HealthTech Software Solutions

• Limitations of generic video platforms for medical consultations.
• Ensuring privacy and security of virtual visits.
• Integrating telemedicine workflows with existing clinical systems.
• Managing billing and reimbursement for telehealth services.

Integrated & Secure Telemedicine Platforms 

Custom telemedicine solutions offer high-quality, encrypted video conferencing tailored for healthcare. They include features like virtual waiting rooms, secure chat, screen sharing for reviewing images/results, and integration with scheduling, EHR, and billing systems.

• Expand access to care, especially for remote or underserved populations.
• Offer convenient virtual visit options for patients and providers.
• Ensure the privacy and security of remote consultations.
• Streamline workflows for delivering and billing telemedicine services.

• Increase patient access to care by expanding the service area.
• Reduce overhead costs associated with in-person visits.
• Open new revenue streams through telehealth services.
• Improve patient satisfaction with convenient care options.

• Difficulty aggregating and analyzing clinical and operational data from various sources.
• Lack of real-time insights into patient populations or performance metrics.
• Struggling to identify trends or areas for improvement in care delivery.
• Inability to use data for predictive analytics or personalized medicine.

Healthcare Analytics & Business Intelligence Platforms

Custom platforms collect, process, and analyze healthcare data to provide actionable insights. Dashboards and reports visualize key metrics on patient outcomes, operational efficiency, cost trends, and population health, often incorporating AI for predictive capabilities.

• Gain deep insights into clinical outcomes and operational performance.
• Identify areas for improvement in care delivery and efficiency.
• Support data-driven decision-making for resource allocation and strategy.
• Enable population health management initiatives.

• Improve clinical outcomes, potentially reducing readmission rates by 5-15%.
• Identify cost-saving opportunities within operations by analyzing utilization data.
• Accelerate research and clinical trial processes with accessible data.
• Enhance performance reporting for stakeholders and regulatory bodies.

• Securely connecting diverse medical devices to healthcare IT systems.
• Collecting and standardizing data streams from monitors, sensors, and equipment.
• Ensuring real-time data flow for critical patient monitoring.
• Managing the security risks associated with connected devices.

IoT & Remote Patient Monitoring (RPM) Platforms 

Custom platforms provide secure connectivity and data ingestion from medical devices. They normalize diverse data formats, enable real-time monitoring dashboards, trigger alerts based on critical thresholds, and integrate device data into patient records.

• Gain real-time visibility into patient physiological data.
• Enable remote monitoring of patients, improving chronic care management.
• Integrate device data seamlessly into clinical workflows.
• Improve patient safety through automated alerts and monitoring.

• Reduce hospital readmissions for chronic conditions by 10-20% through RPM.
• Decrease costs associated with managing device data manually.
• Improve the efficiency of clinical monitoring staff.
• Potentially open new service lines for remote patient management.

• Siloed patient data across different systems (EHRs, labs, pharmacies).
• Difficulty sharing patient information securely and efficiently between providers.
• Challenges integrating new technologies with existing legacy systems.
• Lack of support for healthcare data standards (HL7, FHIR).

Interoperability Platforms & Integration Engines

Custom middleware and APIs are built to connect disparate healthcare systems. These solutions enable secure, standardized exchange of patient data between different providers, organizations, and applications, supporting modern data standards.

• Create a unified view of patient data across the care continuum.
• Enable seamless data sharing between providers, improving coordinated care.
• Facilitate the adoption of new HealthTech solutions.
• Ensure compliance with data exchange regulations.

• Reduce time spent searching for patient information across systems by 20-30%.
• Minimize duplicate tests or procedures due to lack of information.
• Accelerate the integration time for new technologies by 40-50%.
• Improve the efficiency of data-driven initiatives.

• Developing clinically validated and engaging digital interventions.
• Ensuring patient adherence and usage of DTx programs.
• Integrating DTx data with patient care teams and EHRs.
• Navigating regulatory pathways for software as a medical device.

Secure & Engaging Digital Therapeutics Platforms 

Custom platforms are built to deliver therapeutic interventions via software. They include features for personalized content delivery, progress tracking, behavioral nudges, secure communication with coaches/clinicians, and robust data collection for clinical validation and integration.

• Deliver evidence-based digital interventions effectively.
• Improve patient adherence to therapeutic programs.
• Provide care teams with valuable data on patient progress outside the clinic.
• Potential for scalability and wider patient reach compared to traditional therapies.

• Achieve clinically meaningful outcomes as demonstrated in trials.
• Increase patient engagement and retention in therapy programs by 15-25%.
• Reduce costs associated with managing complex patient data manually.
• Open new commercial opportunities through DTx product development.

• Managing and storing ever-increasing volumes of medical images (X-rays, CT, MRI).
• Securely sharing images between departments or external specialists.
• Integrating imaging systems with EHRs and reporting tools.
• Ensuring rapid access to images for diagnosis and treatment.

Custom PACS (Picture Archiving and Communication System) / VNA (Vendor Neutral Archive) 

Custom solutions provide a centralized, secure platform for storing, viewing, and sharing medical images. They integrate with modalities, EHRs, and reporting systems, offering advanced viewing tools and efficient data retrieval.

• Centralized and secure management of all medical images.
• Seamless sharing of images within the organization and externally.
• Faster access to images for radiologists and clinicians.
• Improved workflow efficiency in imaging departments.

• Reduce storage costs by optimizing image archiving.
• Increase efficiency of radiology workflows, potentially increasing throughput by 10-15%.
• Reduce time to diagnosis through faster image access.
• Improve collaboration among specialists by simplifying image sharing.

• Identifying valuable AI use cases in clinical settings.
• Developing and validating accurate AI models for diagnostics or risk prediction.
• Integrating AI insights into existing clinical workflows and provider tools.
• Ensuring ethical considerations and regulatory approval for AI in healthcare.

AI-Powered Clinical Decision Support Systems

Custom systems integrate AI models that analyze patient data (images, EHR records, genetic data) to assist clinicians with diagnosis, risk assessment, treatment recommendations, and identifying patients needing intervention.

• Provide clinicians with data-driven insights at the point of care.
• Potentially improve diagnostic accuracy and speed.
• Support personalized treatment planning.
• Automate analysis of large datasets that are infeasible for manual review.

• Improve diagnostic accuracy rates.
• Reduce the time required for certain diagnoses by a percentage (e.g., 10-20% faster initial review).
• Support more efficient allocation of clinical resources.
• Potentially improve patient outcomes through earlier or more accurate interventions.

• Manual prescription processes are prone to errors.
• Difficulty checking for drug interactions or patient allergies.
• Lack of integration with pharmacies and prescription history databases.
• Ensuring patient adherence to medication regimens.

Integrated E-Prescribing & Medication Management Systems 

Custom solutions enable electronic creation and transmission of prescriptions directly to pharmacies. They integrate with patient records for allergy/interaction checks and can include features for medication reminders and adherence tracking for patients.

• Reduce medication errors and improve patient safety.
• Streamline the prescribing process for providers.
• Improve efficiency and accuracy for pharmacies.
• Enhance patient adherence through reminders and information.

• Decrease medication error rates by a significant percentage (e.g., 20-30%).
• Reduce administrative time spent on paper prescriptions and calls to pharmacies.
• Improve pharmacy workflow efficiency.
• Potentially reduce hospitalizations related to medication non-adherence.