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- Intrusion Prevention System (IPS) / Intrusion Detection System (IDS) Testing
- DNS Filtering
- DDoS Protection & Logging
- MAC Address Filtering & Geo-fencing
- Application Control & Protocol Blocking
- Authentication & Access Control (zID)
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- WAN Link Failover & Load Balancing (ACI Mode)
- Dynamic Path Selection & Application-Aware Routing
- SaaS & Internet Breakout Validation
- QoS for Microsoft Teams (Datacenter vGR + Branch z40)
- Tunnel Failover (z40 ↔ vGR) — WAN00 (wired) primary, WAN03 (4G) & WAN04 (5G) backups
- IP Routing & Static Route Steering (z40 Branch)
- VLAN & Layer-2 Bridging
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- IPsec Tunnel not Establishing
- SSL-VPN Tunnel not Establishing
- Mobile Network Issues
- Management Tunnel does not Establish
- DNS not Resolving from Local Network Appliance
- DNS Resolution Issues in Tunnel Configuration
- DHCP Server not Leasing IP to LAN PC
- Debugging EC Events - Unknown Status Issue
- Trusted-MAC Geofencing Issues
- DNS Issues from DC LAN PC
- Troubleshooting LAN Connectivity to Internet via WAN, Remote Branch LAN, or Local Branch LAN
- NetBalancer gateways displaying Faulty/Inactive
- Packet Drop Issues
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zTC
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- Citrix HDX + USB Headset (Call-Center Baseline)
- VMware Horizon + Smart Card / CAC Login
- Microsoft AVD/RDP + Teams Optimized Video
- Multi-Monitor & 4K Performance
- USB Device Management - Block Storage
- Printing to Local USB & Network Printers
- Barcode Scanner (HID) with Line-of-Business App
- Kiosk / Assigned-Access Auto-Launch
- Wi-Fi Roaming & Link Change Mid-Session
- Power Management and Session State
- OS/Firmware Update & Rollback
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StorTrends
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zAccess
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zGuardian
Planning and Designing an SD-WAN Solution with AmZetta’s zWAN: A Comprehensive Guide
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Introduction
In today’s digital era, where businesses rely on seamless connectivity to drive productivity and deliver exceptional customer experiences, Software-Defined Wide Area Networking (SD-WAN) has emerged as a transformative technology. As organizations embrace the power of SD-WAN, it becomes crucial to plan and design a robust solution that aligns with their unique network requirements and business goals. This article aims to provide a comprehensive guide for planning and designing an SD-WAN solution using AmZetta’s cutting-edge product, zWAN.
Assessing Network Requirements
The first step in planning an SD-WAN solution is to assess your company’s network requirements. Understand your current network infrastructure, traffic patterns, and application needs. Identify pain points, such as network congestion, poor performance, or lack of scalability, that need to be addressed by implementing SD-WAN. Determine your key objectives, such as improving application performance, reducing costs, or enhancing security, to guide the design process.
Define Design Principles and Objectives
With a clear understanding of your network requirements, establish design principles and objectives for your SD-WAN solution. Consider factors like network resiliency, application prioritization, security, and ease of management. Define performance metrics and service-level agreements (SLAs) that align with your business needs. These principles will shape the design and implementation of your zWAN solution.
Evaluate zWAN Features and Capabilities
AmZetta’s zWAN offers a rich set of features and capabilities that can greatly enhance your SD-WAN implementation. Familiarize yourself with zWAN’s key features, such as intelligent traffic routing, dynamic path selection, and application-aware policies. Assess how these features align with your design principles and objectives, ensuring they meet your specific network requirements.
Network Architecture Design
Design a network architecture that incorporates zWAN seamlessly into your existing infrastructure. Consider factors like branch office connectivity, data center integration, and cloud connectivity. Determine the number and location of zWAN appliances or virtual instances based on your network size and traffic patterns. Define network segmentation and routing policies to optimize traffic flow and ensure secure communications.
Security Considerations
Security is a critical aspect of any SD-WAN solution. Evaluate zWAN’s security features, such as encryption, firewall capabilities, and intrusion prevention systems. Implement robust authentication and access control mechanisms to protect against unauthorized access. Consider integrating additional security solutions, such as next-generation firewalls or secure web gateways, to augment zWAN’s security capabilities.
Performance Optimization
To maximize network performance, analyze your application requirements and prioritize traffic accordingly. Leverage zWAN’s application-aware routing to direct critical traffic through the most efficient paths. Implement Quality of Service (QoS) policies to ensure optimal performance for mission-critical applications. Monitor and measure performance metrics regularly to fine-tune your SD-WAN solution for optimal results.
Scalability and Growth
Plan for scalability and future growth when designing your zWAN solution. Consider the anticipated increase in network traffic, new branch office deployments, or potential mergers/acquisitions. Ensure that your SD-WAN solution can seamlessly accommodate these changes without compromising performance or security. Leverage zWAN’s centralized management capabilities to simplify network expansion and configuration.
Implementation and Testing
Execute a well-defined implementation plan to deploy zWAN across your network infrastructure. Conduct thorough testing to validate the functionality, performance, and security of your SD-WAN solution. Identify and resolve any issues or bottlenecks that arise during the testing phase. Collaborate with your network team, AmZetta’s support, and implementation experts to ensure a smooth deployment.
Conclusion
Planning and designing an SD-WAN solution using AmZetta’s zWAN requires careful consideration of your organization’s network requirements, objectives, and security needs. By following the comprehensive guide outlined in this article, you can build a robust and scalable SD-WAN infrastructure that leverages zWAN’s advanced features to optimize performance, enhance security, and streamline network management. Embrace the power of SD-WAN and empower your organization with a resilient and agile network that can meet the demands of today’s digital landscape.
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