
AI-Powered Quantitative Research: Faster & Cleaner with No Trade-Offs
CodexMR fuses elite AI quant research platform with human-backed delivery that nails it every time. Automation cuts repetitive tasks.
Experienced delivery teams handle judgment and execution. Same battle-tested system every project. Fewer surprises, better margins.
Seamless integration with

IBM® SPSS


Built for the Teams
Driving Quant Edge

Insights Managers / Heads of Research
- Move from idea to field faster
- Get consistent, validated outputs you can trust in decisions and reporting

Agencies / Research Providers
- Deliver faster, higher-quality quant work without rework
- Protect margins with predictable, efficient delivery models

Consultants / Independent Researchers
- Run advanced quant work solo or with expert support when needed
- Get production-ready results without infrastructure or ops overhead

Tech / Quant Development Teams
- Offload routine setup, cleaning, and validation work
- Integrate smoothly into existing pipelines with fewer downstream errors
Three Ways to Run Quant Better
with CodexMR Platform


AI-Led Self-Service
Use CodexMR AI quantitative research platform to ideate, model, and test quantitative setups independently.
Built for teams that want speed, control, and scalability without adding operational overhead.


Expert-Supported Execution
Use the platform with CodexMR specialists supporting validation, refinement, and non-standard logic.
You keep ownership; we step in where experience reduces risk.


Full-Service Delivery
Access the platform while our operations team runs execution on your behalf.
From setup to delivery, we manage the work inside the system with full visibility, no handoffs, and clear accountability.
Beyond
the Platform
Expert-Led Projects On Demand
CodexMR runs expert-led quant projects: ad-hoc to templated omnibus, diary and tracker surveys, accessibility, one-page or mixed-mode with standard and custom complexity. Deep regulated-sector expertise (healthcare and social included) plus hands-on advisory when complexity hits.


