We are privileged to be again participating in Intel DCM Booth at DCD New York on 19th & 20th April, 2016 at Marriott Marquis, Times Square.
We will be announcing our new version GFS Crane DCIM v3.0 with a number of enhancements.
With these enhancements, we will show how GFS Crane is a complete DCIM for Enterprise as well as Colocation Data Centers. We will demonstrate how it helps in Data Center Operations, Planning & Management.
We will demonstrate the integration with Intel Data Center Manager and how that reduces cost of ownership for better capacity planning, power, space and cooling management.
Last month, we did a joint webinar with Intel DCM Group where we showed how GFS Crane mitigates risks of data center failures. Those who missed that may see the recorded version. If you are attending DCD New York, please visit us at the Intel DCM booth to see GFS Crane as a Policy-driven DCIM. Threshold levels for each monitored parameter and SLA terms are defined within the Policies section of GFS Crane DCIM. When a threshold level is breached Active Alerts are sent to designated users via email or text messages or sent as SNMP traps to an ITSM tool. Dashboards and analytic reports provide Data Center Managers key metrics against SLA terms such as average PUE for the month, temperature range and uptime standards for critical devices.
You can read more from a recent case study of GFS Crane DCIM with a telecom operator.
We launched a new web site this month.
The new content reflects the new capabilities of our DCIM Software, GFS Crane. We have extended monitoring to every critical infrastructure device supporting a data center, including DG sets. We have added multi-tenancy and we have added features to support Managed DCIM Service that may be offered by Managed Services providers.
While the history of DCIM is intimately linked to Energy Efficiency, more and more customers today are deploying DCIM software for Asset Management, Capacity Planning and Business Continuity. During the last six months, our engineers worked closely with customers and partners to enhance capabilities in all these areas. We have significantly reduced manual efforts in creating asset database. GFS Crane Capacity Planning now adopts constraint-based approach to provide realistic and implementable results. A new module of Advanced Alarm Management with a dashboard provides analytics that can help I&O staff to predict and prevent failures.
The global economic outlook looks promising. Awareness about DCIM value has increased with the changing topology of data centers with cloud and highly virtualized infrastructures. We therefore have reason to be very optimistic.
As we start a new fiscal this month, I must thank our customers and partners for their incredible support to get us to this stage.
Last month witnessed two catastrophic Data Center disasters, presumably both designed to the highest standards of availability.
The first was at RBS Data Center in Edinburgh. There was hint of a fatal human error caused by an inexperienced person while performing minor upgrade to one security software. Do we see the irony here?
The second was at Amazon’s North Virginia Data Center. This was due to a power outage caused by last month’s severe storms on US East Coast. I guess this would have been condoned had it not been for the fact that this was Amazon’s second serious disruption last month followed by two in 2011.
Unfortunately, there’s another waiting to happen sometime, somewhere.
Most data centers catering to financial, telecom, retail, cloud and online services are ostensibly designed to provide 99.99% uptime, which basically means no greater than 52 minutes of total downtime in a year. With three hours of downtime per disruption in June 2012, Amazon already clocked six hours of downtime this year! Per reports, RBS operations were disrupted for three days. This brings me to the point how do we ensure the kind of high availability that’s demanded for a 24x7 operation.
Typically, data centers designed for Uptime Institute’s Tier III & Tier IV standards are equipped with multiple layers of hardware redundancies, from servers right down to sources of power. However, there are glaring gaps in operating procedures to predict systems failures or prevent fatal human errors. There is also a shocking absence of chain of custody even where there’s a signed SLA.
Fortunately, there is one DCIM software that can help. GFS Crane DC comes with three unique features for BCP:
- Visually defining the entire chain of all asset relationships: application to back-up power, helping to identify missing or weakest links and the redundancy paths
- Simulating a MAC operation and thereby analyzing impact on power and space capacity of a data center due to an impending change.
- Providing alerts when critical thresholds are breached
GFS Crane DC helps to predict failures, enhancing business continuity beyond just hardware redundancies.