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Showing 1 - 16 of 20 white papers, page 1 of 2.
PrinterLogic and IGEL Enable Healthcare Organizations to Deliver Better Patient Outcomes
Healthcare professionals need to print effortlessly and reliably to nearby or appropriate printers within virtual environments, and PrinterLogic and IGEL can help make that an easy, reliable process—all while efficiently maintaining the protection of confidential patient information.

Many organizations have turned to virtualizing user endpoints to help reduce capital and operational expenses while increasing security. This is especially true within healthcare, where hospitals, clinics, and urgent care centers seek to offer the best possible patient outcomes while adhering to a variety of mandated patient security and information privacy requirements.

With the movement of desktops and applications into the secure data center or cloud, the need for reliable printing of documents, some very sensitive in nature, remains a constant that can be challenging when desktops are virtual but the printing process remains physical. Directing print jobs to the correct printer with the correct physical access rights in the correct location while ensuring compliance with key healthcare mandates like the General Data Protection Regulation (GDPR) and the Healthcare Insurance Portability and Accountability Act (HIPAA) is critical.

Healthcare IT needs to keep pace with these requirements and the ongoing printing demands of healthcare. Medical professionals need to print effortlessly and reliably to nearby or appropriate printers within virtual environments, and PrinterLogic and IGEL can help make that an easy, reliable process—all while efficiently maintaining the protection of confidential patient information. By combining PrinterLogic’s enterprise print management software with centrally managed direct IP printing and IGEL’s software-defined thin client endpoint management, healthcare organizations can:

  • Reduce capital and operational costs
  • Support virtual desktop infrastructure (VDI) and electronic medical records (EMR) systems effectively
  • Centralize and simplify print management
  • Add an essential layer of security from the target printer all the way to the network edge
8 Keys to Achieving Anywhere Operations
Download this whitepaper today for insights on how to achieve an efficient IT operation model that supports end users no matter where they are. You’ll learn about the eight value-added areas and strategic trends that are the keys to achieving anywhere operations.
Learn how you can:
  • Deliver the user experience on any device and make the process simple for users and IT alike.
  • Lighten the load for your IT team by creating a unified workspace for a simple environment that’s easier and faster to manage.
  • Automate cleanup of end users’ workspaces and synchronize applications with the latest versions, all without disrupting end-user productivity.
  • Enable anywhere operations using your preferred cloud — on-premises, public, or hybrid.

Solving the BIG problems in cloud computing
The two big challenges in deploying and growing cloud usage are cost and security. Shadow IT has contributed to those challenges by causing overspending and exposing organizations to significant security risks. So, how should enterprises address both hybrid (on-premises and in the cloud) and multi-cloud challenges? This research reviews new technologies and approaches that can improve visibility for IT teams, enable security policies across the entire network, and manage costs more effectively.

Vladimir Galabov, Director, Cloud and Data Center Research, and Rik Turner, Principal Analyst, Emerging Technologies, are the co-authors of this eBook from Omdia, a data, research, and consulting business that offers expert analysis and strategic insight to empower decision-making surrounding new technologies.

This eBook covers the following topics:

  • the current landscape of cloud computing, including the BIG problems
  • the advantages of using a multi-cloud approach
  • the dangers of shadow IT, including billing surprises and security breaches
  • the move of mission-critical applications to the cloud
  • the considerations regarding cloud security, including recommendations for IT teams
Unmasking the Top 5 End-User Computing (EUC) Challenges
The work-from-anywhere world is upon us. To support the distributed workforce, organizations have deployed virtual applications and desktops, but still struggle to make the digital employee experience as good or better than the office experience. ControlUp surveyed over 450 end-user computing administrators and asked them about their most challenging problems in supporting remote work.
Today, millions of people across the globe are now working remotely. Though COVID-19 will soon be but a memory, this “work-from-anywhere” trend is here to stay. To support the distributed workforce, organizations have deployed virtual applications and desktops, but still struggle to make the employee experience as good or better than their experience in the office.

ControlUp surveyed over 450 end-user computing administrators and asked them about their most challenging problems in supporting remote work. From slow logons, application performance issues, network latency, unified communications issues, to slow sessions, this paper explains the top five survey findings and explores the ways ControlUp helps mitigate these problems.
Analyzing VMware Horizon Logons
While VMware Horizon provides a powerful virtualization platform, technologies and capabilities like Microsoft Windows, Active Directory, authentication, DNS, network, group policy, and third-party apps must work seamlessly to provide a great digital employee experience. This eBook will focus on improving the logon duration for EUC and VDI deployments.

While VMware Horizon provides a powerful virtualization platform, technologies and capabilities like Microsoft Windows, Active Directory, authentication, DNS, network, group policy, and third-party apps must work seamlessly to provide a great digital employee experience. This eBook will focus on improving the logon duration for EUC and VDI deployments.

And view this solution page for more information. 

Examining the Effectiveness of Digital Twins in Network Modeling
A 451 Research survey examined the prevalence and effectiveness of shared data models and “digital twins” in network modeling from the perspectives of cloud, network, and security operations, examining how approaches to data sharing impacted each role and the interaction between these job functions. The survey responses illustrate the effectiveness of digital twins and indicate the relative digital maturity of each job function, showing where there is potential to improve efficiency.
A 451 Research survey examined the prevalence and effectiveness of shared data models and “digital twins” in network modeling from the perspectives of cloud, network, and security operations, examining how approaches to data sharing impacted each role and the interaction between these job functions.

The survey responses illustrate the effectiveness of digital twins and indicate the relative digital maturity of each job function, showing where there is potential to improve efficiency.
Shaping the Future of Remote Access With Apache Guacamole Technology
In today's hybrid and remote working era, the importance of secure and convenient remote desktop access has become increasingly evident. As employees access sensitive data and systems from various locations and devices, organizations face heightened security risks. These risks include potential data breaches and cyber attacks, particularly when IT and DevOps teams use privileged accounts for remote infrastructure management.
In today's hybrid and remote working era, the importance of secure and convenient remote desktop access has become increasingly evident. As employees access sensitive data and systems from various locations and devices, organizations face heightened security risks. These risks include potential data breaches and cyber attacks, particularly when IT and DevOps teams use privileged accounts for remote infrastructure management.

Since 2016, many users have turned to Apache Guacamole, a community-driven open-source remote desktop platform that is free for anyone to use and if your organization is technically savvy. The source code is publicly available to compile and build.

However, if you’d like software that’s ready to deploy for the enterprise and comes with responsive, professional support, Keeper Connection Manager (KCM) can provide an affordable way to get all the benefits of Apache Guacamole.

KCM provides users with a secure and reliable way to remotely connect to their machines using Remote Desktop Protocol (RDP), Virtual Network Computing (VNC), Secure Shell (SSH) and other common protocols. Moreover, KCM is backed by a responsive team, including the original creators of Apache Guacamole, ensuring expert assistance is always available.

Let’s dive into the importance and challenges of remote access below.

The ROI of a Network Digital Twin
A network digital twin is a digital model of the network that makes network data accessible and actionable to ensure the network behaves as expected and is secure. NetOps, SecOps, and CloudOps teams use this data to drastically reduce time spent diagnosing problems, leading to a more agile, reliable, and secure network. Read this eBook for more details on the financial return on aligning your team, simplifying troubleshooting, and avoiding outages by using a network digital twin.

Contents

  • What is a network digital twin?
  • Outages are expensive and preventable
  • A network digital twin saves time and money
  • Time is money
  • General use cases
    • Workflow automation
    • Inventory management
    • Automated compliance/audit
    • Change management
  • Network security use cases
    • Security posture verification
    • Incident response
    • Vulnerability management
  • Multi-cloud use cases
    • Continuous multi-cloud security audit
    • Service assurance
    • End-to-end visibility
  • Network operations use cases
    • Path verification/analysis
    • Outage prevention
    • Troubleshooting
AIOps Operating Model & Its Economic Benefits
Businesses are adopting clouds due to the benefits of economies of scale, agility, and a self-service model. However, this transformation is also driving fundamental changes in how enterprises operate, putting tremendous pressure on IT Operational teams. Learn how the AIOps Operating model ties the Operational and Developmental functions to a profit center, with its direct impact on focusing on enabling and accelerating the business.

What’s in this white paper?

AIOps Operating Model serves 3 high-level objectives.

  • Why AIOps Operating Model?
  • Current Operational Domains fall short!
  • How CloudFabrix Enables AIOps Operating Model
  • Learn how AIOps Empower Different Personas
  • Optimize Resources with Dashboards and Workflow automation
  • Use Cases of CloudFabrix’s Data-centric AIOps
  • AIOps Operating Model & Economic Benefits
The Business Value of Forward Networks
This IDC Solution Brief delved deep into the experiences of Forward Networks’ customers who leverage the digital twin technology. The findings revealed indisputable improvements in network stability, reliability, team productivity, and operational efficiencies. These game-changing benefits, amounting to $14.2 million averaged annually, are derived from measurable enhancements in network performance and productivity.
This IDC Solution Brief delved deep into the experiences of Forward Networks’ customers who leverage the digital twin technology. The findings revealed indisputable improvements in network stability, reliability, team productivity, and operational efficiencies. These game-changing benefits, amounting to $14.2 million averaged annually, are derived from measurable enhancements in network performance and productivity.
Build a Better vSAN
This white paper explores the development of a next-generation virtualized storage area network (vSAN) that provides high performance, data integrity, and cost-efficiency. Addressing the limitations of traditional VMware vSAN, it emphasizes the need for a solution that integrates seamlessly into a hypervisor, supports deduplication at the core, and offers robust data resiliency, including maintaining access during multiple hardware failures.
Building a superior Virtual Storage Area Network (vSAN) involves addressing traditional solutions' performance, resilience, and cost shortcomings. The next-generation vSAN, like VergeIO's VergeOS, integrates storage and hypervisor functionalities into a single efficient code base, matching the capabilities of dedicated storage arrays while maintaining the cost advantage of vSANs.

Key improvements include:
  • Hypervisor Integration: Seamless integration for better performance and scalability.
  • Cost Efficiency:  Eliminates expensive server hardware and storage controllers.
  • Built-in Deduplication: Core-level deduplication for minimal performance impact, maximum efficiency, and significant cost savings.
  • Intelligent Hardware Failure Protection: Enhanced resilience with data copies across multiple nodes and drives.
  • Advanced Snapshot Capabilities: Unlimited, efficient and independent snapshots.
The white paper "Build a Better vSAN" offers an in-depth analysis of these advancements, providing insights on improving vSAN performance, ensuring data integrity, and reducing storage costs. This approach sets a new standard in virtualized storage solutions, offering the reliability of dedicated storage arrays at vSAN prices.

A Step-By-Step VMware Migration Process
This comprehensive guide outlines a structured process for transitioning from VMware to VergeOS. It covers evaluating alternatives, planning the migration, execution, and post-migration optimization. Learn how to achieve cost savings, extend hardware life, and improve ransomware resiliency without disrupting operations. Download now to access detailed migration plans and a thorough VMware exit checklist. Get the insights you need for a smooth and efficient virtualization transition.

Discover the Essential Guide to VMware Migration

Transitioning from VMware to VergeOS requires careful planning to minimize disruption. Our guide provides a structured process for a smooth migration:

Key Sections of the Guide

1. Evaluation of Alternatives
   - Research and Trial: Identify and test virtualization solutions for performance, compatibility, features, and support.
   - Cost-Benefit Analysis: Compare costs and calculate ROI to evaluate benefits over VMware.

2. Planning the Migration
   - Detailed Plan: Outline timelines, resource allocation, and risk management.
   - Infrastructure Preparation: Ensure hardware and network compatibility

3. Execution and Post-Migration
   - Pilot Migration: Start with non-critical systems to test the process.
   - Full-Scale Migration: Schedule during low-usage periods, back up data, and execute the migration.
   - Post-Migration Testing: Verify functional and performance standards in the new environment.

4. Phased Migration Process
- Backup/DR: Use VergeOS for cost-effective backup and disaster recovery of the VMware environment.
- NAS Replacement: Replace Network Attached Storage with VergeOS.
- Testing: Test workloads for compatibility and performance.
- Conversion: Incrementally convert virtual machines, starting with low-priority workloads.

Download the full guide now to optimize your virtualization strategy.

Connecticut Orthopaedics Transforms Endpoint Management and Security with IGEL
Teaming with IGEL allowed Connecticut Orthopaedics to manage the security and deployment of its Windows OS-based endpoints more efficiently and gain better visibility.
Connecticut Orthopaedics significantly improved its endpoint management and security by adopting IGEL’s solution. This allowed the healthcare provider to move Windows into a VDI environment, replacing Windows at the endpoint with IGEL OS for over 700 daily users with diverse needs. The transition to IGEL was initiated in April 2023 and fully deployed by August 2023. It was a smooth transition, thanks to the support from IGEL and the diligent work of the healthcare provider’s IT team. IGEL’s Preventative Security Model provided a secure, manageable, and scalable platform, enabling a stronger Zero Trust framework and streamlined endpoint management. The deployment included over 650 endpoints running IGEL OS. This transition has led to minimal end-user feedback, indicating a seamless change. It has allowed the healthcare provider to gain real-time analytics across its endpoints, enhancing its operational efficiency and security posture.

Zero Trust and Enterprise Data Backup
Cyberattacks and ransomware target backup data in 93% of incidents, while existing Zero Trust frameworks often overlook backup and recovery security. Zero Trust Data Resilience (ZTDR), developed by Numberline Security and Veeam, extends Zero Trust principles to data backup. The ZTDR framework includes segmentation, multiple data resilience zones, and immutable backup storage. This white paper offers practical steps for implementing ZTDR, which improves data protection, reduces security risk

Cyberattacks and ransomware target backup data in 93% of incidents. Despite being primary targets for ransomware and data exfiltration, existing Zero Trust frameworks often overlook the security of data backup and recovery systems.
 
Zero Trust Data Resilience (ZTDR) is an innovative model that extends Zero Trust principles to data backup and recovery. Developed through a collaboration between Numberline Security and Veeam, ZTDR builds on the Cybersecurity and Infrastructure Security Agency's (CISA) Zero Trust Maturity Model (ZTMM).  
 
This framework provides a practical guide for IT and security teams to improve data protection, reduce security risk, and enhance an organization's cyber resilience.
 
The primary principles of ZTDR include:

  • Segmentation — Separation of Backup Software and Backup Storage to enforce least-privilege access, as well as to minimize the attack surface and blast radius.
  • Multiple data resilience zones or security domains to comply with the 3-2-1 Backup Rule and to ensure multi-layered security.
  • Immutable Backup Storage to protect backup data from modifications and deletions. Zero Access to Root and OS, protecting against external attackers and compromised administrators, is a must-have as part of true immutability. 

The white paper "Zero Trust and Enterprise Data Backup" details these principles and offers practical steps for implementation. 
 
What You'll Learn:

  • Security Enhancement: Core Zero Trust principles applied to data backup.
  • Implementation: Best practices for infrastructure segmentation and resilience zones.
  • Applications: Case studies on mitigating ransomware and cyber threats. 

Download the white paper and start your journey towards Zero Trust Data Resilience.

Understanding the VergeIO Architecture
Facing challenges with your virtualized infrastructure? The search for the right solution can be overwhelming, with VMware's complexities and costs, lackluster alternatives, and the escalating expenses of the Public Cloud. VergeIO's ultraconverged infrastructure (UCI) offers a streamlined, efficient approach that simplifies IT and cuts upfront and ongoing costs.
What You'll Learn:
  • Why on-premises data centers still relevant, and how can they be more cost-effective
  • How VergeOS integrates server virtualization, networking, and storage into a single unified code base, surpassing traditional HCI while supporting external storage.
  • The three pillars of UCI are a unified code base, three-dimensional scaling, and virtual data centers.
  • How VergeOS’s common sense, per server, licensing model saves you money.
  • How VergeIO’s multi-layered approach to ransomware resiliency and data protection provides the fastest recovery options with the least data loss.
Demonstrations of Forward Enterprise Digital Twin Technology
Technical Marketing Manager, and former IT engineer Mike Lossmann demonstrates features within Forward Networks

Technical Marketing Manager, and former IT engineer Mike Lossmann demonstrates features within Forward Networks