About the Practice
The principles that optimize a $300B investment portfolio are the same principles that optimize a biological system, an organization, or any computational process. Sage Moxie exists to apply those principles wherever performance matters, delivering measurable, benchmark-driven results.
Most organizations are data-rich and intelligence-poor. They collect enormous volumes of information but lack the architecture to extract performance signal from it. Monitoring tools show what happened. Routine outputs confirm what everyone already suspected. The data exists, but the optimization discipline does not.
We observed this pattern across industries and system types, and concluded that the problem is never the data. It is the absence of a rigorous framework for defining KPIs and performance indices, calibrating baselines and benchmarks, decomposing variance through attribution analysis, and engineering the continuous improvement architecture that drives regenerative optimization.
That framework is what we built. We call it Synformatix. Powered by data science, AI, and machine learning, it applies to any system that generates data, regardless of domain, and it is designed to deliver measurable ROI at every phase.
Leadership
Peter Luxruel, MBA
Principal & Chief Data Scientist
Peter leads every engagement directly, bringing a decade of enterprise-scale data science and AI engineering, advanced studies at MIT IDSS (AI and Data Science), and deep expertise in machine learning, deep learning, predictive modelling, NLP, and production ML systems. He owns the full model lifecycle — from problem framing and data acquisition through development, deployment, monitoring, and continuous improvement.
His work at British Columbia Investment Management Corporation (BCI), one of Canada's largest institutional asset managers, produced the performance measurement architecture behind $300B+ in net assets across 33+ portfolios: automated ML pipelines for return attribution and risk decomposition, predictive analytics frameworks, benchmark-driven scorecards, and data warehouse architecture with full source-to-target lineage. This infrastructure improved measurement accuracy by over 40% and accelerated performance delivery from monthly to daily throughput.
That enterprise foundation — shipping production-grade models at institutional scale — is what Synformatix is built on. Python, SQL, cloud ML platforms, and a curated network of domain specialists allow the practice to scale to engagements of any complexity.
“From KPI definition through attribution analysis, from anomaly detection through prescriptive optimization, the client gets the consistency of a dedicated lead with the depth of a multi-disciplinary team.”

How the Practice Works
Sage Moxie operates as a principal-led consultancy supported by a curated network of domain specialists, data engineers, AI researchers, statisticians, developers, and technical experts. Every engagement is led directly by the principal. Specialized expertise is brought in as the scope demands.
This means the client gets the accountability and intellectual consistency of a dedicated lead, with the flexibility and depth of a multi-disciplinary team, scaled precisely to the engagement. Every project is structured around measurable benchmarks and performance-driven deliverables.
Enterprise-scale performance optimization at BCI across computational and organizational systems
Institutional assets under performance architecture, delivering benchmark-driven ROI
Improvement in measurement accuracy through engineered KPI frameworks and automated variance analysis
AI-Engineered Performance Data Intelligence System
Our proprietary four-phase regenerative framework for performance optimization. Every engagement applies this methodology. The domain changes. The discipline does not.
Academic Foundation
MIT IDSS
AI and Data Science
MIT Institute for Data, Systems, and Society. Advanced studies in machine learning, computational methods, and data-driven optimization systems.
Honours
B.Sc. Computer Engineering
The engineering foundation. Systems architecture, computational theory, and signal processing from first principles.
Honours
Master of Business Administration
Business fluency. Stakeholder engagement, strategic optimization, and the organizational context that turns computational work into measurable outcomes.
Additional credentials: University of Cambridge (Business Analytics) · University of Hertfordshire (M.Sc. International Business) · Investment Performance Measurement · Project Management · Computational Modelling