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Helping healthcare companies build digital health products with clinical impact

We accelerate medtech innovation

Accelerate Product Development

From MVP to Scaled Product.


We are a healthcare software development group that actively pursues companies with a strict formula for success.
We can help you scale and accelerate your startup with a two-prong approach:

1

Engineering resources

We invest our engineering resources to help augment your teams at a heavily discounted rate.
2

Physician expert network

We pair a physician on your team to ensure you are building and scaling the right features your customers want. Our network of physicians are directors and leaders across the market with specific expertise in your niche field.

Enterprise Solutions

Solving for data drive application, visualization, and interoperability


We are a full service software development firm with domain expertise in population health and value-based care. We work with healthcare companies of all stages to build software products with high clinical impact.

Our enterprise solutions include

Natural language processing

EMR interoperability

ML and predictive modelling

Data driven full stack development

Building Remote Teams

Helping you build a global product development team


Hiring remote engineering teams is a great strategy if implemented properly.

Remote teams can easily:

Our Services

We specialize in building healthcare technology that has clinical impact

Product strategy
& Technology Architecture

Healthcare Focussed
Software Development

Application Infrastructure

Team Augmentation

Machine Learning
& Clinical Natural Language Processing

ACO Consulting

Our Work

End to end development from concept to a viable product.

Population Health and emr interoperability startup
We have built out a pop health platform for a startup with the ability to read, write and digest real time data. for the value based care market that allows for an integration with an EMR for an enhanced workflow around Physician Coding. The solution also has a complex stack of tech ranging from Python, Java and MERN along with NLP and predictive AI modelling.
Clinic and Hospitals
We built out a cloud based platform that will allow for improved surgical training. The platform enables trainers and trainees to interact and review progress via a tablet based application. The custom application allows faculty to critique and give feedback to residents on actual cases in real time. This increased their output and allowed improved training for residents.
Robotics and data aggregation
We helped an early stage robotics company collect and make sense of its data allowing them to scale quicker. The data sources were driven by a combination of hardware, mobile application and EMR sources. We were also able to build our machine learning models to predict the likelihood of patients recovery and readmission.
Big Pharmaceuticals and remote device monitoring
We have worked with a large pharmaceutical company to build a platform that will allow for collecting real world data on a rare disease. The challenge in collecting real world data circles around how to make it intuitive for users to use the product on a daily basis and on how to manage the data in terms of security and HIPAA compliance. We were able to accomplish this by ensuring both the application and the infrastructure was set up to be secure and compliant.
Patient engagement and full stack engineering
We have built a complete health and wellness platform similar to YELP using a combination of multiple technology stacks resulting in scalable adoption. This startup was able to build a massive social network of healthcare and wellness providers driven by community based reviews.
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    At the Houston Methodist Neurological Institute, researchers have developed a device that generates a magnetic field and used it to successfully shrink a glioblastoma tumor in a patient volunteer. The device is worn on the head each day during treatment, and uses an oscillating magnetic field to disrupt biochemical processes in cancer cells. While the […] Read more »
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    Researchers at Carnegie Mellon University, along with collaborators in the Netherlands, have developed a heart model consisting of engineered cardiac muscle tissue that is attached to an elastic material. The design allows the team to mimic the mechanical forces experienced by heart tissue in the body, which should provide them with more accurate data when […] Read more »