Technology -> Applications
By: Simon Holloway, Practice Leader - Process Management & RFID, Bloor Research
Published: 14th May 2014
Copyright Bloor Research © 2014
At the end of January this year, I had a briefing from Dale Skeen, Chief Technology Officer of Vitria, concerning their new offering, Operational Intelligence Platform.
The first question I asked is what Vitria means by the term Operational Intelligence. Skeen explained, “Operational Intelligence (OI) is a form of real-time dynamic, business analytics that delivers visibility and insight into business operations. OI solutions run query analysis against live feeds and event data to deliver real-time visibility and insight into business and IT operations. This real-time information can be acted upon in a variety of ways: alerts can be sent, business processes can be triggered and executive decisions can be made and implemented using live dashboards.”
Vitria OI is designed to continuously consume large volumes of both streaming and stored data. The stream processing engine within it continuously queries, filters, correlates, integrates, enriches and analyses this data to discover exceptions, patterns, and trends that are presented through live dashboards. It sounds impressive and, having seen the demo, it does look impressive. So what does Vitria OI consist of?
It consists of a series of OI Apps:
Skeen states that the result of building solutions using Vitria OI Apps is continuous and incremental analytics significantly eliminates the latency in decision-making.
Vitria OI has an extensive connector framework which allows for rapid integration with an organisation’s existing business intelligence (BI) and data warehousing infrastructure, NoSQL databases and other Big Data frameworks.
Figure 1: Vitria PI Architecture (Source: Vitria)
Central to Vitria OI is its real-time analytics server that is powered by a stream processing engine. It is event-driven, allowing a user to request analysis once, and then have that request continuously and incrementally evaluated over time against one or more event streams. As the engine is based on an event-driven architecture it is able to tackle large volumes of raw events in real time by correlating events from diverse data sources and by aggregating low-level events into business-level events so as to detect meaningful patterns and trends.
Vitria OI provides a distributed data integration framework to tap into various sources of data and events and prepare the data for analysis. These include:
The same framework is also used to publish analytical data to external systems.
Vitria OI has an integrated BPM suite, which is based on the BPMN 2.0 standard, which provides support for:
Vitria OI’s Dashboard capability is HTML5 compliant, ensuring that they can be viewed on both desktop and tablet devices. The results of the analytics engine can be displayed with anomalies and exceptions able to be highlighted. Business users are able to drill in to specific activities or transactions to get the context and take appropriate action.
OI has a set of development tools which are model-driven but provide support for both business and IT users. The final set of tools are there to administer the environment in terms of configuration management as well monitoring.
So how does Vitria’s OI solution fit with this view of the business need? Well it certainly has the infrastructure component all in place and ones that are well tested. It also has, from what I have seen, a very good analytics capability—especially if you are looking at not just identifying what your processes are but also getting real-time statistics to help with your management of them. This is where Vitria provides a very good solution.
Watch this space for an update on Operations Management.
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Published by: electronicdawn Ltd.