The Technology Acceptance Model (TAM) was made to help explain why people accept new technology. It focuses on two main ideas: how useful people think the technology is and how easy it is to use. The extended TAM adds more ideas like users’ feelings about technology, trust, and what they expect the technology to do. Together, these factors affect whether people want to use AI systems and if they actually use them.
A recent review of 60 studies looked at AI acceptance in different industries. It showed that the most important factors are how useful the AI seems and whether it meets user expectations. In American healthcare, this means AI tools—like automated phone systems—will be accepted more if the users think these tools help them do their jobs better and easier.
These factors help healthcare leaders in the US decide on buying new technology. They work in a complex healthcare system with lots of rules, competition, and patient needs.
The review also pointed out a big limit: many people prefer human contact in healthcare. In situations like mental health care, human feelings and communication are very important. Current AI cannot fully replace that.
In the US, this means AI can help with tasks like scheduling and answering general questions. But it should be a tool to help decisions, not a full replacement in sensitive areas. It is important to balance the help AI gives with keeping human care.
Healthcare leaders and IT managers in the US can use these acceptance factors to plan how they bring in AI. Systems like Simbo AI’s front-office phone automation help by answering patient calls without making staff too busy. This also lowers wait times and makes patients happier.
Studies show that trust and usefulness are big challenges in AI adoption. Medical workplaces must give good training, explain AI clearly, and show benefits to build good attitudes. Making sure AI fits with current work and handles needs like data security and patient communication helps success.
Front-office work in medical clinics includes scheduling, checking patients in, verifying insurance, and handling calls. These jobs take a lot of effort and errors happen, especially with many calls.
AI front-office phone automation offers these benefits:
Simbo AI aims to provide solutions that use AI while still keeping important human contact. For healthcare leaders, this means better use of staff, shorter wait times, happier patients, and less cost from admin work.
Even with benefits, some problems slow AI acceptance in healthcare. The review notes much data comes from people saying what they think, not always what they actually do. Real use might change because of worries about job security or what they already know.
Some healthcare workers fear AI might take their jobs or lead to more watching. To fix this, leaders should:
Using the extended TAM helps healthcare leaders in the US see if AI is likely to be accepted. For example, before adding an AI answering service, they can check staff feelings, build trust, and show why the tool is useful. This can make acceptance better.
Also, understanding cultural and context factors—like how human contact is needed in some care—helps leaders create plans that bring in AI without harming important patient-provider interactions.
Future studies should go beyond asking people what they think and look at how AI is really used in everyday work. This will help get better facts about how people behave and improve models like the extended TAM.
Healthcare providers in the US might work with AI companies that focus on clear and easy-to-use tools. Watching how AI affects work and patient happiness, plus making changes based on staff input, supports good long-term use.
Also, being aware of worries about jobs and how much users know needs to guide how organizations manage change. Only then will AI tools, like Simbo AI’s phone automation, really improve healthcare administration.
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.