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Build new capabilities with end-to-end support from Appsilon — from defining the need, through data collection and modeling, to deploying models in production applications.
We build AI-powered decision systems utilizing computer vision, NLP, and machine learning to enable automatic analysis and insights.
Analysis of data quality, assessment of potential, and building a proof of concept to validate the approach before scaling.
Data capture, ETL implementation, data integration, and automated workflows to feed your models with clean, reliable data.
Dataset curation for machine learning, architecture design, model training, and optimization for production-grade performance.
Discover how an international pharmaceutical company dramatically improved their data analytics and decision-making capabilities through optimized R Shiny app development, enabled by strategic collaboration with Appsilon.

From data pipelines to deployed models — everything you need to build production-grade decision support systems.
Automatic image recognition and analysis powered by deep learning for quality control, drug discovery, and research.
End-to-end data capture, ETL implementation, integration, and automated workflows to feed production models.
Dataset curation, architecture design, hyperparameter tuning, and optimization for production-grade performance.
User-friendly dashboards and reports that summarize AI-generated insights for business teams and decision makers.
Process data in real time to enable immediate reactions to findings and faster decision-making cycles.
Containerized deployment on cloud or on-premise infrastructure, with monitoring, versioning, and retraining pipelines.
We bring ecosystem access, regulatory experience, and elite talent that compounds your capabilities.
We sit on the pharmaverse council, develop core packages, and contribute to the ecosystem. You gain access to our deep connections and collaborative innovation.
Partnered with Eli Lilly and R Consortium on pilot FDA submissions. We know what regulators expect and how to deliver it with open-source tooling.
We've helped 8 of the top 10 pharma companies modernize their analytics workflows. We understand the regulatory constraints, organizational dynamics, and technical debt you're working with.
Appsilon engineers serve as core contributors to the {teal} framework, sponsored by Roche. Our team shapes the tools your teams rely on.
We build AI-powered decision systems utilizing computer vision, NLP, and machine learning to enable automatic analysis and insights.
Assess data quality, explore feasibility, and build a proof of concept to validate the approach before scaling.
Build data pipelines, curate training datasets, design model architecture, and train and optimize models.
Build user-facing dashboards, integrate model outputs, and deploy into production infrastructure.
Track model performance, retrain on new data, expand capabilities, and scale to new use cases.







Associate Director
Top 50 Pharma Company
Data Engineering Lead
Top 10 Pharma Company
Human Resources People Partner
Top 10 Pharma Company
Learn how pharma companies are building validated, flexible platforms to support both regulatory submissions and modern analytics.

Find clear answers to common questions about GxP compliance, helping you navigate regulations with confidence.
We have experience in life sciences, pharma, entertainment, biodiversity, manufacturing, and more — building computer vision and ML systems at scale.
We provide full end-to-end service: from data collection and ETL, through model training and optimization, to deploying models in interactive applications.
Python, PyTorch, TensorFlow, cloud platforms (AWS, Azure, GCP), Docker, Databricks, DVC, and neptune.ai for experiment tracking.
We build interactive dashboards and reports that summarize AI-generated insights in a user-friendly format for non-technical stakeholders.
From custom dashboards and applications to AI-powered solutions and compliant computing environments, our engineers and infrastructure architects accelerate clinical development within fully validated, regulatory-compliant frameworks.