There are many new challenges, and reasons, to migrate workloads to the cloud.

For example, here are four of the most popular:

• Analytics and Machine learning (ML) are everywhere. Once you have your data in a cloud platform like Google Cloud Platform, you can leverage their APIs to run analytics and ML on everything.
• Kubernetes is powerful and scalable, but transitioning legacy apps to Kubernetes can be daunting.
• SAP HANA is a secret weapon. With high mem instances in the double digit TeraBytes migrating SAP to a cloud platform is easier than ever.
• Serverless is the future for application development. With CloudSQL, Big Query, and all the other serverless solutions, cloud platforms like GCP are well positioned to be the easiest platform for app development.
  

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.

The primary goal of a multi-cloud data management strategy is to supply data, either via copying or moving data to the various multi-cloud use cases. A key enabler of this movement is the data management software applications. In theory, data protection applications can perform both of the copy and move functions. A key consideration is how the multi-cloud data management experience is unified. In most cases, data protection applications ignore the user experience of each cloud and use their proprietary interface as the unifying entity, which increases complexity.

There are a variety of reasons organizations may want to leverage multiple clouds. The first use case is to use public cloud storage as a backup mirror to an on-premises data protection process. Using public cloud storage as a backup mirror enables the organization to automatically off-site data. It also sets up many of the more advanced use cases.

Another use case is using the cloud for disaster recovery.

Another use case is “Lift and Shift,” which means the organization wants to run the application in the cloud natively. Initial steps in the “lift and shift” use case are similar to Dev/Test, but now the workload is storing unique data in the cloud.

Multi-cloud is a reality now for most organizations and managing the movement of data between these clouds is critical.

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.

• Help you lock down your data and reduce the risk of ransomware attacks freezing your business
• Teach you about critical IT tactics to consider as part of your backup and recovery strategy
• Get a conversation started in your organization about security and meeting key service level objectives  for the business

Rethink Your Ransomware Resilience and Disaster Recovery Strategy

Ransomware attacks are on the rise and the ability to detect when an attack has begun is critical to the ability to recover quickly. Attackers are constantly evolving their attack methods and traditional backup and recovery technologies simply can’t detect encryption quickly enough.

This free Gorilla Guide outlines the dangers of ransomware, the impacts to organizations, and the need to detect attacks as they are occurring in real-time. This Gorilla Guide topics include:

-    The growing threat of ransomware
-    Challenges of traditional data protection solutions
-    Comparing solutions
-    Real-time ransomware detection & recovery
-    Zerto as an all-in-one CDP solution

Understanding how early detection can help mitigate a ransomware attack and allow recovery more quickly is vital to any ransomware resilience strategy. Don’t become a victim of delayed ransomware detection by relying on periodic backup solutions.
Download the free Gorilla Guide now to get informed!

The True Cost of Disruption is Massive.

When measuring the total cost of downtime, immediate service disruption is only the beginning. In a landscape of evolving threats, comprehensive protection is more important than ever for modern digital businesses. Traditional backup solutions no longer meet the needs of today’s businesses for disaster recovery. 

However, not every organization has the means to build their own datacenter or hire full-time DR specialists. Even for those that can, there are still benefits to replacing the direct and indirect costs of secondary sites with a predictable monthly expense for a specialized service.

For many organizations, DRaaS is an ideal solution. Our DRaaS 101 eBook describes in detail the benefits of DRaaS and the wide variety of models available through Zerto’s DRaaS providers—including an option that’s right for you.
Download this DRaaS 101 eBook now—it’s free!

This case study will cover the story of how Ootbi by Object First helped Mirazon cope with its business challenges. 

Ransomware attacks have been rising over the past years, reaching a point where an attack occurs every 11 seconds. This staggering statistic has proven that it is not a case of if but when, causing many corporations to seek resiliency. Furthermore, backups are now the primary target for ransomware. To address this vulnerability, Mirazon needed to properly secure not only their primary data, but also their backup data as well.

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.

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.