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.

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.

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 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:

• AIOps data usually comes from different MELT sources.
• Then, big data technologies aggregate and organize it, reduce noise, find patterns and isolate anomalies.
• The AIOps automated resolution system resolves known issues and hands over the complicated scenarios to IT teams.

Learn from this whitepaper on what are the Best Practices IT Teams and IT Leaders should follow in implementing AIOps in their enterprise.

• CISOs face stringent government regulations, such as the current administration mandating 12-18 months of log retention.
• Chief Enterprise Architects worry that the average cost of a single enterprise service outage is $400K and the average MTTR is over 7 hrs.
• Companies such as Facebook lose $65 million and 4.8% of their stock valuation over a 5-hour outage.
• Security breaches mar organizational reputation and prove a threat to business.
• 91% of leaders agree that monitoring tools are siloed and domain-specific, complicating the log management landscape.
• VP Cloud/IT Services acknowledge the accelerated pace of digital transformation post-COVID-19 and recognize the need for more sophisticated security monitoring and SIEM adoption.
• Log management market size reaches $2.3 billion in 2021 and is expected to grow to $4.1 billion by 2026 at a CAGR of 11.9%.

Are you looking for an effective IT Asset Management & Analytics solution? The tool you're looking for is the CloudFabrix Asset Intelligence & Analytics Module powered by the Cisco Observability Platform.

Here are some features:

• Accurate IT asset visibility
• Compliance for IT assets
• Accurate CMDB
• Opex savings tied to manual data collection & reconciliation
• Faster change implementations
• Persona-based asset dependency mapping insights

• End To End Visibility
  • Capturing data across spectrum i.e. Business->Applications->Infra
• Hybrid Cloud Environments support
  • Public Clouds, On-Prem, Cloud Native, Legacy etc
• More accurate event correlations
  • Collection & Correlations across business, apps & infra
• More accurate root cause/impact analysis
  • Improved MTTD/MTTR with full stack dependencies
• Enhanced Observability Experience
  • Broader use cases support :  extensibility and customization

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:

• Understand inventory and exposures
• Determine update priorities
• Remediate with temporary configuration fixes
• Remediate permanently with OS updates
• Remove temporary configuration fixes

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.

• 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.

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.

The shift to SaaS and cloud computing allows enterprises to lower infrastructure costs and maintenance while improving efficiency and capabilities through scalable cloud data platforms. This move can also enhance productivity and workflow flexibility, enabling remote access to SaaS applications and data. However, it often leads to diversified endpoint operating systems, emphasizing the need for web browser access to SaaS applications. The adoption of IGEL's Secure Endpoint OS and Island's Enterprise Browser presents a modern solution for enterprises to optimize their digital workspaces and fully embrace this transformation.