AI & Predictive Analytics

Harnessing AI to transform healthcare decision-making, from diagnostics to predictive modeling. Our R&D projects apply a rapidly expanding toolkit to the most intractable industry problems.

Where We Excel

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Selecting high-impact, differentiable model applications

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Aligning AI feasibility with available datasets

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Designing for measurable lift in engagement or efficiency

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Identifying when not to use AI (and saving cycles)

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Testing technical viability with small, meaningful experiments

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Scoping MVPs to prove value, not just functionality

Scoping MVPs to prove value, not just functionality

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Targeted research with end-users and buyers to de-risk before build

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Engineering for real-world usage under real constraints

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Aligning delivery milestones with business needs

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Embedding analytics and measurement into the product from the start

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Minimizing risk by building only what will drive adoption or revenue

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Assessing build, partner, or license trade-offs

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Designing HIPAA-compliant architectures that scale

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Aligning technical decisions with strategic rollout plans

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Clarifying system dependencies and long-term maintenance costs

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Structuring infrastructure to support downstream analytics or AI

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Evaluating platforms such as Snowflake, Databricks, Microsoft Fabric, and Amazon Redshift to determine the right fit

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Scoping feature sets to minimize workflow friction

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Designing for EHR integration and interoperability from day one

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Prioritizing builds that improve provider and payer workflows and reduce administrative burden

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Aligning product goals with business metrics like adoption, retention, and churn

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Pressure-testing integrations and workflows before scaling

Case Studies

Can trillions of atoms for specific protein sequences be searched?

Invene created a machine learning algorithm that identified motifs of interest for SAR target identification.

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Life Sciences
Machine Learning & Predictive Analytics
Enterprise Data Warehouse

Can the binding affinity for new drugs be algorithmically determined?

Invene invented an algorithm for analysis on polypeptide chains to determine small molecule binding affinity.

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Life Sciences
Machine Learning & Predictive Analytics
Technical Feasibility & Proof of Concept

Can AI-driven automation optimize clinical workflows and enhance diagnostic accuracy?

Invene leveraged advanced LLM optimization techniques, including Model Ensembling with Self-MoA, fine-tuning of classification models, and multiple prompt engineering techniques, to enhance decision support and automate workflow processes in a clinical setting.

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HealthTech
Model Ensembling
AI-Driven Diagnostics & Decision Support

Can AI-generated summaries improve clinical documentation accuracy and EMR integration?

Invene implemented a Natural Language Processing powered system that transcribes provider-patient conversations, generates structured AI summaries, and seamlessly integrates them into the EMR for billing and clinical workflow efficiency.

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HealthTech
Natural Language Processing
EMR Integration

Can prices of medical procedures be estimated?

Invene improved existing pricing algorithms with machine learning and built many ETL jobs to automate medical procedure estimation.

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HealthTech
Machine Learning & Predictive Analytics
Technical Feasibility & Proof of Concept

Can pharmacy inventory volume be predicted from purchasing patterns?

Invene established a model to predict pharmacy inventory volume based on segmented population data.

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Life Sciences
AI-Driven Diagnostics & Decision Support
Machine Learning & Predictive Analytics

Can the intake process for paper order forms be automated?

Invene created a HIPAA compliant application that uses computer vision to distinguish between orders and other faxes to create transformed data values that represent each order.

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Providers
Machine Learning & Predictive Analytics
Natural Language Processing

On a low-powered device, can occluded facial detection be accurate?

For an FDA-approved, low-powered device, Invene built firmware for occluded facial detection using computer vision.

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Medical Devices
Computer Vision & Medical Imaging
Connected & Regulated Devices