Global IT supply chain
International transportation + IT O&M outsourcing + self-owned backbone network
In today’s digital landscape, the utilization of commercial software-as-a-service (SaaS) applications like Microsoft 365 has become ubiquitous across enterprises of varying scales worldwide. The flexibility to access Microsoft 365 from any location underscores the importance of a seamless user experience in a cloud-driven environment. However, traditional network infrastructures often fall short in meeting the evolving demands of modern cloud applications. The role of SD-WAN in this situation is gradually starting to emerge.
Enterprises grapple with numerous challenges when deploying Microsoft 365, ranging from performance issues to security concerns. The reliance on legacy networks and the unpredictability of internet-based connections exacerbate these hurdles, leading to compromised user experiences and increased operational costs.
Addressing Deployment Challenges
Deploying Microsoft 365 presents multifaceted challenges, necessitating a strategic approach to optimize performance, cost-efficiency, visibility, and security.
Performance Enhancement
Routing Microsoft 365 traffic through traditional Wide Area Networks (WANs) introduces latency, undermining user experience. Effective routing management is imperative to ensure optimal performance across diverse user locations.
Cost Optimization
The bandwidth demands of Microsoft 365 surpass those of on-premise solutions, imposing financial strains on enterprises. Upgrading existing infrastructures or augmenting private connections entail substantial costs that may prove unsustainable.
Visibility Enhancement
Direct internet routing bypasses centralized data centers, limiting IT visibility into application performance. Diagnosing and resolving performance issues become arduous tasks, hindering operational efficiency.
Security Integration
Securing SaaS deployments like Microsoft 365 demands robust network policies and compliance measures. Implementing comprehensive security protocols often necessitates costly hardware investments, further complicating deployment.
Empowering Microsoft 365 Deployment with International SD-WAN
Software-defined WAN (SD-WAN) emerges as a transformative solution to streamline Microsoft 365 deployments, offering unparalleled benefits in cost reduction, performance optimization, and security reinforcement.
Dynamic Routing to Microsoft 365 Endpoints
International SD-WAN facilitates intelligent routing, enabling users to connect directly to Microsoft’s Global Network entry points for minimal latency and enhanced user experience, circumventing the need for convoluted WAN paths.
Streamlined Capacity Planning
Granular analysis of WAN link capacities allows businesses to optimize resource allocation based on application and endpoint requirements. By leveraging cost-effective internet links, enterprises can mitigate the need for expensive private WAN expansions.
Performance Management and Traffic Prioritization
International SD-WAN boasts advanced traffic identification capabilities, enabling prioritized routing for mission-critical applications while optimizing bandwidth utilization. Real-time performance monitoring facilitates prompt issue resolution, ensuring uninterrupted service delivery.
Agile Security Framework
International SD-WAN architectures empower enterprises to dynamically enforce and adapt security policies to evolving network dynamics. Application-specific controls and third-party security integrations bolster network defenses without the need for additional hardware investments.
In essence, the strategic adoption of international SD-WAN revolutionizes the Microsoft 365 experience, elevating performance, minimizing costs, enhancing visibility, and fortifying security posture. By embracing international SD-WAN, enterprises embark on a transformative journey towards a resilient and future-ready network infrastructure. For more information, welcome to consult Ogcloud!
International transportation + IT O&M outsourcing + self-owned backbone network
Cellular chips + overseas GPS + global acceleration network
Overseas server room nodes + dedicated lines + global acceleration network
Global acceleration network + self-developed patented technology + easy linking
Global Acceleration Network + Global Multi-Node + Cloud Network Integration