Network Resilience – What is the true cost of Network Outage?

The rapid adoption of SaaS and Cloud Computing together with the more recent emergence of SmartCity and Internet of Things has done a lot to galvanise the thinking and focus around the paramount importance of 100% connectivity.

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The main question that is repeatedly asked is what is the true cost of downtime? According to Aberdeen group, on average there are 3 business interruption events per year, with an average of 4.7 hours of disruption per event and therefore a total of 14.1 hours of total disruption per year. If this is taken into account with the factors highlighted earlier, you can start to get an idea of the true cost of downtime to your business.

After reviewing the latest reports from the European Union Agency for Network and Information Security, factors to consider for an impact downtime calculation include:

  • Number of users affected by the network service disruption;
  • Number of network elements affected by the network service disruption;
  • Financial impact of service disruption (financial liabilities such as contractual fines);
  • Monetary cost;
  • Loss of market share;
  • Percentage of decrease in revenue.
  • Criticality of impacted and dependent services;
  • Number of / increase in helpdesk calls or incident tickets;
  • Reputation damage.

Possible answers

  1. Make sure unnecessary or uncontrolled changes are minimised.

  2. Ensure your connectivity is optimised for 100% uptime.

  3. Just upgrading bandwidth would still leave you with a single fixed line with no redundancy, therefore leaving a business at risk.

  4. Adding redundancy with an additional fixed line could potentially still leave you exposed to severe weather or construction work damage.

  5. Multi-channel Bonding and load Balancing Routers with automatic and controlled failover/failback from primary data channel.

  6. Electronic Media Services Ltd, were the independent pioneers of cellular bonding technology with multi award winning i-MO™ (Intelligent Mobile Office) Industrial grade Routers.

  7. The latest version of our i-MO™ routers include OptiBond™ software and have been designed with resilience as a core focus and handle fixed line, cellular and satellite channels 

 

i-MO™ OptiBond ™ Capabilities

  • Multi-award winning Load balancing, broadband bonding router.
  • Automatic fail over and back from primary channel, in less than 60 seconds.
  • Multi- port for fixed line, cellular and satellite input giving maximum resilience.
  • Can be used as an alternative to leased lines, bonding dsl lines together.
  • Boosts MPLS speeds
  • Vast range of configuration options to suit your business needs.
  • Cellular capability of up to six SIM’s, all from different networks and continuously monitors connections, automatically selecting and bonding the best performing cellular.
  • Provides instant secure data connectivity at remote, new or temporary locations, with up to 5 IPSEC VPN’s.
  • VOIP options (up to 20 handsets).
  • Can be specified with built in storage , so can act as local file server if required.
  • Wi-Fi and multiple LAN/WAN inputs and WAN optimisation
  • Automatic back up.
  • IP- CCTV
  • Unique ‘VMWare’ based concentrator, minimising unnecessary hardware investment.

Connectivity Management Console

The OptiBond™ Connectivity Management Console, allows for ' software defined networking' and includes a dashboard that quickly shows the status of i-MO™ appliances. The user can drill down to detailed reports on data usage and performance.

Typical areas of interest for our i-MO Bonding routers include the following:

  • Bonding 3G router
  • Bonding 4G router
  • Bonding DSL router
  • Bonding ADSL router
  • Bonding LTE router
  • Bonding Internet connections
  • Bonding WAN router
  • Bonding VPN router
  • Bonding satellite
  • 3G Broadband router
  • 4G Broadband router
  • Load balancing 3G router
  • Load balancing 4G router
  • Load balancing DSL router
  • Load balancing ADSL router
  • Load balancing LTE router
  • Load balancing Internet connections
  • Load balancing WAN router
  • Load balancing VPN router
  • Load balancing bandwidth
  • Broadband bonding router
  • Increasing bandwidth
  • Portable Internet Broadband router
  • Mobile router 3G
  • Mobile router 4G
  • Mobile Broadband router
  • Video streaming
  • Remote video streaming
  • Video bonding
  • Stream live video
  • WAN aggregation router
  • WAN acceleration
  • WAN optimisation
  • Network resilience
  • Network redundancy
  • Failover ADSL to 3G-4G
  • Failover 3G-4G to satellite
  • Site to site VPN
  • Site to site network