Healthcare software development

We are a healthcare software developer specializing also in machine learning development service, fintech, blockchain outsource software development and outstaff developers and tech consulting. For over five years we have been offering custom healthcare software development services. As a healthcare industry software development company, we provide a full range of services, from defining the purposes of using the developed software to the implementation and maintenance of finished products. We have a competitive approach to the formation of the cost of services, with a wide range of technologies and technical capabilities used.

Cooperate

The reasons for healthcare industry software development

01
Lack of a unified infrastructure for collecting, storing, processing, as well as transferring and using information in the field of healthcare.
02
The existence of information systems that are not yet designed for a sufficiently full-fledged work in a single information space.
03
Technologies that are used for data transmission are not yet able to sufficiently ensure the actualization of data in real time.
04
Lack of unified information resources that contain interrelated information about subjects and objects of accounting in the sphere of healthcare.
05
Lack of a possible comparison of data from various information systems, the analysis of these data to obtain complete, reliable and up-to-date data on the state of healthcare.
06
Lack of a unified regulatory, organizational and methodological framework for the functioning and use of information systems in the healthcare sector.

Application of blockchain technologies in the healthcare industry

Blockchain in healthcare, medicine and pharmaceuticals can be used to manage electronic health records, drug supply chains, anti-counterfeiting, control over the allocation of donor organs, conduct clinical and biomedical research, remote patient monitoring, improve insurance and billing procedures, and analysis. medical data.

The modern health infrastructure lacks adequate mechanisms for the exchange of health information.

In most cases, the patient must bring all of their past medical records to the new hospital on their own or have their medical tests done again. Apart from the obvious inconvenience, the lack of a patient’s medical history can lead to inappropriate treatment.

Another problem is the lack of comprehensive information about the patient and his medical history. Incomplete patient data may be stored in the databases of various hospitals.

Blockchain-based healthcare innovations can be divided into four tiers: data sources, technology, applications, and stakeholders.

Electronic health records are one of the blockchain application scenarios in healthcare.
Blockchain can facilitate the exchange of data between different parties in the healthcare industry, such as healthcare providers, researchers, and insurance companies. Regulation in some countries prohibits the processing of sensitive personal data of patients, unless patients explicitly consent. For example, such requirements are contained in the European General Data Protection Regulation (GDPR). Blockchain can allow patients to control how their data is transferred, processed and used.

Another use case for blockchain in medicine is supply chain management and anti-counterfeiting. Counterfeit and substandard medicines are a common problem in the pharmaceutical industry. The global market for counterfeit medicines is estimated at $ 200 billion. Blockchain is able to solve this problem by providing transparency at all stages of production, supply and sale of medicines.

For effective organ transplantation, it is necessary to have the consent of the donor, as well as to verify the origin of the organs in accordance with the requirements of the regulator. Thus, the UAE Ministry of Health has created a blockchain-based donor organ management system that records donor consent and allows traceability.

Blockchain has the potential to revolutionize medical research. Technology can speed up research, open up access to data, and improve control over results.

Remote monitoring refers to the collection and analysis of biomedical data using sensors, wearable and mobile devices. This allows monitoring of the patient’s health outside the hospital. Blockchain is proposed to be used as a way to store and share remotely collected biomedical data.

Medical research requires the integration of various tools and data sources. For example, these can include sequencing tools, data from electronic health records, physical activity records from IoT devices, and big data tools and deep learning techniques.

The main challenges include both the lack of a common data format and the difficulty of obtaining them in real time. Blockchain can allow the creation of large amounts of data from various sources and ensure their connection with each other. In addition, the technical capabilities of the blockchain will ensure interaction between providers and consumers of data, and will also be able to protect the privacy of patients and the security of the data itself.

The existing restrictions on the use of blockchain in medicine include issues of scalability, data transmission delay, interaction between different systems, data security and privacy.

For example, due to the lack of standards, compatibility issues between different solutions become a problem for storing medical data on the blockchain. Large volumes of medical data slow down the exchange and limit scalability.

Healthcare industry software development services

Lack of specialists and large expenditures of time and effort on routine operations

Solutions: electronic medical records, automation of document flow, automatic time tracking.
Lack of patient comfort

Solutions: patient platforms and portals; online registration services; telemedicine and online consulting; virtual rooms.
Inability for doctors to access the latest medical advances and the experience of colleagues around the world

Solutions: automated diagnostic systems; diagnostic mobile apps; systems of operational interaction; virtual reality for education and treatment.
Ineffective interaction of all employees in groups associated with each patient separately

Solution: a mobile system with an easy-to-use interface, similar to a messenger, which allows to reduce waiting time and automate documentation, communication and organizational control of personnel.

Healthcare industry software development benefits from Boosty Labs

Improving the quality of diagnostics
The quality of diagnostics is being improved via providing a comprehensive and operational analysis of the results of various studies; online access to research data stored in the database; the possibility of synchronous visualization at the same workplace.
Significantly reduce the cost of using chemicals and X-ray films for their development
The cost can be reduced due to digital image processing: using various filters, changing the range of X-ray density, measuring density and geometric parameters; highlighting areas and so on.
Ensuring patient safety at every stage of his stay in a medical institution
The organization of highly effective patient care begins with ensuring interaction between data at every stage of the patient’s stay in the hospital, from admission to discharge. Patient Identity Management solutions ensure that medical records, prescribed drugs, test samples and the like are accurately matched, so that each individual patient receives the right treatment in a timely manner.
Making informed decisions based on the flow of data in real time
Credible monitoring of a healthcare facility by collecting facility-wide data in real time. Real Time Locating Systems, which are used in healthcare technologies, can identify, track, monitor and monitor the health of all patients, the safety of tangible assets and the working conditions of employees to create effective recommendations for optimal treatment and safety patients.

Digitalization trends in the healthcare industry

Recently, digital transformation has taken an increasingly solid place in the strategic plan for the development of various industries. The field of healthcare is no exception, as the development of technology allows people to live longer and have healthier lifestyles.

How has digitalization already affected the healthcare industry?

The healthcare system is becoming more consumer-oriented. It aims at a personalized approach to health. At the same time, the challenge is to develop better products and services, as well as to reduce costs. All this can be achieved by digital transformation.

The introduction of digital solutions allows for better coordination between patients and doctors and within the medical community itself. Already today, interaction is becoming easier every day: the creation, exchange and maintenance of medical information takes place in the form of digital records. In addition, data can be stored in the cloud, making it much easier to access. This is especially true when a patient is referred to another healthcare professional or needs emergency assistance.

Modern medical technology has already made it easier to monitor the health of patients and record the data obtained. For example, using wearable devices, doctors can monitor their patients’ vital signs in real time.

Healthcare IT Trends

Modern healthcare sector is faced with a number of problems that require immediate solutions. Innovative technologies make it possible to create the most effective tools for their implementation.

Here are some of the main IT trends that are being applied in global medicine:

Artificial Intelligence

One of the most important global trends in healthcare is the introduction of artificial intelligence systems. AI is used to predict diseases, organize preventive measures, automate and improve the accuracy of diagnostics, adapt therapy, identify groups of patients with a high risk of diseases, and much more.

Telemedicine

Telemedicine is getting medical advice without going to the doctor’s office. It is especially popular in remote areas, far from medical facilities or when there is a shortage of specialists of a certain qualification, and is aimed at providing maximum comfort for the patient when interacting with medical personnel. The development of telemedicine is influenced by the growth of the so-called mobile health: the development of medical mobile devices, various medical mobile applications, and so on.

Virtual reality

This technology has already proven its effectiveness in reducing pain in patients: there are a number of programs using immersive virtual reality technology that can distract the patient’s brain from pain and reduce its anxiety before, during and after medical interventions.

With the help of virtual reality it is now possible to create 3D models for planning surgical operations. Rendering an organ in 3D on paper is difficult and does not provide a detailed picture. And 360-degree computer graphics enable doctors to achieve better results.

Robots

The medical robotics industry is booming. The most famous surgical robot is the da Vinci Surgical System. The robot is equipped with high-resolution 3D vision and slender movable instruments that are more flexible than a human hand.

Nursing robots in the future will be able to perform repetitive, repetitive tasks for medical personnel, such as drawing blood.

Also, robots can act as exoskeletons, helping not only patients with paralysis or elderly patients, but also doctors themselves in increasing muscle endurance during prolonged operations.

Mobile devices

Examples of such devices (Apple Watch and fitness trackers) have become firmly established in our daily life. With the help of fitness trackers, people independently track indicators of their condition. True, the data of these devices still have a large error, and the accuracy of the information is important for doctors. Given the growing popularity of this kind of device, we are soon expecting the appearance of similar medical devices, which, with the maximum comfort of their use by patients, will read accurate indicators.

Why is the healthcare industry resorting to IT outsourcing services?

The transition to an IT outsourcing model allows companies from all industries to achieve certain goals. For example, optimize the budget and resources, automate routine operations, ensure information security, develop a plan for modernizing IT infrastructure, and much more. Healthcare organizations also use IT outsourcing services. We will look at several of the main reasons for outsourcing all or part of IT functions.

1. Security of personal data

Transfer of information security functions to outsourcing makes it possible to provide a reliable system of protection against cyber attacks. By virtue of the legislation, healthcare institutions are operators of the personal data of their patients, and healthcare workers are also required to observe medical confidentiality. Therefore, databases with information about patients should be under reliable protection. Unfortunately, not all medical organizations have an extended IT department, including an information security specialist.

New tools and methods for the implementation of cyberattacks appear almost every day, so the presence of an information security specialist who is in constant combat readiness is simply necessary. And IT outsourcing companies have the necessary resources for this.

2. Expansion of IT services

Outsourcing of routine IT functions allows medical institutions to expand their IT services in accordance with emerging needs. Having your own IT department frees up time and human resources for strategic IT tasks, such as digital transformation policies and technological innovation.

3. 24/7 access by medical staff

The IT outsourcer assumes 24×7 support of all functions that ensure the smooth operation of the IT infrastructure. This allows healthcare providers to be available around the clock, which improves the quality of their work, especially in the event of emergencies.

4. Target distribution of personnel

Outsourcing IT tasks allows organizations to reallocate their limited staff to areas that have a higher priority for core functions, in this case healthcare delivery. The automation of a number of medical functions helps to cope with the lack of time resources. And digitalization of all necessary patient data optimizes service work and reduces the burden on administrative and medical staff.

The health sector is a rather sensitive sector, so the introduction of new technologies should be gradual and with possible approbation at each stage.

Medical institutions that are ready to introduce innovative approaches and technologies should consider IT outsourcing as one of the options that help speed up the implementation of tasks and increase the efficiency of their implementation.

Connect with Us

Eager to unleash your growth potential with Boosty Labs? Connect with our team to learn more about our services and how we can help you realize your ambitions.

Book a call