Many large enterprises are moving important applications from traditional physical servers to virtualized environments, such as VMware vSphere in order to take advantage of key benefits such as configuration flexibility, data and application mobility, and efficient use of IT resources.
Realizing these benefits with business critical applications, such as SQL Server or SAP can pose several challenges. Because these applications need high availability and disaster recovery protection, the move to a virtual environment can mean adding cost and complexity and limiting the use of important VMware features. This paper explains these challenges and highlights six key facts you should know about HA protection in VMware vSphere environments that can save you money.
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:
There are many new challenges, and reasons, to migrate workloads to the cloud.
For example, here are four of the most popular:
Whether it is for backup, disaster recovery, or production in the cloud, you should be able to leverage the cloud platform to solve your technology challenges. In this step-by-step guide, we outline how GCP is positioned to be one of the easiest cloud platforms for app development. And, the critical role data protection as-as-service (DPaaS) can play.
In this guide you will learn about Disaster Recovery planning with Zerto and its impact on business continuity.
In today’s always-on, information-driven business environment, business continuity depends completely on IT infrastructures that are up and running 24/7. Being prepared for any data related disaster – whether natural or man-made – is key to avoiding costly downtime and data loss.
- The cost and business impact of downtime and data loss can be immense- See how to greatly mitigate downtime and data loss with proper DR planning, while achieving RTO’s of minutes and RPO’s of seconds- Data loss is not only caused by natural disasters, power outages, hardware failure and user errors, but more and more by man-made disasters such as software problems and cyber security attacks- Zerto’s DR solutions are applicable for both on-premise and cloud (DRaaS) virtual environments- Having a plan and process in place will help you mitigate the impact of an outage on your business
Download this guide to gain insights into the challenges, needs, strategies, and solutions for disaster recovery and business continuity, especially in modern, virtualized environments and the public cloud.
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:
How Backup Breaks Hyperconvergence
Backup creates several separate architectures outside of the HCI architecture. Each of these architectures need independent management. First, the backup process will often require a dedicated backup server. That server will run on a stand-alone system and then connect to the HCI solution to perform a backup. Second, the dedicated backup server will almost always have its own storage system to store data backed up from the HCI. Third, there are some features, like instant recovery and off-site replication, that require production quality storage to function effectively.The answer for IT is to find a backup solution that fully integrates with the HCI solution, eliminating the need to create these additional silos.
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.
What’s in this white paper?
AIOps Operating Model serves 3 high-level objectives.
AIOps is an umbrella term for underlying technologies, including Artificial Intelligence, Big Data Analytics and Machine Learning that automate the determination and resolution of IT issues in modern, distributed IT environments.
Here's a brief overview on how AIOps solution work:
Learn from this whitepaper on what are the Best Practices IT Teams and IT Leaders should follow in implementing AIOps in their enterprise.
For network engineers navigating the world of network automation, this guide is vital. It offers a road map with practical examples that covers evaluating key capabilities like task automation and backup/recovery as well as current system assessments.
It gives buyers a useful vendor evaluation checklist so they may make well-informed judgments. This guide equips network engineers to lead their businesses towards automation excellence by simplifying intricate ideas into practical insights.
When used in conjunction with the BackBox Network Automation Platform, BackBox Network Vulnerability Manager aids in the detection of vulnerabilities and the strengthening of cyber-attack defenses. Administrators confront substantial hurdles in addressing vulnerabilities in network devices such as firewalls, intrusion detection systems (IDSs), and routers. NIST publishes over 2,500 CVEs each month, overwhelming network managers with security knowledge.
The BackBox Network Vulnerability Manager solves these issues with its Closed-Loop Vulnerability Remediation procedure.
Dynamic Inventory: BackBox offers a comprehensive picture of network and security devices, removing the need for laborious and error-prone inventory processes.
Risk Scoring and Analytics: BackBox Network Vulnerability Manager's risk scoring engine assesses organizational vulnerabilities, providing attack surface scores and risk metrics for all network devices. This offers a thorough understanding of network vulnerabilities and risk exposure.
CVE Mitigation: Administrators search device configurations for vulnerable settings to assess CVE relevance. Automation removes mitigated vulnerabilities from the risk score. Certain CVEs can be marked non-applicable, recalculating the risk score for an accurate vulnerability status.
Without BackBox, vulnerability patching involves a manual process:
BackBox automates device detection, data collecting, and vulnerability mapping while prioritizing updates based on risk assessment. This gives administrators an up-to-date picture of network hazards, allowing them to quickly upgrade and provide full security.
BackBox understands the disparity between the accepted significance of OS upgrades and their regular delays. Exploring historical backgrounds, we learn how updates were originally considered regular administrative duties, despite their vital importance in today's cybersecurity scene. BackBox, supported by convincing statistics from reliable sources including as Ponemon, ServiceNow, and Gartner, reveals missed chances for breach prevention because of delayed patching and illuminates the operational constraints created by manual procedures that impede effective vulnerability mitigation.
We provide BackBox as the answer and describe its revolutionary potential to optimize updating processes:
Real-world success stories demonstrate BackBox's efficacy, resulting in considerable savings for organizations. BackBox is the catalyst for reframing operating system upgrades as critical security measures, providing a strong solution to strengthen network defenses against growing cyber threats.