Administrative burden in healthcare means all the non-medical tasks that healthcare workers and their staff must do. These include writing patient documents, filing insurance claims, making referrals, getting prior approvals, checking benefits, dealing with many insurance companies, and keeping billing and coding accurate.
In the United States, spending on administrative work makes up about 30% of all healthcare costs. Studies show that at least half of this spending wastes money and that fixing these processes could save up to $265 billion every year. Doctors spend about twice as much time doing paperwork as they do treating patients. This causes many to feel burned out and leave their jobs. More than 60% of doctors say they feel burned out, often because of all the paperwork. Patients also face delays, billing mistakes, and confusion caused by complicated insurance rules. About 14% of patients have even changed doctors because of these errors.
Healthcare administrators and IT workers have a hard job managing many different communication systems, like portals, faxes, phone calls, insurance companies with different contacts, and long manual workflows. Fixing this problem is very important to lower costs and improve care.
Healthcare data in the U.S. is spread out across many different places. Patient information and payment info are stored in electronic health records (EHRs), insurance portals, phone systems, faxes, and paper records. These systems often do not work well together, so staff spend hours going through many different platforms and files.
For example, checking benefits and getting prior approvals often means many phone calls to insurance companies. These calls use complicated voice menus, long hold times, and different rules. The U.S. has more than 900 insurance companies, each with their own ways of doing things. This makes it very hard and long to check benefits by hand.
Doctors and staff can spend over an hour just on one benefit verification call. This adds to the high administrative costs and causes delays in patient care. If prior approvals take too long or are done wrong, patient treatment gets slowed down or stopped.
Natural Language Processing, or NLP, is a part of artificial intelligence (AI) that helps computers understand and use human language. In healthcare, NLP lets AI handle unstructured data such as phone calls, emails, and medical documents. This can automate tasks that people usually do.
NLP helps AI work better in different administrative areas like:
AI programs that use NLP can talk like humans, answer questions correctly, and handle complicated conversations. This helps automate tasks that usually need many back-and-forth talks, making the work faster and more correct.
Checking benefits and getting prior approvals are big obstacles in healthcare paperwork. Providers must verify patient insurance and get approval before giving some treatments or medicines. These tasks need many calls, navigating insurance systems, and understanding changing rules.
AI programs with NLP can:
For example, Infinitus AI has shown that AI voice agents can make calls to more than 1,400 insurance companies that all use different systems. This greatly lowers the workload for healthcare staff. Automated follow-ups stop delays in treatment and help patients get care on time.
This reduces some of the nearly 25% of healthcare spending that goes to paperwork. It also helps reduce stress for staff and patient frustration from delays and confusing insurance messages.
Even though AI is strong at automating many tasks, humans still need to be involved. Sometimes, AI faces difficult situations where it cannot respond well on its own. In these cases, healthcare workers guide the AI, check its decisions, and take over if needed. This partnership of humans and AI keeps work accurate and safe, reducing mistakes or bias.
For example, Infinitus uses many AI methods including NLP and special databases to make sure AI gives correct results and avoids wrong info. The AI learns all the time from human feedback to get better.
This method helps healthcare providers get consistent and trustworthy AI help, while keeping control. It also helps follow rules and improve patient care.
AI and automation are also useful beyond phone calls. Many healthcare groups use AI to manage money flows, pull data from medical records, code automatically, and bill more accurately.
Some ways AI helps in workflows include:
Hospitals like Auburn Community Hospital and Banner Health have seen big improvements by using AI for money cycle automation, like 40% more coder productivity and 22% fewer denials related to prior authorizations.
These technologies free up staff time and cut down on repetitive work, so healthcare teams can focus more on helping patients.
IT managers should focus on linking these AI tools with current electronic health records and clinic software. Some AI platforms are cloud-based, so smaller clinics can use them without big tech investment.
When healthcare paperwork automation works well, it helps patients and providers alike.
When checking benefits and approvals are faster and smoother:
AI workflows give faster answers about insurance coverage, which is very important for special medicines or treatments needing many approvals.
Also, by cutting down staff workload, providers feel better and are less likely to quit their jobs. This can help keep care quality steady.
Even with many benefits, using NLP and AI in healthcare administration needs careful attention to some points:
AI developers stress that AI should help human workers, not replace them. Careful design is needed to keep trust and quality in healthcare.
The U.S. healthcare market includes many insurance companies. Four big ones cover about half the market. But there are more than 900 others, each with their own systems and contact methods. This makes communication in healthcare very complex.
NLP-powered AI tools, like those from Simbo AI and Infinitus, are built to work through these complex insurance systems, cut paperwork, and talk on behalf of healthcare providers.
Use of AI in healthcare administration is growing fast. A 2025 AMA survey found that 66% of doctors already use AI tools, up from 38% in 2023. More than half use AI to lower paperwork. Also, 46% of hospitals say they use AI for managing money cycles.
Automation with conversational AI and NLP improves insurance communications, scheduling, and claims handling in both big cities and rural areas. These tools help with staff shortages and meet rising patient needs for affordable care.
For medical practice administrators and owners, NLP-powered AI tools offer a practical way to cut costs, save staff time, and improve patient satisfaction by automating tough communications with insurance companies. They help clear hold-ups caused by prior approval delays and benefit checks.
IT managers play an important role in picking, setting up, and keeping these AI tools working with current systems and data security rules. Cloud-based AI services are good for small clinics that do not have a lot of technical resources.
By using AI to automate repetitive and time-consuming administrative tasks, healthcare providers can spend more time giving good care and helping patients get the care they need in today’s U.S. healthcare system.
Natural Language Processing has shown clear benefits in automating difficult healthcare paperwork, especially in the United States where insurance communications are often complicated. Using these tools carefully can help healthcare providers reduce their workload, cut costs, and create a system that is easier and faster for everyone.
NLP enables healthcare AI agents to process and understand unstructured data from diverse sources like portals, APIs, faxes, and calls. This helps automate communication across fragmented healthcare systems, reducing administrative burdens, and ensuring patients obtain needed medications efficiently.
Yes, patients already engage with AI daily for health-related conversations. Voice AI agents built on NLP technologies can understand and respond naturally, encouraging patient acceptance and enabling effective communication between patients and providers.
Benefit verification involves repetitive, rule-based inquiries with frequent back-and-forth communication. NLP-powered AI automates these phone calls and data extraction processes accurately and efficiently, saving provider time, reducing costs, and accelerating patient access to therapy.
Infinitus builds AI systems with rigorous safety-by-design principles, combining multi-model, multimodal AI with human-in-the-loop oversight to detect errors and mitigate risks, critical in a high-stakes healthcare environment.
Knowledge graphs structure healthcare data and contextual information, allowing NLP models to ground conversations in reliable, domain-specific knowledge, improving accuracy, reducing hallucinations, and enabling complex task execution like benefit verification and prior authorizations.
Healthcare calls involve lengthy, multilayered dialogs with IVRs, hold times, and complex payor protocols. NLP-powered conversational AI can understand, navigate, and respond effectively in real-time, enabling automation that mimics human-like interactions while handling procedural complexity.
Humans intervene during difficult interactions to correct errors and guide AI, creating a continuous feedback loop that improves AI accuracy and reliability over time, preserving trust and enhancing patient and provider experience.
New architectures like graph integrated language transformers combine explicit procedural instructions with domain knowledge, improving action prediction accuracy, lowering latency, and reducing hallucinations, which enhances long-form phone call automation effectiveness.
By automating repetitive administrative tasks such as prior authorization follow-up and benefit verification, NLP AI agents reduce provider burden, shorten delays in patient care, and enable staff to focus more on patient-centric services, thereby improving overall healthcare delivery.
Organizations should focus on data integration complexity, safety and bias mitigation, human-AI collaboration, domain-specific customization, and scalability. Aligning these considerations ensures AI adoption translates into meaningful efficiency gains and improved patient access and outcomes.