Oxide AI for Health
A new generation of AI: transparent, measurable and clinically grounded. Designed to enhance decisions, predict outcomes and accelerate discovery across the continuum of care.
The Next Leap in Medical Intelligence
Imagine an AI that understands you, explains its every action and always tells the truth. Powered by a groundbreaking hybrid architecture—combining large language models (LLM) for conversation and intent extraction, with a next-generation formally reasoning AI engine and evolutionary model creation—Oxide’s platform sets the gold standard for intelligence and trust in medical AI.
Approaches and Applications
Through four core approaches, we apply advanced modeling and simulation to address healthcare challenges: from population analytics to ICU ventilator management to drug mixture optimization. Each method turns complex data into actionable, reliable insight that clinicians and researchers can trust.
Deep Data Analytics
Integrate diverse data sources into a unified analytical framework. Reveal population-level trends, patterns and root causes with advanced models that can combine proprietary and public biomedical datasets, scientific literature and other evidence sources.
Deep Research
Support research initiatives across labs, centers and clinical programs by unifying diverse data sources. Identify population trends, reveal disease mechanisms and translate discoveries into therapies that advance patient care.
Root Cause and Cohort Analysis
Perform high‑granularity analysis to uncover drivers of outcomes across populations or patient subgroups, enabling precision in prevention, diagnosis and treatment design.
Integrated Health Insights
Merge structured and unstructured clinical, and environmental data to fuel richer population analytics and more comprehensive risk stratification.
Predictive Insights
Apply the latest generation of AI and machine learning to anticipate clinical states before they manifest. Deliver early warnings and dynamic risk scores that enable proactive intervention and more efficient allocation of clinical resources.
Real-Time Predictive Monitoring
ICU dashboards synthesizing vital signs, labs values and EMR into one view, predicting critical events before they occur.
Personalized Early-Warning Systems
Proactive alerts for outpatients with chronic conditions, providing clinicians and patients with timely prompts for intervention and follow‑up.
Risk Prediction and Dependence Modeling
Anticipate an individual’s risk of developing complications, comorbidities or treatment dependence, supporting preventive action.
Early Chronic Disease Detection
Continuously learn from longitudinal data to identify subtle, early‑stage disease signals, ensuring earlier treatment and improved outcomes.
Prescriptive Intelligence
Strengthen clinical decision-making with AI built to assist clinical expertise. Produce explainable, evidence based recommendations on treatment plans, ventilator settings and drug combinations, enabling clinicians to customize care to each individual.
Diagnostic Decision Support
Explainable AI that assists in diagnosing rare diseases, multi‑morbidity and complex case reviews, supporting clinician judgment with transparent, data‑driven reasoning.
AI‑Guided Ventilator Control Systems
Autonomous, adaptive algorithms for ventilator adjustments, dynamically tuned to patient needs and evolving respiratory conditions.
Experimental In Silico Discovery
Run biological and pharmacological simulations based on real-world data or amplified by synthetic data generation. Accelerate evaluation of therapeutic combinations or dosing strategies while reducing reliance on early‑stage clinical trials.
Population Prescriptive Modeling
High‑fidelity epidemiological simulations that test public health scenarios, resource allocation strategies and policy decisions In Silico, supporting more effective planning and response.
Virtual Drug Mixture Optimization
Model millions of potential therapeutic combinations and dosing strategies using synthetic and real‑world data to accelerate discovery while reducing reliance on early animal or clinical trials.
Accelerated Hypothesis Testing
Rapidly explore biological hypotheses in virtual patient populations to identify promising leads before costly lab experimentation.
Capabilities That Set Us Apart
Building meaningful AI for health and medicine requires far more than sending data to a large language model. Most AI projects in the industry fail because of misconceptions about technology capabilities, shallow understanding of data requirements and limited process mapping.
Oxide’s approach is different. We design scientifically measurable, fully transparent and auditable AI systems, built on zero‑hallucination architectures and grounded in clinical realities.
Hybrid AI
Our proprietary AI engine, EvoQ, combines transparent models, mathematical calculations, reasoning and inference in one unified engine. It brings together quantitative precision and cognitive understanding, engineered for the complexity of healthcare.
Optimization
EvoQ adapts in real time, continuously learning from new data streams. It can also operate in a locked, fully validated mode when consistent, reproducible performance is required.
Explainable & Auditable
Every event, insight and recommendation is supported by clinical evidence and traceable from source data to decision, ensuring full transparency and accountability.
Natural Conversations
We train and fine‑tune LLMs specifically for healthcare intent, supporting natural, context‑aware interactions.
Zero Hallucinations
Our AI doesn’t guess. Using logical reasoning chains and deterministic calculations, EvoQ provides predictable, verifiable outcomes in clinical or research environments.
Customizable Calculations
Mathematics meets medicine. EvoQ performs precise computations customized to each clinical context without shortcuts or hidden assumptions.
Measurable
Built on scientific methods and hard metrics, every model is continuously validated for sensitivity, reproducibility and performance.
Trusted, Compliant, Secure
We hold ourselves to the highest standards of privacy, ethics and security. Patient health data remains protected at all times. Your personal information is your right and our responsibility.
Powered By Science, Trusted By Medicine.
- Provable Accuracy and Precision
Scientifically measured, regulatory-ready and always improving — our systems are built for real‑world clinical performance. - Seamless Integration
Easily embedded within existing EHR environments, medical devices, or custom clinical workflows. - Future-Proof Innovation
Ongoing R&D ensures your solutions evolve with the latest breakthroughs in AI, keeping you always competitive.
