Medical practices in the United States often deal with many routine pre-service calls. These calls include things like setting appointments, asking for prescription refills, checking insurance, and other patient questions. Studies show that up to 70% of these calls are routine and repeat the same information. Handling these calls takes up a lot of staff time, which can cause long waits and make patients unhappy.
Pre-service calls not only slow down communication but also cost healthcare organizations a lot of money. Managing these calls means staff spend less time on harder and more important patient care tasks. This is a big problem especially now when there are fewer workers and costs are going up.
AI conversational agents are made to handle many of the routine patient calls by themselves. These virtual assistants use natural language processing and machine learning to understand patient questions and give answers. They can do tasks such as:
An example is Simbo AI, which created the SimboConnect AI Phone Agent. It can manage up to 70% of routine calls, lowering the number of calls human staff must handle. This helps practices use their staff on more difficult patient needs.
Humana, a large health insurance company, showed that conversational AI cuts down pre-service call volumes a lot. It also improves the experience for both providers and patients. Patients get faster answers, which lowers frustration from long waits or misunderstandings. Providers have smoother work processes.
AI conversational agents do more than just automate calls. They help change how patient care happens. Traditional healthcare often focuses on short, task-based contacts like setting appointments or billing. This approach can cause low patient involvement, poor sticking to treatment plans, and less ongoing contact.
AI conversational agents help move to care that focuses on building relationships. They allow ongoing and personalized talks with patients. Since these AI systems remember past patient interactions, they create more consistent and personal communication. This helps build trust, helps patients manage their health better, and supports following treatment plans.
The National Healthcare Group in Singapore shows a good example by using AI to keep regular patient contact, leading to better treatment follow-through and higher patient satisfaction. Though this example is from another country, the same ideas work in the U.S., where care based on relationships is linked to better health results and fewer avoidable hospital visits.
Healthcare administrators and IT managers worry about privacy and legal rules when adding AI technology. In the U.S., HIPAA (Health Insurance Portability and Accountability Act) sets strong rules to protect patient health information.
AI conversational agents need to have strong security features like encrypted communication, audit logs, and clear patient consent rules to follow HIPAA. Simbo AI’s platform follows these rules strictly. It keeps patient data safe and helps build trust between patients and healthcare providers.
Healthcare organizations must also keep checking AI’s performance and security. Good data management includes stopping bias in AI decisions so that all patients get fair and equal care.
AI conversational agents help more than just phone calls. AI also helps automate backend tasks, making the whole practice work better.
Many office tasks in healthcare can be automated, such as:
University Hospitals Coventry and Warwickshire NHS Trust in the U.K. showed real results by using AI-driven workflow automation. They used IBM’s watsonx.ai technology with conversational AI and were able to care for 700 more patients each week without lowering care quality. This shows how automation lets staff focus on more important clinical needs.
For U.S. medical practices, combining conversational AI with workflow automation means fewer mistakes, faster claims, and shorter wait times. IT managers are key in making sure these AI systems work well with current Electronic Health Record (EHR) systems and practice software. They often use hybrid cloud systems for safe and flexible data handling.
Automating these backend tasks lets staff spend more time on patient care and complicated administrative work that needs human attention.
One growing technology trend that helps AI in healthcare is hybrid cloud computing. Hybrid cloud platforms mix local data centers with cloud resources. This gives practices the ability to scale, stay flexible, and keep data safe.
Healthcare data must be handled in secure ways following rules. Hybrid cloud lets healthcare providers run AI apps like conversational agents and workflow automation tools safely while still keeping control of important health information.
For example, Pfizer used hybrid cloud with SAP S/4HANA® to speed up medicine delivery. IBM uses hybrid cloud to protect patient data and healthcare work. In the U.S., these platforms help doctors’ offices add AI phone agents, like Simbo AI’s, with their internal systems smoothly and safely.
Here are steps for medical practice leaders and IT managers to best use AI conversational agents:
With rising demand, fewer staff, and the need to work faster, healthcare practices in the U.S. need new tools to improve how they run and how patients feel about their care. AI conversational agents, like those from Simbo AI, offer a way to cut down on routine calls and help change care toward focusing on relationships. When combined with safe AI workflow automation and hybrid cloud systems, these tools help practices give faster, more steady, and more personal care. This leads to better health for patients.
This change needs good planning, attention to privacy and security, and teamwork between healthcare leaders, IT managers, and tech providers. With these plans, AI conversational agents can improve patient experience and healthcare operations across the United States.
AI is addressing rising costs, growing demand, staffing shortages, and treatment complexity by automating workflows, enhancing diagnostics, and personalizing patient treatment. It enables faster data processing, supports clinical decisions, and improves patient experiences through technologies like conversational AI and predictive analytics.
IBM’s AI solutions, including watsonx.ai™, automate customer service, streamline claims processing, optimize supply chains, and accelerate product development, thereby improving operational efficiency and patient care experiences across healthcare systems globally.
AI automation redefines productivity by improving resilience, accelerating growth, and enhancing security and operational agility across healthcare apps and infrastructure, enabling faster and more reliable healthcare service delivery.
IBM Hybrid Cloud offers a secure, scalable platform for managing cloud-based and on-premise workloads, improving operational efficiency, enabling seamless data integration, and supporting robust AI applications in healthcare environments.
AI enhances data governance, storage, and protection by delivering AI-ready data for accurate insights and employing AI-powered cybersecurity to protect patient information and business processes in real-time.
Generative AI supports faster research and development, optimizes workflows, enables personalized patient engagement, and fosters innovation by analyzing large datasets and automating knowledge generation in healthcare and life sciences.
Healthcare providers use AI-driven conversational agents to reduce pre-service calls, optimize patient service delivery, and transition from transactional interactions to relationship-focused care models.
IBM consulting helps optimize healthcare workflows, supports digital transformation through AI technologies, enhances stakeholder initiatives, and assists in end-to-end IT solutions that improve healthcare and pharmaceutical value chains.
Case studies like University Hospitals Coventry and Warwickshire show AI supporting increased patient capacity, Pfizer’s hybrid cloud ensures rapid medication delivery, and Humana’s conversational AI reduced service calls while improving provider experiences.
AI optimizes procurement and supply chain management by enhancing demand forecasting, streamlining logistics, detecting disruptions early, and enabling agile responses in pharmaceutical and medical device distribution.