Holistic Computation gRMDS AI

Home  -  About us  -  HC Use Cases  -  HC Resources  -  Contact us

  

A Summary of Holistic Computation Use Cases

Holistic Computation for Research, System, Wellness

Holistic Computation (HC) is a production framework that unifies modern statistics and AI with a multidimensional view of value so organizations can turn predictive work into dependable decision systems. It aligns goals with 4Capital (Material, Intellectual, Social, Spiritual), makes assumptions explicit with causal maps and estimands, and ships results through a disciplined 4Es loop—Equation → Estimation → Evaluation → Execution—backed by monitoring for performance, fairness, drift, and continuous learning.

Why use HC now

  • Projects succeed more often when value trade-offs are explicit and ecosystem collaboration is built in.

  • HC adds ethical, auditable practice to AI work—improving trust, reuse, and outcomes.


Where HC delivers value

1) Whole-person medicine & wellness

What to optimize: outcomes and affordability (Material), cognition/performance (Intellectual), connection/support (Social), and meaning/well-being (Spiritual) at the same time.
How it works: integrate physical, mental, social, and spiritual health data; formalize decisions (eligibility, timing, intensity) in Equation; fit calibrated and uncertainty-aware models in Estimation; prove policy value and fairness in Evaluation; deploy with audit trails and drift monitoring in Execution.

Holistic Computation for Medicine

2) Energy grid management

What to optimize: revenue & reliability with asset health (Material), forecasting/operational intelligence (Intellectual), equity & stakeholder outcomes (Social), and ESG/CO₂e (Purpose). HC encodes these goals as a utility-under-constraints problem, then selects safe, auditable actions (e.g., BESS dispatch, PV/Wind O&M, equity-aware DR/EV orchestration). Scenario simulation and off-policy evaluation de-risk rollouts; execution is staged with rollback.
Why it fits HC: climate/environmental operations are a named application area, and the Operational Blueprint provides the exact artifacts—policy cards, utility/constraint specs, guardrails, and monitoring.

Holistic Computation for Energy

3) Research optimization (labs, analytics teams, R&D portfolios)

What to optimize: portfolio-level 4Capital goals with clear roles, causal rigor, and reproducible pipelines. Quick-start outputs include 4Capital OKRs, DAG+estimands, leak-free datasets aligned to causal roles, calibrated models, policy mapping, evaluation reports (predictive + policy value + fairness + robustness), and model/policy cards with a monitoring plan.
How to run: set 4Capital KPIs and constraints; specify DAG/estimands; prepare data aligned to the DAG with leakage guards; run the 4Es; govern with auditability, recourse, and compliance; scale through shared templates, registries, and quarterly portfolio reviews.

Holistic Computation for Research


HC also strengthens AI safety

The framework embeds Ethical & Responsible AI and a Four-Dimensional AI lens so capability, behavior, interaction, and values are designed together—plus governance with incident response, recourse, and compliance mapping.