Controlled cybersecurity solutions offers clear protection against cyber attacks for all forms of medical data. Also security protocols helps to secure data from third parties.
Our company healthcare software developers can incorporate telemedicine apps/software into remote patient monitoring, allowing clinicians to communicate with patients through video call anytime they require rapid treatment.
Our company develops point of care solutions taking into account healthcare data management, as it helps to manage the newly received data as well as the data stored in the system, the ability to export and import data, device configuration, reporting and much more.
This allows information to pass from host systems to devices and back without the point of care intervention unless warranted. Host system interfaces can include Orders, Unsolicited and Solicited Results, and information from learning management systems for operator competency.
Our company integrates software/applications into point of care technologies for rapid analysis by AI systems and sending the received data to the attending physician,; it also allows you to store a large amount of data on past uses of point of care technologies.
Our company uses cloud technologies to integrate processing power from IoT devices, optimizing data flows from many devices and linking them to a single system. The proposed software solution is integrated into an existing medical IoT device.
Our company designs software that collects and analyzes patient health data; the system can provide a detailed and straightforward visualization of information data, giving a deep understanding of the patient's health status, which is very important in medicine. Healthcare organizations should receive understandable and necessary analytics for further in-depth analysis by doctors by making reasonable decisions. Also, glucose meters and handcuffs for measuring blood pressure in the hospital can now be IoT solutions, improving the interaction of devices with patients.
Providing you with all of the capabilities and features you require while assisting in creating of IoT solutions. Advisory services include: medical data analysis, mobile and web apps for medical professionals and patients, and other cutting-edge technological solutions.
We will help you choose protocols for connecting an IoT medical device that will be suitable for your device use case, taking into account the target coverage range and device types.
Our team will develop an interactive prototype with which you can guess what needs to be improved, and whether you are going in the right direction. Prototype will consist of a workable user interface and a server part with already installed connection protocols.
Agile development allows you to consistently supplement and implement new functions as needed in a medical IoT device. Also, testing at the development stages makes it possible to get the perfect medical IoT solution. As soon as we start a new project, we cover all possible difficulties at the development stages and the scope of the project to determine the required time to develop this solution.
We offer custom-fit consultancy service with the assistance of a senior technical leader, who handles the technology-driven challenges of
a project and deals with the engineering team. This way we ensure efficiency and eliminate possible risks, as well as give utter support in decision-making so that the success of your projects is inevitable.
Our custom healthcare software engineering company haas its own product for analysis and predictions on cancer and cardiovascular diseases: the modern era’s most dangerous ones. This tech uses dielectrophoresis and an AI-based algorithm to set up cell analysis and from there on make a prediction. Find out more about diagnosing cancer and cardiovascular diseases using dielectrophoresis.
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Focusing on such a sensitive area in HealthTech we depend on a reliable and professional partner and I can declare that after almost 2 years of cooperation ZenBit has been one of such partner for us...
How have we successfully refined and improved an app for healthcare wearable technology? In this case study, we will explain how we improved the application for a wearable medical technology that uses cranial electrotherapeutic stimulation to relieve anxiety. So, what challenges did we encounter, what solutions did we propose, and what results did we achieve? CES works by sending a small electrical signal through a modified waveform that helps to alter brain oscillation patterns, such as alpha brain waves. This is done...
In modern society, it has become essential to monitor your physical health and your mental health, as it can affect your physical health. So we have developed a solution that meets all the necessary standards of the healthcare sector. Further functions explicitly designed for the treatment of mental health with the help of meditations and affirmations: the ability to track progress in percentage and quantitative values, convenient and well-developed management of the media player, the division of exercises into modules, a free model to attract more users.
This telemedicine application helps caregivers by facilitating their work in interaction, communication with other working groups. So, to be this done we started with the discovery phase that consisted of three stages: analysis, requirements, and design. It was important for us to create a solution that fully meets the needs of our client and the specifics of the healthcare industry. So we were able to make an easily scalable, reliable, and secure solution that meets all industry standards.
Healthcare software development refers to the process of creating, designing, testing, and implementing software applications specifically tailored for use in the healthcare industry. These software solutions are intended to enhance medical processes, improve patient care, streamline administrative tasks, and facilitate efficient data management within healthcare organizations.
Healthcare software development encompasses a wide range of applications and systems, some of which include:
Electronic Health Records (EHR) and Electronic Medical Records (EMR) systems: These applications store and manage patient medical records electronically, making it easier for healthcare providers to access patient information securely and in real-time.
Practice Management Software: These systems help medical practices manage administrative tasks like appointment scheduling, billing, and patient registration.
Telemedicine and Remote Monitoring: Telemedicine software enables remote consultations between healthcare providers and patients, while remote monitoring software allows healthcare professionals to track patient health data remotely.
Medical Imaging Software: This category includes applications used for processing and analyzing medical images, such as X-rays, MRIs, CT scans, and ultrasounds.
Clinical Decision Support Systems (CDSS): These software tools assist healthcare providers in making better clinical decisions by providing evidence-based insights and recommendations.
Health Information Exchange (HIE): HIE software allows the secure sharing of patient health information between different healthcare organizations, improving coordination of care.
Patient Portals and Mobile Health Apps: These applications enable patients to access their health records, communicate with healthcare providers, schedule appointments, and manage their health.
Healthcare software development is subject to strict regulatory requirements, such as HIPAA (Health Insurance Portability and Accountability Act) in the United States, which aim to protect patient privacy and data security. Additionally, developers need to follow industry best practices to ensure the reliability, accuracy, and usability of these critical applications.
The healthcare software development field is constantly evolving due to advancements in technology, and it plays a vital role in transforming the healthcare industry, improving patient outcomes, and enhancing the overall quality of care provided to patients.
AI and Machine Learning Advancements: Continued integration of AI and machine learning in healthcare systems to improve diagnostics, personalized treatment plans, drug discovery, and predictive analytics.
Telemedicine Maturity: Telemedicine is likely to become more sophisticated, with improved remote monitoring capabilities, increased use of wearables, and further acceptance as a standard method of healthcare delivery.
Precision Medicine Implementation: The adoption of precision medicine, which tailors medical treatment to individual patients based on their genetic makeup and other specific factors, is expected to expand further.
Remote Patient Monitoring: Greater utilization of remote patient monitoring solutions to manage chronic conditions and post-acute care, reducing hospital readmissions and improving patient outcomes.
Blockchain Applications: Continued exploration of blockchain technology to enhance health data security, interoperability, and integrity across healthcare networks.
Augmented Reality (AR) and Virtual Reality (VR) Applications: Expanded use of AR and VR in medical training, surgical planning, pain management, and therapy.
Emphasis on Mental Health Services: Greater focus on integrating mental health services into primary care and telemedicine platforms to address the growing demand for mental health support.
Health Data Interoperability and Standardization: Efforts to improve health data exchange and standardization to ensure seamless integration and sharing of patient information among different healthcare providers.
Big Data and Predictive Analytics: Continued advancements in big data analytics and predictive modeling to enhance patient outcomes, identify at-risk populations, and optimize healthcare resource allocation.
Cybersecurity Investments: Increased investment in robust cybersecurity measures to protect sensitive patient data from evolving cyber threats.
Social Determinants of Health Integration: A greater recognition of the impact of social determinants of health on patient outcomes, leading to initiatives that address social factors in healthcare delivery.
Remote and Decentralized Clinical Trials: Wider adoption of remote and decentralized clinical trials using digital health technologies to streamline the drug development process.
Point-of-care solutions (POC solutions) are medical devices, technologies, or software applications designed to provide rapid diagnostic, monitoring, or treatment capabilities at the location where patient care is delivered. The “point of care” refers to the place where healthcare providers directly interact with patients, such as hospitals, clinics, doctor’s offices, or even remote settings like homes or ambulances.
Key characteristics and benefits of point-of-care solutions include:
Speed and Accessibility: POC solutions enable healthcare professionals to obtain diagnostic or treatment results quickly and conveniently at the patient’s bedside or within the same facility, reducing the time it takes to make critical decisions.
Improved Patient Outcomes: Faster diagnosis and treatment decisions at the point of care can lead to better patient outcomes, especially in time-sensitive situations such as emergency care or critical conditions.
Mobility and Flexibility: Many POC solutions are portable and easy to use, allowing healthcare providers to carry them to various locations for immediate use.
Reduced Turnaround Time: By eliminating the need for sending samples to a centralized lab and waiting for results, POC solutions can significantly reduce turnaround times for diagnostic tests and interventions.
Enhanced Efficiency: POC solutions streamline the diagnostic and treatment process, reducing the need for multiple visits or referrals, which can enhance overall healthcare system efficiency.
Remote Monitoring: Some POC solutions enable remote monitoring of patients, allowing healthcare providers to keep track of vital signs or health conditions from a distance.
Empowering Point-of-Care Decision-Making: POC solutions provide healthcare professionals with real-time data and insights, empowering them to make timely and informed decisions for patient care.
Examples of Point-of-Care Solutions:
Portable Diagnostic Devices: Handheld devices for blood glucose monitoring, pregnancy testing, and rapid infectious disease testing (e.g., flu, strep throat).
Mobile Apps and Medical Devices: Mobile applications and connected devices that enable remote monitoring of chronic conditions like diabetes or heart disease.
Point-of-Care Imaging: Portable ultrasound devices or handheld cameras for capturing medical images at the patient’s bedside.
Rapid Blood Gas Analyzers: Devices that measure blood gas parameters like oxygen and carbon dioxide levels quickly, crucial for critical care patients.
Rapid Coagulation Testing: Devices that assess blood clotting factors rapidly, essential in emergency situations or surgery.
Digital Health Records and EHR Systems: Electronic health record systems accessible to healthcare providers at the point of care, allowing quick access to patient information.
Overall, point-of-care solutions play a vital role in improving patient care, particularly in situations where immediate diagnostic or treatment decisions are necessary, enabling healthcare providers to offer more efficient and personalized care to their patients.
Rapid Diagnostics: POC solutions enable healthcare providers to perform quick and on-the-spot diagnostic tests, allowing for immediate results. This speed is particularly vital in emergency situations or when time-sensitive decisions need to be made for critical patients.
Timely Treatment Decisions: With access to real-time data and rapid diagnostic results, healthcare professionals can make timely treatment decisions, ensuring that patients receive appropriate care promptly.
Remote Monitoring and Telemedicine: Some POC solutions facilitate remote monitoring of patients, enabling healthcare providers to track vital signs, chronic conditions, or recovery progress from a distance. This is particularly valuable for patients in remote areas or those with limited mobility.
Enhanced Patient Management: POC solutions contribute to efficient patient management by streamlining the healthcare workflow, reducing waiting times, and minimizing the need for multiple visits or referrals.
Point-of-Care Imaging: Portable imaging devices offer immediate visual information, aiding in diagnosis and treatment planning at the bedside or in emergency situations.
Infection Control: POC solutions can help in managing infectious diseases by providing rapid testing and early identification of cases, allowing for timely isolation and appropriate infection control measures.
Improved Access to Care: POC solutions can extend healthcare access to underserved or remote areas, improving healthcare equity and reaching vulnerable populations.
Chronic Disease Management: POC solutions for chronic disease monitoring, like glucose meters for diabetes, empower patients to manage their conditions effectively and collaborate with healthcare providers for better outcomes.
Point-of-Care Decision Support: These solutions provide healthcare professionals with access to evidence-based guidelines and support tools that aid in clinical decision-making at the point of care.
Data Integration and Electronic Health Records: POC solutions can integrate with electronic health record (EHR) systems, ensuring that all patient data is accessible to healthcare providers when needed, enhancing continuity of care.
Emergency and Disaster Response: POC solutions are critical in emergency and disaster response scenarios, providing immediate medical care and aiding in the efficient triaging of patients.
Point-of-care solutions (POC solutions) offer a wide range of benefits in the healthcare industry, improving patient care, enhancing healthcare efficiency, and empowering healthcare professionals. Some of the key benefits of using point-of-care solutions in healthcare include:
Rapid Diagnosis: POC solutions provide quick and immediate diagnostic results, allowing healthcare providers to diagnose medical conditions on the spot. This speed is particularly critical in emergency situations, enabling timely and appropriate treatment.
Improved Patient Outcomes: With faster diagnosis and immediate access to patient information, healthcare professionals can make informed decisions quickly, leading to better patient outcomes, especially in time-sensitive cases.
Enhanced Patient Satisfaction: POC solutions reduce waiting times and the need for multiple visits, enhancing patient satisfaction with healthcare services.
Early Intervention: POC solutions enable early detection of diseases and conditions, leading to early intervention and improved disease management.
Remote Monitoring: Some POC solutions allow for remote monitoring of patients, enabling healthcare providers to keep track of vital signs and health conditions from a distance, promoting proactive care.
Streamlined Workflow: POC solutions streamline healthcare workflows, reducing paperwork and administrative burden, which can improve efficiency and save time for healthcare professionals.
Mobility and Accessibility: Many POC solutions are portable and easy to use, making them accessible in various healthcare settings, including remote or underserved areas.
Point-of-Care Decision Support: POC solutions often come with decision support tools that provide evidence-based information to healthcare providers, helping them make well-informed clinical decisions at the point of care.
Cost Savings: Faster diagnosis and reduced turnaround times can lead to cost savings for both healthcare providers and patients.
Reduced Hospitalization: POC solutions can help identify patients who may not need hospitalization, leading to more appropriate care settings and potentially reducing healthcare costs.
Better Chronic Disease Management: POC solutions for chronic disease monitoring empower patients to manage their conditions actively, leading to improved long-term health outcomes.
Infection Control: POC solutions can aid in managing infectious diseases by providing rapid testing and early identification of cases, allowing for timely isolation and infection control measures.
Telemedicine and Remote Consultations: POC solutions are often used in telemedicine, enabling remote consultations and follow-ups, expanding access to healthcare services.
Emergency and Disaster Response: POC solutions are critical in emergency and disaster response scenarios, providing immediate medical care and aiding in the efficient triaging of patients.
Data Integration and Decision Making: POC solutions that integrate with electronic health record (EHR) systems provide seamless access to patient data, facilitating better decision-making and care coordination.
ZenBit team joined the Synesthesia Team where we were in trouble sticking to our timeline in the development of the Synаеsthesiа Meditation App.
The collaboration was very successful. The communication was smooth, timelines were met. They are professional in cross-platform app development. The overall experience was very satisfying and I like to continue to work with them.
Deliveries are prompt, and ZenBit is forward-thinking in its execution. They are easy to work with, and they communicate well. If there is ever a gap in their knowledge, they resolve it immediately. Their team management is strong, and their suggestions are beneficial.