ConnectHealth by Mindbowser is an AI-powered healthcare interoperability and workflow automation platform designed to simplify integration between healthcare systems, digital health applications, medical devices, and operational workflows. The platform enables healthcare organizations, digital health companies, and MedTech providers to rapidly connect with EHR systems, clearinghouses, legacy platforms, and modern healthcare applications using interoperability standards such as FHIR and HL7.
ConnectHealth provides a low-code / no-code workflow builder that allows teams to design and automate complex clinical and operational workflows without extensive engineering effort. Organizations can create intelligent workflows for patient onboarding, eligibility verification, referral management, scheduling, prior authorizations, and revenue cycle processes. The platform also supports agentic AI and AI/ML-driven automation to orchestrate tasks, generate workflows, and reduce manual configuration across systems.
The platform is AWS-native, enabling secure, scalable deployment within the customer’s cloud environment while maintaining HIPAA-compliant data handling. Through its Smart Nodes architecture, ConnectHealth simplifies integration with EHRs, clearinghouses, legacy systems, patient portals, and third-party healthcare services, enabling seamless data exchange across the healthcare ecosystem.
ConnectHealth also supports integrations with wearables, remote patient monitoring devices, and MedTech platforms, enabling healthcare providers to collect and process real-time patient data from remote devices and digital health applications. This allows organizations to automate care coordination workflows, monitor patient health remotely, and improve clinical decision-making.
By combining interoperability, AI-powered automation, and a low-code workflow orchestration engine, ConnectHealth enables healthcare organizations to accelerate digital transformation, reduce integration timelines, and streamline both clinical and operational workflows across modern and legacy healthcare systems.
