📡 SD-WAN Solutions - Software-Defined Wide Area Networks

Transform your network with intelligent, software-defined connectivity

🌍 Overview

Software-Defined Wide Area Networks (SD-WAN) revolutionize enterprise networking by separating network control from hardware, enabling centralized management, dynamic path selection, and application-aware routing. SD-WAN reduces costs, improves performance, and simplifies network operations while providing enhanced security and visibility across distributed enterprise locations.

🚀 Key Benefits

💰 Cost Optimization

• Reduce MPLS Costs: Up to 90% savings on WAN connectivity
• Internet Leverage: Use broadband for business applications
• Simplified Management: Reduce operational overhead
• Elastic Bandwidth: Pay for what you use, when you need it

⚡ Performance Enhancement

• Application Optimization: Real-time application performance monitoring
• Dynamic Path Selection: Automatic routing optimization
• Quality of Service: Application-aware traffic prioritization
• Bandwidth Aggregation: Combine multiple connections

🛡️ Enhanced Security

• Integrated Firewall: Next-generation firewall capabilities
• Zero Trust Architecture: Assume breach, verify everything
• Encrypted Tunnels: End-to-end encryption
• Threat Prevention: Real-time security monitoring

🎯 Simplified Operations

• Centralized Management: Single pane of glass visibility
• Zero-Touch Deployment: Automated branch deployment
• Policy Automation: Consistent policy enforcement
• Cloud Integration: Seamless cloud connectivity

📊 SD-WAN Architecture Models

🏢 On-Premises SD-WAN

Customer-managed SD-WAN infrastructure with maximum control and customization.

Best For: Large enterprises with dedicated IT teams, specific compliance requirements, maximum customization needs.

☁️ Managed SD-WAN

Provider-managed SD-WAN services with comprehensive support and management.

Best For: Organizations wanting to outsource network management, rapid deployment needs, predictable operating costs.

🌐 Cloud-Native SD-WAN

Cloud-delivered SD-WAN services with global points of presence and elastic scaling.

Best For: Organizations embracing cloud-first strategies, distributed workforces, need for global reach.

🛠️ Technical Features

🎯 Application Intelligence

• Deep Packet Inspection: Identify applications in real-time
• Application Performance Monitoring: Continuous quality measurement
• SLA Monitoring: Track application performance against targets
• Adaptive Optimization: Dynamic performance tuning
• User Experience Analytics: End-user experience measurement

🛣️ Path Selection & Load Balancing

• Multiple Transport Support: MPLS, Internet, LTE, satellite
• Active-Active Operation: Use all available paths simultaneously
• Failover Automation: Sub-second failover capabilities
• Bandwidth Aggregation: Combine multiple connections
• Intelligent Steering: Application-aware path selection

🔒 Integrated Security

• Next-Generation Firewall: Application-aware firewall
• Intrusion Prevention: Real-time threat detection
• URL Filtering: Web content filtering and blocking
• Antimalware: Advanced threat protection
• SSL/TLS Inspection: Encrypted traffic analysis
• Segmentation: Micro-segmentation capabilities

📊 Analytics & Visibility

• Real-Time Dashboards: Live network and application metrics
• Historical Reporting: Trend analysis and capacity planning
• SLA Reporting: Performance against service targets
• Security Analytics: Threat detection and analysis
• Capacity Planning: Future bandwidth requirements

🌐 Deployment Models

🏢 Hub-and-Spoke

Traditional centralized model with regional hubs and branch spokes.

Architecture:

• Central data center hubs
• Regional distribution centers
• Branch office connections
• Centralized internet breakout
• Traditional security models

Best For: Organizations with centralized data centers, traditional IT models, regulatory requirements for centralized control.

🕸️ Full Mesh

Direct site-to-site connectivity with any-to-any communication.

Architecture:

• Direct site connections
• Optimized routing paths
• Distributed internet access
• Local traffic optimization
• Reduced hub dependencies

Best For: Organizations with distributed applications, peer-to-peer communication needs, latency-sensitive applications.

☁️ Cloud-First

Optimized for cloud application access with direct internet connectivity.

Architecture:

• Direct cloud connectivity
• Local internet breakout
• Cloud-native security
• Global POPs utilization
• SaaS optimization focus

Best For: Cloud-first organizations, SaaS-heavy environments, remote workforce support, modern application architectures.

🌍 Hybrid Multi-Cloud

Supporting multiple cloud providers with optimized connectivity.

Architecture:

• Multi-cloud connectivity
• Cloud exchange integration
• Workload mobility support
• Provider-agnostic design
• Unified management plane

Best For: Multi-cloud strategies, avoiding vendor lock-in, workload portability requirements, cloud provider diversity.

🏭 Industry Applications

🏦 Financial Services

• Trading Networks: Ultra-low latency connections
• Branch Banking: Secure connectivity to branches
• Regulatory Compliance: Audit trails and security
• Disaster Recovery: Rapid failover capabilities
• PCI Compliance: Secure payment processing

🏥 Healthcare

• HIPAA Compliance: Secure patient data transmission
• Telemedicine: High-quality video consultation
• Medical Imaging: Large file transfer optimization
• Electronic Health Records: Centralized system access
• IoT Medical Devices: Secure device connectivity

🎓 Education

• Campus Connectivity: Multi-building networks
• Distance Learning: Video and collaboration tools
• Research Networks: High-performance computing
• Student Services: Cloud application access
• Administrative Systems: ERP and SIS connectivity

🛒 Retail

• Store Connectivity: Point-of-sale systems
• Inventory Management: Real-time stock updates
• Digital Signage: Content distribution
• Security Systems: Video surveillance
• Customer Wi-Fi: Guest internet access

🏭 Manufacturing

• Plant Connectivity: Factory floor networks
• Supply Chain: Partner and vendor connections
• IoT Integration: Industrial IoT devices
• Quality Control: Automated systems
• ERP Systems: Enterprise resource planning

📈 SD-WAN vs Traditional WAN

🔧 Implementation Process

1. Assessment & Design

• Network Audit: Current infrastructure analysis
• Application Discovery: Identify critical applications
• Performance Baseline: Current performance metrics
• Requirements Gathering: Business and technical needs
• Architecture Design: Custom SD-WAN design

2. Pilot Deployment

• Pilot Site Selection: Choose representative locations
• Limited Rollout: Test core functionality
• Performance Validation: Verify improvements
• Staff Training: Administrator education
• Process Refinement: Optimize procedures

3. Phased Rollout

• Priority Sites First: Critical locations initially
• Parallel Operations: Run old and new simultaneously
• Gradual Migration: Site-by-site transition
• Validation Testing: Confirm functionality
• Old Network Decommission: Remove legacy equipment

4. Optimization & Management

• Performance Tuning: Optimize configurations
• Policy Refinement: Adjust traffic policies
• Monitoring Setup: Establish alerting
• Staff Training: Ongoing education
• Regular Reviews: Performance assessments

💰 Pricing Models

📊 Pricing Factors

• Site Count: Number of locations
• Bandwidth Requirements: Total bandwidth needs
• Feature Set: Security and management features
• Support Level: Level of managed services
• Contract Term: Length of commitment

💼 Typical Cost Ranges

Small Business (2-10 sites):

• Hardware: $200-500 per site
• Software: $50-200 per site per month
• Managed Services: $200-500 per site per month
• Total: $450-1,200 per site per month

Mid-Market (10-50 sites):

• Hardware: $300-800 per site
• Software: $100-300 per site per month
• Managed Services: $300-700 per site per month
• Total: $700-1,800 per site per month

Enterprise (50+ sites):

• Hardware: $500-2,000 per site
• Software: $200-500 per site per month
• Managed Services: $500-1,500 per site per month
• Total: $1,200-4,000 per site per month

📞 Get Started with SD-WAN

📧 Contact Information

• Toll-Free: (888) 765-8301
• Email: sdwan@solveforce.com
• Assessment: Free network assessment
• Quote Portal: Request SD-WAN Quote

📋 Information Needed for Assessment

• Site Locations: All locations needing connectivity
• Current WAN Costs: Existing network expenses
• Application Requirements: Critical business applications
• Performance Issues: Current network challenges
• Timeline: Desired implementation schedule

⏱️ Implementation Timeline

• Assessment: 1-2 weeks
• Design: 2-3 weeks
• Pilot Deployment: 2-4 weeks
• Full Rollout: 8-16 weeks depending on site count
• Optimization: Ongoing

🌟 Why Choose SolveForce for SD-WAN?

✅ Vendor Neutral: Access to all major SD-WAN platforms
✅ Expert Design: Certified network architects
✅ Proven Methodology: Hundreds of successful deployments
✅ End-to-End Support: Assessment through optimization
✅ Cost Optimization: Guaranteed best pricing
✅ Future-Ready: Scalable, cloud-ready solutions

Ready to transform your network with SD-WAN? Contact SolveForce at (888) 765-8301 for a free assessment and custom solution design.

SD-WAN Simplified, Success Delivered – SolveForce Defines Tomorrow's Networks.