AI technologies in healthcare use advanced machine learning (ML), natural language processing (NLP), and data analytics to do tasks that used to take a long time by hand. For example, AI tools like Viz.ai look at brain images to find strokes faster. Duke Health’s Sepsis Watch checks data every five minutes to improve how it finds sepsis. These tools help patients by making diagnoses quicker and allowing earlier treatment.
Also, AI helps with many routine office tasks like writing clinical notes, talking to patients, getting prior approvals for treatments, handling claims, and billing. Almost half of U.S. hospitals use AI for managing money matters. This helps reduce burnout because AI scribes write down doctor-patient talks with few mistakes, and AI chatbots can write discharge instructions quickly.
But, if humans do not check AI well, problems can happen. AI might make errors in clinical notes or deny needed treatments automatically. Sometimes AI is trained with biased data, which can cause unfair results. For example, some calculators changed care unfairly for minority groups. These problems can hurt patients and cause legal troubles, so AI needs people to review its work.
Using AI in healthcare does not mean we can stop using human judgment. Doctors and administrators must carefully check AI results, keep ethical rules, and protect patients. Here are key reasons why human oversight is needed:
AI looks at huge amounts of data, but it is not perfect. Errors can happen if training data is not good, if the clinical situation changes, or if there are technical problems. For instance, AI tools sometimes wrongly deny needed treatments, so humans must step in to fix these cases. Without human review, patients might get wrong or late care.
AI can also have hidden biases. For example, the VBAC (Vaginal Birth After Cesarean) calculator used to give worse results for African American and Hispanic women. Then experts removed race-based changes. The U.S. Department of Health and Human Services (HHS) now requires healthcare groups to check and fix AI bias. Doctors and administrators have to keep checking AI tools to be fair and update their rules.
AI helps lower doctors’ work by handling repetitive tasks like writing notes and managing patient messages. Tools inside electronic health records (EHRs), such as AI scribes and assistants like ChatGPT, free doctors to care for patients more. But if doctors rely too much on AI without reviewing it, mistakes can happen that risk patient safety.
So, there must be a balance. AI should help, but not replace doctors’ judgment. Humans must check AI results, understand detailed patient info, and change notes or treatment plans if needed.
Not all AI uses are equally risky. Important decisions, like approving treatments or diagnosing illnesses, need more human checking. Experts suggest a “human-in-the-loop” system for high-risk AI, where AI gives advice but humans make the final choice.
For low-risk tasks like reminders or billing, less human review may be fine. This way, healthcare runs smoothly while keeping patients safe from bad AI decisions.
AI systems that learn from new data change over time. Unlike regular medical devices, these types of AI can act differently after being approved. The FDA has approved almost 1,000 AI medical devices but finds it hard to watch these changing systems closely.
Healthcare groups must keep checking AI all the time to make sure it still works well, is safe, and respects privacy laws like HIPAA. Human oversight helps catch problems, bias changes, and errors. Policies alone cannot handle this.
AI helps front-office work in medical settings by automating tasks. Companies like Simbo AI use AI to answer calls and manage appointments. Automation lowers the work load on staff and helps patients get service faster while keeping quality steady.
AI answering systems handle many calls, including making and reminding about appointments, answering questions, and collecting payments. This lets front-desk workers focus on tricky or personal issues. AI can also transfer hard calls to live agents, making wait times shorter.
AI tools process millions of prior approval requests daily, such as in Medicare Advantage programs. In 2022, over 46 million requests were automated. Automation speeds approvals but can also lead to wrongful denials if no human checks are done. Legal cases with Humana and UnitedHealthcare show why human review is needed when decisions are disputed.
Automation cuts down mistakes caused by tired or confused humans. It improves accuracy in scheduling and billing. Still, humans must watch AI closely to ensure it follows rules and privacy laws. Tools like Censinet RiskOps™ mix automated checks with human review to keep data safe and meet regulations.
Using AI automation together with human judgment helps create a smooth and patient-friendly front office. AI does routine tasks, while trained staff handle exceptions, fix complicated questions, and show care in patient talks. This method makes work efficient without lowering care quality.
The growing use of AI in the U.S. health system has caused new rules and best practices for safe AI use. The Health and Human Services (HHS) department, CMS, and FDA made policies to require openness, fairness, and constant checking of AI.
Healthcare groups, including medical practice leaders and IT staff, need to build strong AI oversight plans. Key parts include:
Some groups like Trillium Health Partners in Canada use these ideas well, which U.S. health providers can learn from. Clark Minor, HHS Acting Chief AI Officer, says AI must be used in ways that match the skills of workers and keep patients safe.
Finding and fixing bias is very important for using AI fairly. Human experts are needed to spot hidden biases in data and AI results. AI often works like a “black box,” where it is hard to see how decisions are made.
Having different kinds of people involved in designing and watching AI helps find bias better and keeps AI use ethical. Ongoing bias checks together with human judgment make sure AI advice does not hurt any groups unfairly.
Humans also catch AI mistakes from wrong classifications or faulty decision steps. Without humans watching, such errors might spread through health systems, hurting patients.
AI is becoming part of medical malpractice studies by checking electronic health records (EHRs) with machine learning and natural language processing. This helps find errors, inconsistencies, and if rules were followed. AI can make malpractice reviews more objective and clear.
But it is hard to say who is responsible when AI errors happen—is it the developer, doctor, or hospital? Clear rules and human checks of AI decisions are needed. Relying too much on AI alone risks missing important clinical details, which can cause wrong judgments and patient harm.
Strong rules and teamwork among healthcare providers, lawyers, tech experts, and ethics experts help handle these problems and make sure AI is used carefully.
Healthcare leaders in the U.S. should plan carefully when adding AI tools. Human oversight must be part of every step. Whether managing clinical AI, front-office automation like Simbo AI phone services, or revenue cycle AI, humans must stay involved to:
By balancing AI automation with people checking work, medical practices can use AI’s help while keeping patients safe and making operations better.
The future of healthcare includes both new technology and careful human attention working together. For U.S. healthcare groups—especially practice leaders and IT staff—this balance is the way to provide ethical, effective, and safe care in a world with more AI.
AI-enabled diagnostics improve patient care by analyzing patient data to provide evidence-based recommendations, enhancing accuracy and speed in conditions like stroke detection and sepsis prediction, as seen with tools used at Duke Health.
Human oversight ensures AI-generated documentation and decisions are accurate. Without it, errors in documentation or misinterpretations can harm patient care, especially in high-risk situations, preventing over-reliance on AI that might compromise provider judgment.
AI reduces provider burnout by automating routine tasks such as clinical documentation and patient communication, enabling providers to allocate more time to direct patient care and lessen clerical burdens through tools like AI scribes and ChatGPT integration.
AI systems may deny medically necessary treatments, leading to unfair patient outcomes and legal challenges. Lack of transparency and insufficient appeal mechanisms make human supervision essential to ensure fairness and accuracy in coverage decisions.
If AI training datasets misrepresent populations, algorithms can reinforce biases, as seen in the VBAC calculator which disadvantaged African American and Hispanic women, worsening health inequities without careful human-driven adjustments.
HHS mandates health care entities to identify and mitigate discriminatory impacts of AI tools. Proposed assurance labs aim to validate AI systems for safety and accuracy, functioning as quality control checkpoints, though official recognition and implementation face challenges.
Transparency builds trust by disclosing AI use in claims and coverage decisions, allowing providers, payers, and patients to understand AI’s role, thereby promoting accountability and enabling informed, patient-centered decisions.
Because AI systems learn and evolve post-approval, the FDA struggles to regulate them using traditional static models. Generative AI produces unpredictable outputs that demand flexible, ongoing oversight to ensure safety and reliability.
Current fee-for-service models poorly fit complex AI tools. Transitioning to value-based payments incentivizing improved patient outcomes is necessary to sustain AI innovation and integration without undermining financial viability.
Human judgment is crucial to validate AI recommendations, correct errors, mitigate biases, and maintain ethical, patient-centered care, especially in areas like prior authorization where decisions impact access to necessary treatments.