Solutions
Helping you make the right decision.
Research-led frameworks for professionals who cannot afford to guess.
Core deliveries
PULSE
\ High-Alpha Signal Generation
Pulse is a systematic signal delivery framework for futures and derivatives markets, built on a proprietary multi-layer conditioning architecture that combines volatility regime classification with advanced statistical filtering - identifying high-probability entry and exit points with the rigour and precision demanded by institutional-grade trading.
Sharpe: 3.2
Sortino: 8.5
Alpha: 0.4
SHIELD
\ Financial Price Risk Management
Shield delivers bespoke hedging frameworks for businesses and investors with direct commodity or financial price risk exposure, drawing on over 20 years of professional experience across agricultural derivatives, currency risk, and structured instruments - translating complex market exposures into defensible, evidence-based risk positions.
VERDICT
\ Quantitative Strategy Validation
Verdict provides independent quantitative validation of trading strategies, risk models, and systematic frameworks, conducted by PhD-level associates affiliated with Russell Group universities - delivering objective, peer-reviewed analysis free from commercial bias and built to the standards of institutional due diligence.
The Bridgholds framework is a proprietary multi-layer pipeline that systematically transforms raw market data into deployment-ready trading signals - moving from series ingestion and regime classification through signal generation, statistical validation, and performance attribution, to live execution and strategy deployment. Every node in the pipeline is evidence-based, peer-reviewed, and stress-tested against real market conditions.
Optimised at VIKING
Viking is the University’s high-performance computing facility for research projects. It’s a large cluster of interconnected computers running Linux. Viking is hosted in a carbon-neutral data centre, EcoDataCenter. It's powered using 100% renewable energies and utilises heat recovery from hardware. From this, it transforms surplus energy into wood pellets - a clean, sustainable and renewable fuel source. This means the environmental impact of computational research has been accounted for and is reduced.
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134 compute nodes: each with 96 CPU cores per node (two processors each with 48 cores), 512GB memory, and AMD EPYC3 7643 processor generation
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Three high memory nodes: one with 4TB and two with 2TB memory
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60 graphics processing units (GPU): 48× NVIDIA A40 and 12× NVIDIA H100
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Over 1.7PB storage: 1.5PB scratch space and 215TB usable NVMe
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100 Gb/s interconnect: with Intel omni-path architecture (OPA)
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134 compute nodes: each with 96 CPU cores per node (two processors each with 48 cores), 512GB memory, and AMD EPYC3 7643 processor generation
-
Three high memory nodes: one with 4TB and two with 2TB memory
-
60 graphics processing units (GPU): 48× NVIDIA A40 and 12× NVIDIA H100
-
Over 1.7PB storage: 1.5PB scratch space and 215TB usable NVMe
-
100 Gb/s interconnect: with Intel omni-path architecture (OPA)