ITRS Group

Vital trading input

The global growth in electronic trading and interconnected markets demands high volumes of accurate, low latency market data.  In order to control this vital trading input you need a wide, but detailed view of both the market data distribution systems and data consumers in the form of traders and trading applications.

Geneos gives you a clear view of everything from the relative latency of the high-speed executable price feeds coming directly from exchanges through to the status of the underlying valuation pricing and instrument reference data.

Take control of market data

Geneos allows firms to take control of their market data, monitoring all incoming data feeds and downstream data enrichment processes, to provide a comprehensive view of all data. It also proactively monitors developing issues and enables a fast response before business is affected.

Geneos presents operations staff and market data specialists with a single solution to monitor, control and visualise the overall health and performance of their trading infrastructure. There is a robust audit trail for risk management and compliance purposes that ensures all vital market-to-market pricing processes are completed correctly. Leading indicators associated with specific outage events can be identified and future performance modelled against key metrics.

Geneos provides greater certainty over data monitoring and gives control over the distribution of market and reference data by:

• monitoring in real-time the health and integrity of data distribution systems and automatically switching to alternative sources should these run slowly
• exercising complete control over enterprise-wide market data management functions from one location
• taking corrective action – for any element – from within a single application
• fully supporting multiple proprietary market data systems and trade gateways
• automating event responses and routine steps in the fault resolution process
• taking real-time views of ongoing incident management and resolution status, and capacity limits across key system components