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Optimize Your Network to Connect Your Users To Office 365

Free Service For Testing Office 365 Health, Latency & Uptime

Don’t let slow performance degrade your users’s Office 365 Experience

Network performance, low latency and good ISP connections are crucial to Office 365 end-user experience. These network characteristics are required for all of the Office 365 applications include Exchange, SharePoint, Microsoft Teams and Skype. While some applications may be more tolerant of higher latency, efficient routing and fast DNS lookups are vital to access your cloud services.

Network Latency

Complaints about SharePoint or Exchange Performance are often linked to high network latency. Pinging a few Office 365 endpoints is a start but emulating and testing end-user access against the real applications will ensure your network is capable of delivering good user experiences.

Capture Baselines

Establish baseline performance from all of your locations, for all of your apps

Troubleshoot Connections

For real user sessions or synthetic sensors deployed to any location.

Take 5 Minutes Understand Your Latency

Within 5 minutes of signing up for CloudReady you can compare your network environment to the crowd. Compare critical metrics for ALL of the Office 365 apps.

SharePoint Latency & Health Scores. Click to see a full image

Microsoft Azure & Office 365 Geolocation Lookups

Normally for web-based applications and services, a DNS lookup will recursively resolve to the root servers and then onto the DNS server that is responsible for the domain. But Office 365 and its services aren’t the typical services – they’re huge and spread throughout the world.

Microsoft leverages your geolocation to ensure  speedy access to Exchange and SharePoint online. DNS lookups for Exchange Online and SharePoint Online will connect to the nearest Microsoft data centers and then operate via their fast backbone network.

Office 365 Geo Locations and DNS Testing

Office 365 Geo Locations and DNS Testing

Generally, this works well but some enterprises may influence this geolocation lookup with their own routing overlay, proxies and/or mis-configured DNS caching and servers. That’s not something you want and you’ll want to test and compare your DNS performance for Office 365 services to others to see how your DNS resolution works.

CloudReady for Testing DNS Routing & Performance

Easily deploy sensors for monitoring Exchange Online, SharePoint Online, Skype and Microsoft Teams to detect DNS resolution issues. Find and fix issues fast with a free trial.

Detect Slow DNS Performance

CloudReady  proactively monitors all of your DNS lookups and enables you to compare your performance to crowd-sourced benchmarks. Measure, adjust, rinse and repeat.

SharePoint DNS Lookup Performance. Click to see a full image

DNS Lookup & Provider Performance

The Domain Name Service is critical to all of your Office 365 and cloud services. When DNS is slow and not cached well, all of your app access will suffer.

See Every Lookup

See where your DNS performance is slowing you down.

RUM & Synthetic

CloudReady supports passive capture and active baseline tests from the same product.

Proxy Speed, Cloud or On-premises

Often customers for cloud services are migrating away from on-premises equivalents like SharePoint. And with that migration from inside to outside the firewall, customers will still want to proxy their web access. Customers must pay attention to their end-user experience through their proxy infrastructure.

Proxies, their latency, routing and overhead must be measured to ensure acceptable performance and capacity.

Test Your Proxy Overhead

Measure and compare your proxy overhead for accessing cloud services.

Diagnose Slow Connections

Even when proxies are transparent, CloudReady can show you connection and network latency.

Cloud Proxies for Centralized Access to Office 365
Cloud Proxies for Centralized Access to Office 365

Exoprise CloudReady is the only performance management tool that fully supports cloud and on-premise proxies with NTLM and/or Kerberos authentication.

See How Your Networks Stack Up

Proactively monitor your end-to-end connections and compare historically or against crowd-sourced ISP connections.

Hop-by-hop Network Path Performance Click to see a full image

ISPs and Routing Deep Dive

Deciding on routing behavior for cloud service access from HQ and Branch offices is a crucial migration decision but also requires continuous attention and monitoring. Network changes like MPLS routing, VPNs and Express Route should be tested before, during and after they are made.

Advanced Hop-by-Hope Network Segment Analysis

With CloudReady, organizations are constantly evaluating their network performance for all of the monitored cloud services. Exoprise’s Network Path Performance measures the end-to-end overhead and latency across the network paths that are taken for each of the services that are monitored:

Cloud Network Segment Analysis

Cloud Network Segment Analysis

  • Local/Private
    If you are routing cloud traffic from branch offices through HQ egress points, CloudReady reports on slow local LAN/WAN/SDWAN or MPLS performance.
  • ISP
    The first segment after the corporate gateway is tallied and crowd-sourced by ASN and ISP provider. Quickly determine if the ISP is slowing down.
  • Backbone
    Internet Service Providers frequently reconfigure their backbone and Internet peering exchanges. CloudReady can help you trend, baseline and compare your backbone performance.
  • Provider
    Instantly detect when the providers like Amazon, Google or Microsoft are slowing down, re-configuring their networks and cloud datacenters, or suffering from an outage of any kind.

Measuring and optimizing Office 365 network performance doesn’t need to be complicated. You can get the best possible performance once you test and understand a few key principles:

  • Identify Office 365 applications and network traffic
  • Measure and optimize DNS performance
  • Reduce latency between Office 365 clients and applications
  • Ideally, allow local branch egress of Office 365 network traffic to the internet from each location where users connect to Office 365
  • Allow Office 365 traffic to bypass proxies and packet inspection devices

For more information on Office 365 network connectivity principles, see Office 365 Network Connectivity Principles.

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