About
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Our Work
Taking clinical trials to peak levels.
A leading pharmaceutical company was looking for ways to help its teams improve patient safety, boost efficiency, and lower the cost of clinical trials. To get there, the company reached out to About Objects to lead the transition from its current platform to a globally scalable Digital Therapeutics platform on which to build new programs.
The right technological medicine
Our team began by implementing a new application architecture to streamline large-scale application development. Through enhanced site selection tools, we reduced the study enrollment time while also improving site selection algorithms to boost the accuracy of site performance predictions. Our team also developed mobile and Apple watch applications providing real-time support for a suite of Bluetooth biomedical devices.
Users
Thousands of operational staff
1,000+ concurrent trial studies
10,000+ subjects globally
Services
Enterprise Architecture
System Architecture
Project Management
Data Science
Analysis
Development
DevOps
Software Validation for Pharmaceuticals
Platforms
iOS
Android
Bluetooth medical devices
AWS
Kubernetes
Angular
Architecture
Mobile
Web
Middleware
Backend
IoT
Machine Learning
Data Streaming
Technologies
Angular/NGRX
React/React Native
Bootstrap
Python/R
Predictive analytics
Kafka
Elasticsearch
Java
Spring Boot
Relational DB – Postgres
Document DB – Couchbase
Columnar DB – Redshift
Cloud Formation
Jenkins
AWS CDK
AWS Cloud Formation
Jenkins
Jira/Confluence
Github/bitbucket
A prescription for progress
Today, the company benefits from a technology-agnostic, event-driven operational support infrastructure. In addition to having a framework for ad-hoc, dynamic ML processing, we provided best practices guidance along with user-friendly DevOps tools and processes. Now business teams can modify the patient interface dynamically without the development effort. The end result is faster and more efficient deployment cycles. Meanwhile, users appreciate the reduced system response times.