Rockport Networks selected for DND-funded initiative to drive AI innovation Read more
Faced with exponentially expanding customer and market data, the financial services industry has been at the forefront of using AI/ML to power intelligent services such as fraud detection, credit scoring, portfolio management, recommendation engines and algorithmic trading. Having the most performant AI infrastructure is key to maximizing expensive compute, acceleration and storage resources.
The Rockport Scale Fabric increases the efficiency of the entire AI and HPC infrastructure investment, and is inherently resilient and secure.
Financial services organizations need a modern network architecture to fast-track big data analytics and AI to offer new services, detect and mitigate threats, and comply with regulations, with applications such as:
Central bank-backed cryptocurrencies, transaction clearing and settlement shortened from three days to a few hours – these and other capabilities could become realities in the financial services industry (FSI) as exascale-class HPC converges with evolving AI, blockchain, IoT and 5G technologies.”
Designed as the fabric of the future, the Rockport Scale Fabric has a fully distributed architecture ready for the next generation of performance-intensive computing.
Rockport helps financial services organizations accelerate time to results by dramatically simplifying network design and configuration without compromising on performance, scalability, and redundancy:
Distributed switching enables better performance and effective bandwidth capacity to deliver accelerated results with greater certainty.
By virtually eliminating congestion under load, financial services organizations can drive better workload completion times and fewer idle resources.
Inherently redundant and resilient, the Rockport Scale Fabric delivers maximum uptime and minimizes attack surfaces.
Rockport's Director of Field Engineering, Loy Evans, explains how to get better performance and more efficient data center utilization, with less complexity, in this webinar replay.
Watch now