Improve diagnosis and reduce the readmission rate of your medical facility with state-of-the-art medical imaging software
The global medical image analysis software market is growing consistently, driven by an increasing demand for non-invasive diagnostic procedures and the adoption of imaging software across various medical departments. It's no surprise that medical imaging software has made significant impacts on healthcare, empowering physicians to detect diseases at early stages and monitor treatment effectiveness.
As a leading medical imaging software development company, Devico designs solutions tailored specifically to the unique needs of healthcare professionals. If you're looking to enhance your healthcare facility with revolutionary medical diagnostic software, don't hesitate to reach out to us.
Trusted by clients from 39 countries. Our global presence enables us to deliver software services 24/7/365 and swiftly adapt to any zone and customer’s requirements
Medical imaging is a vital aspect of healthcare. Due to rapid technological advancements and medical progress, healthcare providers employ a wide range of imaging types - MRI, radiography, ultrasound, positron-emission tomography, computer tomography, echocardiography, etc. All of these are essential for diagnosis and treatment monitoring. However, besides capturing these images, it's equally crucial to process, interpret, and store them properly. That's where medical imaging software comes into play. Based on its primary function, we can differentiate the following types of medical imaging software:
This type of software conducts rapid, accurate analysis of medical images in various file formats using Machine Learning and Artificial Intelligence algorithms. It scans, compares, and analyzes medical images from different patients or the same patient over time, facilitating swift identification of abnormalities, assessment of disease progression, and prediction of future health issues.
This software transforms medical images to simplify their analysis, thereby aiding healthcare specialists in making precise diagnoses. The primary functions of medical image processing software are image segmentation, image registration, and image visualization.
Considering the extensive use of diagnostic medical imaging, medical facilities often need to handle a large volume of images in a variety of formats - DICOM, TIFF, NiftY, MINC, Ecat7, MRC, GM, PNG, JPEG, etc. Storing, retrieving, and managing these images can be quite a challenge. Medical image management software significantly simplifies image management by providing well-structured medical image datasets, enabling multiple users to access and view image data concurrently on different systems, allowing the export of images to other file formats, and integrating medical image data with other records like EHR, HIS, or RIS.
Medical imaging systems bring an array of benefits to healthcare providers, many of which they are familiar with from direct experience. Nevertheless, it's worth underscoring some of these advantages to illustrate why medical diagnostic software development is in high demand.
The primary advantage of medical imaging software lies in its capacity to enable early and accurate diagnoses, often a critical factor in saving lives. Leveraging Machine Learning and Artificial Intelligence, it precisely analyzes image data and detects abnormalities and pathologies. This early detection allows physicians to provide timely interventions and treatments, significantly improving the patient's prognosis, and in some cases, can be life-saving
This aspect is a direct consequence of the first point. The application of medical imaging software reduces the risk of errors, speeds up the diagnosis process, and allows physicians to detect diseases at their early stages. As a result, they can implement timely and effective measures necessary for efficient treatment. Furthermore, this software is utilized not only for diagnosis but also for monitoring treatment efficiency and disease progression. This leads to improved patient outcomes and increased patient survival rates - key metrics for any medical facility
Medical image analysis software can manage substantial workloads by analyzing hundreds of images simultaneously and identifying those with suspicious findings. As a result, healthcare facilities can decrease the number of human resources allocated to radiology, consequently reducing costs. Patients also experience significant savings, as more accurate diagnoses prevent them from undergoing unnecessary and potentially costly treatments. Moreover, early and accurate diagnosis helps them avoid invasive procedures and additional expensive tests
The term "painless" has dual implications in this context. The first one is quite literal. Medical imaging software allows doctors to pinpoint the problem without resorting to painful invasive methods, enhancing patient comfort and recovery. For instance, healthcare specialists can gain comprehensive insights into the internal workings of a patient's specific organ or tissue without additional complex procedures. The second implication is metaphorical. The use of such software also makes the work of doctors "less painful." It eases the diagnostic process, and they can be more confident in the diagnoses made
Success user cases build
Year of Healthcare experience
Average feedback we receive
HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP
HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP
HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP
HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP
HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP
HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP
HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP
HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP HOW WE HELP
Devico specializes in the development of a variety of medical diagnostic software, offering customized solutions tailored to the specific needs and requirements of our clients. With a deep understanding of our clients' business, we construct robust solutions that adhere to all regulations. Our portfolio includes the development of the following types of medical imaging software:
We develop web, desktop, and mobile solutions for biomedical image analysis that support grayscale, color, and 3D images in various file formats. Our software aids medical professionals in making swift and accurate diagnoses.
We develop web, desktop, and mobile solutions for biomedical image analysis that support grayscale, color, and 3D images in various file formats. Our software aids medical professionals in making swift and accurate diagnoses.
This software is designed for storing, managing, and disseminating data generated within radiology departments and diagnostic imaging centers. It simplifies several daily tasks, including patient registration and management, scheduling, order tracking, reporting, and billing. Typically, RIS is integrated with Picture Archiving and Communication Systems and Vendor-Neutral Archives.
This software enables detailed analysis of X-ray images, providing insight into both exterior surfaces and internal structures. It is extremely helpful in diagnosing and treating conditions such as cancer, heart disease, and neurological disorders. For instance, it can localize the site of an injury in a cranial trauma or detect spots on the lungs of a patient with tuberculosis.
Dental and orthodontic practices widely use laser scanners, stereophotogrammetry, and computed tomography to generate 3-D images. These images allow the evaluation and recording of craniofacial structures' size and form. Our orthodontics software assists medical staff in effectively handling 3D imaging, providing more detailed and realistic diagnostic information about craniofacial hard and soft tissues, and enabling faster, easier, and more reliable 3D analyses.
We build custom radiology apps for radiosurgery equipment that facilitate radiation treatment, radiation dose planning, tumor localization, and more. These software solutions streamline the planning and delivery of radiosurgical procedures.
Our echocardiography image analysis and reporting platform helps medical professionals evaluate patients' heart conditions effortlessly. It can function as a standalone platform or integrate with PACS and EMR echocardiography reading workflows.
We heavily utilize AI technology in our imaging analysis software development. Employing image processing and machine learning techniques, our solutions can detect cardiovascular abnormalities, predict Alzheimer's disease, identify cancer in its early stages, and more. AI is the key to accurate and swift diagnosing.
Creating medical imaging software requires careful consideration of both end-user requirements and the needs of product owners, which can lead to a variety of feature sets. Nonetheless, here are some fundamental features that medical imaging systems typically possess:
This functionality improves the quality of medical images by reducing noise, adjusting contrast, eliminating artifacts, enhancing resolution, and correcting blurs, among other things. The primary goal is to achieve optimal image visibility, enabling doctors to accurately interpret images and make precise diagnoses
To enhance the accuracy of diagnoses, software should have the ability to partition medical images into separate regions to focus on a specific area of interest, such as a particular organ, bone, tissue, or blood vessel. This capability makes it easier to detect nodules, tumors, and other anomalies
This is the alignment of multiple images based on their visual characteristics, aiming to find the best spatial transformation to match the underlying anatomical structures. Depending on the input image, registration could be unimodal, multimodal, interpatient, or intrapatient
Altering the way the original dataset is viewed enables a more comprehensive analysis. Popular image visualization techniques include 3D reconstruction and 2D visualization. 3D reconstruction involves merging multiple 2D images of the same object from different angles into a single image, while 2D visualization involves splitting 3D reconstructions into original 2D images
This involves associating portions of a medical image with diagnostic information, such as size, shape, texture, and morphology. This is a vital feature for custom medical image analysis software, as it enables automated generation of diagnostic data about various organs, aiding in identifying changes in biological structures
In order to have indeed brilliant specialists on the team, we are always super-scrupulous about our hiring process suggesting six steps:
Our employees are our most valuable asset which is why we always take the time to hire only those who are the best fit.
Developing medical imaging software is a complex process that necessitates a deep understanding of both medical and software engineering fields. The key challenges include ensuring robust security, regulatory compliance, training AI models, handling vast volumes of training data, and addressing multimodality issues.
Estimating the development time without knowing the specific project requirements is impossible, as many factors can affect the timeframe. Generally, development takes between 4 to 8 months on average, although this can vary significantly depending on the project.
Typically, it takes us up to two weeks after a kickoff meeting to assemble a dedicated team that aligns with the client's requirements.
With a pan European talent pool, Devico brings together the continents best talent and makes them available for you