The integration of artificial intelligence (AI) into healthcare has grown steadily over the past ten years. But in patient care settings in the United States, where personal contact has always been important, AI tools face many social and cultural challenges. Medical practice leaders, owners, and IT managers must find a way to use new technology while keeping the quality and personal care that patients expect.
It is important to understand these challenges when thinking about AI tools like front-office phone automation and answering services offered by companies such as Simbo AI. These tools aim to make work more efficient without hurting patient experience.
Artificial intelligence in healthcare means using computer systems that can do tasks people usually do. AI is being used more for things like scheduling appointments, talking to patients, managing medical records, and other office jobs. Even though AI can do routine tasks well, some worry that it might not provide the human care patients and workers want.
A recent review by Sage Kelly, Sherrie-Anne Kaye, and Oscar Oviedo-Trespalacios looked at why people accept or reject AI in different fields, including healthcare. They studied 60 reports about how users feel about AI technology. Their findings are important for healthcare in the U.S., where many people value human interaction strongly.
Accepting AI means people are willing to start using AI products and keep using them regularly. This includes trying the tools and making them part of daily work.
The review shows several key reasons why healthcare workers and managers might accept AI tools like phone automation:
In the United States, these factors mix with strong views about the importance of face-to-face talks and personal relationships.
Even though AI use is growing worldwide, the review points out that in some cultures, including many parts of the U.S., the need for human contact limits full acceptance of AI tools. This is especially true in healthcare, where patients often expect empathy and comfort from live people.
Many patients want to talk to a real person when making appointments or discussing care. It helps them feel understood and trust the process. Healthcare providers often worry that automation might make interactions less personal and hurt the relationship with patients.
Healthcare leaders and IT staff must think about cultural concerns when using AI tools. They can present AI as helpers, not replacements for people. For example, Simbo AI’s phone automation can handle simple calls so staff can spend more time with patients who need personal care.
The review also found that many studies on AI acceptance have gaps in how they were done. Most studies use surveys or interviews where people say what they think or plan to do. While helpful, this may not show what really happens in busy patient care settings.
Also, many studies do not clearly explain what AI means to participants. This causes confusion about what AI can actually do. Healthcare leaders need to fully understand AI phone automation when making decisions.
The review suggests future research should watch how AI is really used in clinics to get better results. Studies also need to look at worries like job loss or not knowing much about AI, which happen often in healthcare workplaces.
Looking closely at workflows in healthcare front offices shows both chances and problems with AI adoption. The phone lines there are the first contact for many patients. They handle appointments, reminder calls, insurance questions, and sometimes basic health information.
AI automation tools like those from Simbo AI aim to:
But making these tools work depends on whether staff and patients accept them. Since human contact is important, AI must help, not replace personal service. For example, an AI system can answer simple questions and then pass complicated or sensitive calls to humans.
U.S. healthcare leaders need to balance efficiency with trust from personal connection. Training staff to work with AI and telling patients clearly when AI is used are good steps.
For medical practice leaders, owners, and IT managers thinking about AI phone automation, these points from research are important:
By thinking about these points, healthcare organizations in the U.S. can use AI phone automation in ways that respect cultural and social concerns while improving efficiency.
The rise of AI in healthcare administration presents a challenge for groups used to personal, human-driven patient care. By paying attention to cultural values and user worries, and by using automation tools like Simbo AI, medical offices can improve front-office work without losing the human connection that patients want.
The review focused on user acceptance of artificial intelligence (AI) technology across multiple industries, investigating behavioral intention or willingness to use, buy, or try AI-based goods or services.
A total of 60 articles were included in the review after screening 7912 articles from multiple databases.
The extended Technology Acceptance Model (TAM) was the most frequently employed theory for evaluating user acceptance of AI technologies.
Perceived usefulness, performance expectancy, attitudes, trust, and effort expectancy were significant positive predictors of behavioral intention, willingness, and use of AI.
Yes, in some cultural situations, the intrinsic need for human contact could not be replaced or replicated by AI, regardless of its perceived usefulness or ease of use.
There is a lack of systematic synthesis and definition of AI in studies, and most rely on self-reported data, limiting understanding of actual AI technology adoption.
Future studies should use naturalistic methods to validate theoretical models predicting AI adoption and examine biases such as job security concerns and pre-existing knowledge influencing user intentions.
Acceptance is defined as the behavioral intention or willingness to use, buy, or try an AI good or service.
Only 22 out of the 60 studies defined AI for their participants; 38 studies did not provide a definition.
The acceptance factors applied across multiple industries, though the article does not specify particular sectors but implies broad applicability in personal, industrial, and social contexts.