April 20, 2020

The Gist

Deep Claim is a machine learning model that predicts whether, when, and how much a payer will pay for a given hospital expense or claim. This innovative neural network-based framework demonstrates the opportunity to apply artificial intelligence and machine learning approaches at scale to the back office of healthcare, which could save the United States billions annually in wasted healthcare spending.

The United States spent about $3.6 trillion on healthcare in 2018, more than $11,000 per person, according to the Centers for Medicare and Medicaid Services.

Recent studies have found that fully one-quarter of healthcare spending in the United States is wasteful. Administrative costs contribute the most significant share of that wasteful spending and were estimated to cost about $266 billion annually.

Estimates are that hospitals and healthcare systems spend about $120 in administrative costs for each claim just to recoup money owed them. This system of claim preparation and billing is at the core of the healthcare system in this country, and is a key driver of healthcare costs. Identifying ways to eliminate some of it by improving efficiency, correcting billing errors, and saving time could significantly reduce wasteful spending.

Peer-reviewed published research has long been the cornerstone of advancing the practice of medicine. At AKASA, we believe the same scientific rigor should be applied to advancing practices in the business of healthcare.

We are honored to have our first paper featured in a spotlight session during the Healthcare Systems, Population Health and the Role of Health-Tech Workshop at the International Conference of Machine Learning 2020 (ICML2020).

What Is Deep Claim Machine Learning?

The paper describes one of the company’s machine learning models — believed to be the first published deep learning-based system that successfully predicts how a claim will be paid in advance of submission to a payer. Called Deep Claim, this machine learning model predicts whether, when, and how much a payer will pay for a given hospital expense or claim.

Lead author of the paper, Byung-Hak Kim, Ph.D., and AI technical lead at AKASA, was featured in the pre-recorded spotlight session.

The paper was co-authored by other members of the AKASA technical team, including co-founder and chief technology officer, Varun Ganapathi, Ph.D.; co-founder and vice president of engineering, Andy Atwal; and lead machine learning engineer, Seshadri Sridharan.

Deep Claim is an innovative neural network-based framework. It focuses on a part of the healthcare system that has received very little attention thus far. While much attention has focused on the potential of artificial intelligence and machine learning in diagnostics and drug discovery, this paper demonstrates the opportunity to apply these same approaches at scale to the back office of healthcare, which could save the United States billions annually in wasted healthcare spending.
~ Varun Ganapathi, Ph.D., Chief Technology Officer and Co-founder at AKASA

“I am deeply honored to have my work and the work of the team at AKASA featured in the Spotlight Session alongside five other papers from prestigious academic research centers, including the University of Cambridge, Johns Hopkins University, and NASA Frontier Development Labs, among others,” said Kim.

“The fact that our model was trained on real-world claims data and that development included real deployment scenarios will enable us to integrate our research directly into our solution more quickly than a conceptual or theoretical research approach would otherwise allow. This ensures that our research will directly benefit our health system customers as quickly as possible.”

A Future With Deep Claim

For this paper, Kim and the AKASA team used almost three million de-identified claims to test the Deep Claim system. The data included demographic information, diagnoses, treatments, and billed amounts as inputs. The Deep Claim system then uses those inputs to predict the first response date, denial probability, denial reason codes with probability, and questionable fields in the claim.

The ability to predict denial reason codes and questionable fields is especially promising as these key insights are required to proactively improve claims before they are submitted. The developers of Deep Claim demonstrated that the system performed about 22% better than the best baseline system.

The paper demonstrates that this deep learning system can accurately predict how an insurance company will respond to a claim. Automating this process could save individual hospitals millions of dollars each year.

One of the machine learning scientists who reviewed the paper said it was “excellent work.”

“Grappling with the claims system is a key question that has been understudied in [Machine Learning] for health,” another reviewer wrote.


Get our monthly newsletter

You may also like

Blog Resource
May 1, 2023

ChatGPT and Healthcare: Exciting Potential That Needs To Be Channeled

Recently I heard that as a fun exercise, the security officer at one of our healthcare clients tried asking...

Blog Resource
Jan 26, 2023

9 Healthcare Technology Trends To Watch in 2023

Keeping track of the rapid changes in healthcare technology is no small task. The industry has seen numerous healthcare...

Blog Resource
Nov 29, 2022

The Gradient Podcast: An Interview on AI and Healthcare With AKASA CTO and Co-Founder Varun Ganapathi

On a recent episode of the Gradient Podcast, host Daniel Bashir sat down with AKASA CTO and co-founder, Varun...

Blog Machine Learning in Medicine: Using AI to Predict Optimal Treatments Hero Image
Aug 30, 2022

Machine Learning in Medicine: Using AI to Predict Optimal Treatments

At AKASA, we’re always thinking about how we can use machine learning (ML) and artificial intelligence (AI) to better...

Blog Reaffirming Our Commitment to Data Security and Privacy Hero Image
Aug 29, 2022

Reaffirming Our Commitment to Data Security and Privacy

Data plays a vital role in our work at AKASA — without it, we wouldn’t be able to provide...

Blog Machine learning in emr hero image
Aug 25, 2022

Mining Electronic Medical Records for Cancer Treatment Decisions

At AKASA, we are constantly exploring the intersection of machine learning (ML), artificial intelligence (AI), and the healthcare and...

Blog Resource
Aug 2, 2022

Senior Software Engineer Armaghan Behlum on Why He Joined AKASA

It’s been nearly one year since I left Verily, an Alphabet company focused on using advanced technology to improve...

Blog Resource
Jul 12, 2022

Leading With a Research-First Approach

There’s a lot of buzz around AI in human health and healthcare, and many companies often overhype what their...

Find out how AKASA's AI-driven automation can help you.