Go to ScienceSoft Global
Custom Telehealth Apps for Neurology
Architecture, Key Features, Costs, and ROI
In software development since 1989 and in healthcare IT since 2005, ScienceSoft designs and implements HIPAA-compliant telemedicine software, including solutions for neurology.
Telemedicine for Neurology: the Essence
Teleneurology uses audiovisual communication, store-and-forward features, and remote patient monitoring to help patients manage chronic neurological diseases and recover from neurological injuries. Via telehealth, neurologists can conduct patient interviews, cognitive testing, mobility exams, and consult remote emergency care teams on the treatment of acute conditions.
By 2025, the demand for neurologists is expected to exceed the supply by 19%. Teleneurology helps mitigate this issue by optimizing the neurologists’ schedules, decreasing the time spent on administrative tasks, and promoting self-management of neurological diseases without compromising the quality of care.
Custom teleneurology software surpasses off-the-shelf solutions thanks to advanced features, such as assisted diagnostics, secure neuroimaging data sharing, and interactive visualizations. Such solutions help neurologists to provide efficient remote consultations resulting in improved diagnostic accuracy, faster treatment decisions, and enhanced patient outcomes.
Conditions That Can Be Treated via Telemedicine
|
|
Cognitive impairments like Alzheimer’s disease, dementia. |
|
Tic disorders (e.g., Tourette syndrome, provisional tic disorder). |
|
|
Follow-up care for patients after stroke, TIA (transient ischemic attack). |
|
Myelopathy (cervical, thoracic, lumbar). |
|
|
Gait abnormalities and balance issues. |
|
Neuropathy and other neuromuscular conditions. |
|
|
Movement disorders like Parkinson’s disease, tremors. |
|
Disorders associated with vertigo (blood vessel disorders, multiple sclerosis, etc.). |
|
|
Epilepsy and seizures management. |
|
Injury recovery (e.g., after spinal cord, brain injuries). |
The Architecture of a Telehealth Solution for Neurology
The core part of any telehealth solution is a cloud server with a data storage and processing module and a video streaming server. The former enables the collection and handling of patient data, medical staff schedules, self-help knowledge base, appointment recordings, etc. The latter provides real-time video conferencing functionality. Other than that, a typical teleneurology solution would include the following key elements:
App for patients
- Requesting and having online appointments with a neurological care specialist, scheduling therapy sessions and requesting lifestyle counseling.
- Tracking symptoms, moods and vitals in the app.
- Viewing self-help guides (e.g., on tremor mitigation)
- Messaging a doctor for guidance on symptoms alleviation (e.g., tingling), medication side effects management, etc.
Admin web panel
For hospital or neurological center supervisors, administrators.
- Viewing the list of current app users, managing patient and medical staff access to the telehealth app.
- Managing neurologists’ schedule.
- Adding and updating patient self-help guides, etc.
App for medical staff
For neurologists, neurological care nurses, psychologists, physiotherapists, occupational and speech therapists, etc.
- Scheduling and conducting online appointments and exams (including mental state, coordination, sensory systems, reflexes, etc.).
- Managing patients’ treatment plan, medication, schedule physical, speech, and other therapy sessions.
View more
Key Features of a Telemedicine Solution for Neurology
Based on ScienceSoft’s 19 years of experience in healthcare IT, our experts outlined the key teleneurology software functionality requested by our clients.
Online consultations and therapeutic sessions
- Scheduling and conducting video appointments.
- Appointment recordings available to a neurologist and a patient.
- Instant doctor-patient text messaging (e.g., to advise on medication side effects, symptoms alleviation), file sharing (e.g., photos of incisions, MRI scans).
- Real-time rehabilitation sessions with a neurologist, occupational therapist, etc.
- Online social support groups for patients.
- Lifestyle counseling sessions (e.g., to slow down the disease progression).
Patient assessment and monitoring (for medical staff)
- In-app access to patient profiles with medical records.
- Templates of neurological exam checklists tailored for various diseases (e.g., assessment of speed, fluency of movement of the head, eyes, lips, limbs).
- Dashboards with patients’ health improvements based on the appointments’ records.
- Remote monitoring of outpatients (e.g., recovering from brain trauma, stroke) supported by connected medical devices or sensors.
Chronic neurological disease management and self-help (for patients)
- Log of symptoms (nausea, hallucinations, etc.) and vitals (e.g., blood pressure, heart rate) available for a doctor for further disease management assessment.
- Self-help guides (e.g., to mitigate tremor, balance issues, disrupted sleep), diet guides and pre-visit instructions (e.g., home environment adjustment for posture assessment).
- Collections of disease-specific physical and mental exercise videos (e.g., for alleviating Tourette syndrome tics, coping with dementia).
Patient treatment and medication management
- Template-based treatment plan creation.
- In-app medication prescription and refill.
- Medication intake log and reminders (for patients).
- Follow-up visits or patient polls to monitor potential medication side effects, allergies and drug interactions.
Telecritical care
- Emergency teleconsultations for remote healthcare teams in hospitals lacking an on-site neurologist to help patients with acute stroke, spinal cord traumas, etc.
- In-app tPA dosage calculation for emergency care (ischemic stroke, transient ischemic attack).
Analytics
- AI-based detection of symptom patterns (e.g., attention deficit and weaker memory due to lack of sleep, escalated tremor due to unsystematic medication intake).
- Alerts to neurologists and patients in case of abnormal patient vitals.
- Comparative analysis of patient cases with the same neurological condition for further research of its symptoms and treatment.
Insurance and billing
- Personal insurance information (for patients).
- Patient eligibility check and insurance verification (for medical staff).
- In-app payment gateway (working with a card, Apple Pay/Google Pay, etc.) for automated payment for the online neurological appointments not covered by insurance (for patients).
Security and compliance
- End-to-end data encryption (for ePHI, video appointments recordings, etc.).
- Application access and identity management.
- Multi-factor authentication for teleneurology app users (patients and medical staff).
- HIPAA and HITECH compliance.
To help chronic disease patients and neurological staff stay in touch without substantial time expenses, I suggest our clients augment custom teleneurology software with AI chatbots. Chatbots can increase the availability of care by providing informational support, collecting patients’ health data and symptoms, and improving patient engagement.
Off-the-Shelf Telehealth Platforms
Some healthcare organizations need to implement a telehealth solution fast, so they opt for an off-the shelf product. Such software offers basic telehealth functionality and isn’t tailored to the neurology domain specifics and needs. Here are some popular options:
- Patient-to-provider, provider-to-provider, and multi-party video appointments.
- Communication via video and phone.
- Integration via open standard APIs (FHIR).
- Mobile app for on-demand and scheduled virtual appointments.
- Guides and videos to train the telehealth team.
- Integrations with Epic, athenahealth, custom legacy EHRs.
- Scheduling and conducting virtual post-discharge check-ins.
- In-built ePrescribe.
- Analytics reports on patient recovery.
- 150 options for workflow customization.
Should You Opt for a Custom Teleneurology App?
Answer a few short questions and find out whether you should opt for a custom-made teleneurology solution.
Do you need to automate patient assessment by introducing software as a medical device functionality to the teleneurology app? For example, image-based assessment of a patient’s balance or limbs’ movement range, speech assessment based on the speech recognition technology?
Do you need to add in-app treatment programs that patients can use on their own? For example, attention-improving therapy, anxiety relief treatment, motor skills exercises, memory training, reminiscing therapy?
Do you want to implement AI for patient-facing chatbots and neurological symptoms checkers?
Do you consider adding a rehabilitation module (e.g., using VR)?
Do you need to enable VR-based surgery planning?
Tell us more about your needs
Please answer at least one question to help us better understand your business objectives.
It’s better to opt for a ready-made app
It seems that an out-of-the-box solution will work just fine for your initiative. If you’d like to get expert assistance to choose and implement the app that fits you best, just drop us a line.
A custom teleneurology app is the best option for you
It seems you can benefit from a partially or fully custom telehealth app for neurology. ScienceSoft’s experts will be glad to help you elicit the software requirements, design a robust architecture, or fully develop your solution.
How to Introduce Telemedicine to The Neurology Practice
1
Analyze the current workflows in the neurology practice, the neurologists’ schedules, the most common visit reasons, etc.
2
Learn about the telemedicine reimbursement rules and policies applicable in the region.
3
Create a business case for telemedicine implementation, clearly formulating the desired business goals, financial and time constraints, key success metrics.
4
Partner with a healthcare software development company to create a telehealth app tailored to your practice, or invest in a market-available telemedicine product.
5
Create user guides for patients, neurologists, admins.
6
Appoint a telemedicine program manager, decide on the staff members who will take over the telemedicine schedules update, new users approval, etc.
7
Launch the telemedicine app and train the neurologists to use this tool efficiently.
8
Start a marketing campaign on your website, encourage the neurologists to promote the online care to the patients.
9
Analyze program adoption, software performance, patient and doctor feedback to improve the app.
See How It Works in Real Life
Check Out Our Telehealth App Demo
Explore opportunities that a telehealth app provides to foster continuous and impactful communication between patients and healthcare professionals.
Explore a Telehealth App with Remote Patient Monitoring
In the app demo, we show how the automated collection of health parameters, vitals analysis, and identification of symptom patterns contribute to advanced patient care.
Looking for a Teleneurology Solution?
Common Integrations for a Teleneurology App
We recommend integrating the telehealth neurology application with the following medical software and hardware to achieve patient data consistency and integrity for efficient neurological care delivery:
- EHR or EMR system – to provide the neurologist with the 360-degree patient view and log the appointments and their results in EHR for billing purposes. Furthermore, multiple integrations can go via EHR: with insurance verification, e-prescribing, accounting and billing software, payment gateway, etc.
- Smart devices or sensors – to enable automation in gathering patients’ vitals (e.g., measuring a heart rate during rehabilitation sessions, scanning range of joints’ movement at routine online appointments) and sending them to the teleneurology app for further storing, analysis, and identification of abnormalities.
- Medical imaging software – to provide neurologists with direct access to medical images (e.g., MRI or CT scans) for faster case assessment and, if necessary, neurological surgery planning.
- Laboratory information system – to enable neurologists to access patients’ test results (blood glucose, general blood analysis, etc.).
How to Build Teleneurology Software
ScienceSoft takes a focused and detail-oriented development approach to ensure that your solution meets the specific needs of neurology practices:
1
Assessing needs and determining key features
Outlining the unique software requirements of your neurological and emergency care teams; identifying core functionalities like remote neurological examination, secure image sharing for neuroimaging, real-time conferencing with high-quality audio and video.
2
Formulating a project plan
Detailing deliverables, KPIs, milestones, budget, and timeline.
3
Developing the frontend and backend
of the teleneurology software utilizing the agile method.
4
Implementing security measures
to protect sensitive patient data: ensuring adherence to industry-specific regulations like HIPAA and HITECH, using encryption protocols for telehealth interactions.
5
Integrating
the software with healthcare systems and remote assessment, monitoring, and neurostimulation devices, e.g., Tele-EEG for epilepsy, DBS for Parkinson’s disease.
6
Testing
the teleneurology solution with a focus on functionality, usability, and performance: validating the software's capabilities against neurology-specific scenarios.
7
Deploying the software, providing user training, and ensuring the adoption
of the teleneurology solution.
8
Offering ongoing support and evolution services
Promptly resolving any technical issues, embracing advancements and evolving requirements in the neurological field.
What Determines the Teleneurology App Success
With a portfolio of over 150 successful healthcare IT projects, ScienceSoft gathered the key factors that define the efficiency of teleneurology software:
Simple UI layout, clear interface including voice navigation
to enable patients (e.g., with degraded fine motor skills, short attention span) to use the app and get necessary digital neurological care.
Fast response time of the app
for fast loading of the app’s elements (e.g., symptoms log, appointments scheduling) to ensure streamlined care delivery.
Challenges of Teleneurology Apps and How ScienceSoft Solves Them
Challenge: Teleneurology apps are an easy target for cyberattacks, and they are under higher risk of fraud, data and compliance breaches.
Solution
Cybersecurity is a foundational element of each of ScienceSoft’s projects, especially in the healthcare domain. We design secure software architectures, use secure coding practices, follow DevSecOps approach, and perform extensive security testing to eliminate potential software vulnerabilities. We do it with compliance in mind to make sure your teleneurology app follows relevant regulations, including HIPAA, HITECH, GDPR, etc. Plus, ScienceSoft holds ISO 9001, ISO 27001, and ISO 13485 certifications that prove our dedication to software quality and data security management.
Challenge: Users of teleneurology apps may have little experience with technology or struggle to use the software due to hereditary, age- or disease-related impairments.
Solution
In our projects, we design tailored UI and UX to match the needs of the end users and implement accessibility features like flexible font sizes, text-to-speech, voice assistance, etc. Moreover, we allocate additional resources to usability testing to make sure that the delivered teleneurology app is intuitive and easy-to-use.
Investments and ROI
The cost of a telehealth app for neurology starts from $150,000-$200,000 and highly depends on the required functionality set. For example, if you want your solution to feature remote patient monitoring capabilities enabled by sensors or devices, the development costs can rise to $400,000+. On average, a teleneurology application can reach 100% ROI within 6 months.
Want to understand the detailed costs of your teleneurology software?
Learn more about telemedicine software development cost factors and ROI.
Key financial outcomes
|
Decreased length of patient stay in the hospital, lower care and ancillary costs. According to 2021 Telehealth Survey conducted by American Medical Association, over 44% of clinicians indicate that telehealth decreased the costs of care. |
Improved patient and clinician satisfaction and retention. In Massachusetts General Hospital, patient satisfaction rates were above 90% and clinician satisfaction reached 94% after implementing a teleneurology program. |
|
Reduced hospital admissions due to continuous health monitoring and early complications identification. |
Increased visit attendance for people with chronic neurological conditions. |
Rely on Our Experts to Launch a Teleneurology App
Drawing on 35 years of IT experience, ScienceSoft can help you create an advanced and reliable teleneurology solution that will be appreciated by the patients and physicians alike. You set goals, we drive the project to fulfill them in spite of time and budget constraints, as well as changing requirements.
Teleneurology app consulting
Attentive to detail, our healthcare IT consultants will lead you through the process of teleneurology software design and project planning to create a truly effective app.
Teleneurology application implementation
ScienceSoft’s software development team is ready to take over the entire project from planning to deployment to help you achieve the desired business outcomes and ensure high-quality care.
ScienceSoft's Clients Say
Patrick Pakan
Founder and CEO
Thanks to ScienceSoft’s practical healthcare IT expertise, we created a musculoskeletal therapy platform that can be fully customized and reflect the needs of each program member. I am excited to see AKLOS Health change the approach to physiotherapy and offer each member a truly bespoke experience that’s based in science.
We engaged ScienceSoft to build an Android app that complements our web-based platform for our patients.
They advised and successfully lead the way from end to end through the technical challenges and considerations with development of the app. We have also engaged them to introduce a few enhancements to the app and would certainly consider ScienceSoft as a technology partner in further software development initiatives.
Todd Nilson
MD
We are thankful for the meticulous and value-driven approach of ScienceSoft’s team. They created comprehensive project documentation, feature lists, and worked out thorough recommendations to help us improve the stability and performance of our solution. ScienceSoft’s project manager, business analyst, QA and software engineers were always friendly and ready to answer our questions or solve any ad-hoc issues. ScienceSoft proved to be a reliable vendor with a solid healthcare background, and we recommend them to everyone looking for a telehealth software development partner.
What makes ScienceSoft different
We achieve project success no matter what
ScienceSoft does not pass mere project administration off as project management, which, unfortunately, often happens on the market. We practice real project management, achieving project success for our clients no matter what.
About ScienceSoft
ScienceSoft is a US-headquartered international IT consulting and software development company. Delivering healthcare IT solutions for 19 years and being ISO 13485 certified, ScienceSoft has acquired a deep understanding of telemedicine software to provide quality teleneurology application consulting and development services.