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March 16-19 | Booth #935
San Jose McEnery Convention Center
Unified data platform for quantitative trading
Support research, backtesting, and live trading on a unified platform that delivers consistent performance as data volume and market complexity grows.
Deliver consistent, low-latency performance as time-series data volumes grow.
Enable fast data access across research, backtesting, and production to reduce friction as models move into execution.
Maintain predictable system behavior under load to reduce operational risk as strategies scale.
Scale and upgrade without re-architecture, keeping teams focused on quant strategies, not infrastructure.
Support systematic strategies with time-series data access, fast iteration, and predictable performance.
Enable latency-sensitive execution analytics with predictable throughput for real-time trading decisions.
Standardize time-series analytics across research and production as data volumes grow.
See benchmark-tested performance for latency-sensitive analytics workloads used in trading environments.
See how quantitative trading firms validate performance through real deployments and benchmark-tested architectures.
Start with these featured resources and then explore the full set below.
A reference architecture for deploying kdb+ on Everpure to support large-scale time-series analytics in trading environments.
A high-level look at the data, performance, and infrastructure pressures shaping modern quantitative trading.
Review benchmark-tested performance results for latency-sensitive analytics workloads used in trading environments.
Quantitative trading firms rely on data infrastructure that can scale large volumes of time-series and market data while maintaining predictable performance. These environments typically support research, backtesting, and live trading analytics, all of which place sustained demands on throughput, latency consistency, and operational stability. As data volumes and model complexity grow, firms look for platforms that reduce architectural sprawl and allow teams to operate across environments without constant re-engineering. Everpure addresses these needs by supporting data-intensive analytics workloads through validated architectures and benchmark-tested performance designed for trading use cases.
Source: Everpure Quantitative Trading overview and reference architecture documentation.
Everpure supports quantitative trading workloads by enabling scalable access to time-series data used in market data analysis, research, and trading analytics. The platform is designed to operate consistently as workloads move from research and backtesting into production environments. Rather than focusing on individual products, Everpure provides validated architectures and performance data that help trading firms evaluate how infrastructure behaves under realistic analytics conditions. This approach allows teams to assess fit based on workload demands, operational requirements, and growth expectations common in quant trading environments.
This page focuses on quantitative and proprietary trading environments that depend on large-scale analytics, research pipelines, and predictable system behavior. While Everpure supports latency-sensitive analytics workloads, it is not positioned as an exchange-side or ultra-low-latency high-frequency trading platform. Instead, it is designed for firms that prioritize scalable data access, operational consistency, and performance validation across research and production analytics environments. This distinction helps buyers align infrastructure decisions with the specific trading strategies and operating models they run today.
Trading firms often rely on independent benchmarks to understand how infrastructure performs under realistic analytics conditions used in quantitative trading environments.
Storage options for all your needs
High-performance storage for data pipelines, training, and inferencing
Cyber resilience solutions that defend your data
Cost-efficient storage for Azure, AWS, and private clouds
Low-latency storage for application performance
Resource efficient storage to improve data center utilization
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