or network components fail.

Key elements of HA include:

  • Redundancy to eliminate single points of failure
  • Automated failover for instant recovery
  • Real-time replication of smart factory and IoT data
  • Continuous monitoring to detect and address issues proactively

While disaster recovery (DR) helps restore operations after an outage, HA focuses on preventing downtime altogether—making it essential for mission-critical Industry 4.0 environments.

High Availability Use Cases in Smart Factories

Smart factories benefit from HA in numerous ways:

  • Predictive Maintenance Systems: Keeping analytics platforms online for early equipment failure detection.
  • Robotics & Automation Controls: Supporting uninterrupted production line operations.
  • MES & ERP Systems: Ensuring manufacturing execution and enterprise resource planning data remains reliable and available.
  • Digital Twins: Maintaining real-time digital replicas to optimize processes and reduce inefficiencies.

By applying HA to these systems, manufacturers protect uptime, improve reliability, and keep innovation moving forward.

Implementing HA for IoT & Smart Factory Data

Choosing the right HA approach depends on your environment:

  • On-premises vs. cloud HA: On-premises may suit factories with strict latency or compliance needs, while cloud and hybrid HA offer scalability and flexibility.
  • Clustered environments: Ensuring critical applications achieve near-zero downtime.
  • Edge computing HA: Protecting distributed IoT devices at the network edge.
  • Data replication and synchronization: Guaranteeing IoT and sensor data remain accurate across multiple platforms.

The goal: Ensure IoT and smart factory data stays accessible, consistent, and secure—no matter the architecture.

Best Practices for High Availability in Manufacturing 4.0

To maximize uptime and resiliency, manufacturers should:

  • Adopt a risk-based approach: Prioritize HA for systems with the highest cost of downtime.
  • Run regular testing and simulations: Conduct failover drills and disaster scenarios to validate readiness.
  • Integrate security with HA: Align resilience strategies with cybersecurity to prevent vulnerabilities and enhance overall security.
  • Build scalable architectures: Design HA to grow alongside expanding IoT and Industry 4.0 deployments.

These best practices ensure high availability strategies remain strong and future-proof.

The ROI of High Availability in Manufacturing 4.0

Investing in HA pays dividends. Manufacturers can avoid costly downtime, improve operational efficiency, and maintain high product quality.

The benefits extend beyond financial savings—high availability in Industry 4.0 builds stronger trust with customers, partners, and suppliers by ensuring reliability and stability across global manufacturing operations.

Build Resilient Smart Factories with High Availability

Industry 4.0 has transformed manufacturing, but it has also raised the stakes for resilience. To fully realize the potential of smart factories, manufacturers must prioritize high availability and reliability.

By implementing the right HA strategies, organizations can protect IoT systems, maintain data integrity, and achieve uninterrupted operations. Now is the time to evaluate high availability solutions that can help your factory stay innovative, secure, and future-ready.

Request a demo today to see how SIOS can help you achieve reliable, cost-effective high availability and disaster recovery.

Author: Ben Roy, Marketing Specialist at SIOS

Reproduced with permission from SIOS

Unlocking Near-Zero Downtime Patch Management with High Availability Clustering

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Unlocking Near-Zero Downtime Patch Management with High Availability Clustering

Unlocking Near-Zero Downtime Patch Management with High Availability Clustering

Patch management is one of the toughest balancing acts in IT. Every month or quarter, OS and application vendors release updates with critical security fixes. These patches need to be tested and applied quickly — but rushing the process risks instability, and delaying it increases vulnerability. For organizations running mission-critical applications, the stakes are even higher.

That’s why IT leaders are increasingly turning to high availability (HA) clustering to streamline patch testing and deployment, while keeping downtime to a minimum.

Why Patch Management Is So Challenging

  • Testing takes time and resources. QA environments aren’t always available, and teams may feel pressure to shortcut testing just to keep up.
  • Cyberattacks move fast. Zero-day exploits are weaponized within hours of a patch release. According to the Ponemon Institute, 57% of breaches are attributed to unpatched vulnerabilities.
  • Downtime is costly. Whether planned or unplanned, downtime averages $5,600 per minute (Gartner). In industries such as healthcare, aviation, and manufacturing, even a brief outage can have significant financial and safety implications.

The challenge is clear: organizations must patch faster, test thoroughly, and minimize disruptions.

How HA Clustering Transforms Patch Management

High availability clustering pairs a primary server node with a secondary node. Advanced clustering software continuously monitors the environment — applications, OS, storage, and networks. If a failure occurs, operations seamlessly move to the secondary node without downtime.

This same architecture enables a “rolling upgrade” approach for patching:

  1. Patch the secondary node while the primary node continues to run.
  2. Test the update on the secondary node before making the switch.
  3. Fail back if needed — if issues are found, operations instantly continue on the primary node.
  4. Cut over if successful — if tests pass, operations shift to the secondary node, and the primary can be patched next.

The result: organizations can apply updates faster, avoid risky shortcuts, and keep systems available 24/7.

Strengthening Security, Compliance, and IT Resilience with HA Clustering

Modern regulations, such as HIPAA, PCI DSS 4.0, and NIST 800-53, require timely patching. At the same time, high-profile incidents (such as the CrowdStrike update failure) have shown the danger of rushed, untested updates.

By integrating HA clustering into patch management strategies, IT teams can:

  • Meet compliance requirements without sacrificing uptime.
  • Reduce risk from patch-related failures.
  • Strengthen overall IT resilience against cyberthreats.

Near-Zero Downtime Patch Management for Mission-Critical Applications

The old trade-off between speed and stability in patching no longer exists. With high availability clustering, IT teams can patch quickly, test safely, and keep mission-critical applications online, all while reducing downtime to near zero.

If your organization struggles with patch management, HA clustering may be the key to safer updates and stronger resilience.

Ready to eliminate downtime from your patching process? Request a demo of SIOS High Availability Clustering and see how your team can patch faster, stay compliant, and keep critical applications running 24/7.

Author: Ben Roy, Marketing Specialist at SIOS

Reproduced with permission from SIOS