The most impressive trait about the Jelvix team is that you can't give them a task or idea too large. No matter how grand a vision you may have, they'll always have a solution or means to accomplish it.
Thank you, Jelvix, making our vision into a reality. You executed, delivered and were responsive through the whole project. The finished product has an awesome look, feel and user experience that will change the way physical therapists and patients interact between visits.
Our application was finished and able to generate revenue within one year as the Jelvix team adhered to the required timeline efficiently and professionally. They were communicative, responsive, and always available to take on feedback and make tweaks or changes as required.
Jelvix delivered digital products that are fit for purpose and, in the case of the mobile apps, award-winning. Led by an engaged project manager, communication with the development team is smooth and purposeful. They contributed conceptually to the solutions and were excited to problem-solve.
Solutions:
Technologies:
Sasha Andrieiev
CEO at Jelvix
Our goal is to build software solutions that truly matter, making the world a better place for everyone while helping entrepreneurs succeed in their journey.
For 16 years, Jelvix has been a strategic tech partner for global leaders and innovators. We leverage high-end design, rigorous QA, and expert consultancy to engineer scalable solutions that turn complex business challenges into market-leading products.
We deliver customized VR solutions that integrate with your IT infrastructure and meet healthcare compliance requirements.
VR-trained staff show higher accuracy in clinical procedures and see a 40% improvement in patients’ treatment.
According to the FDA, AR/VR devices can potentially improve patient compliance and adherence to therapy, especially in pain management.
VR keeps delivering value through fewer errors and lower training costs.
Hospitals deploy VR to safely train staff outside of clinical settings, building new hires’ confidence and providing administrators with clear information about workforce readiness.
VR in surgery allows specialists to examine anatomy based on actual imaging and experiment with alternative approaches if a case touches upon unusual structures or impaired visibility.
Schools have embraced the approach of VR medical training to simulate clinical conversations and learn procedural logic long before students interact with real patients.
Rehab centers utilize VR exercises that change according to patient progress and allow movement observation, assisting therapists to make more tailored recovery plans.
VR exposure scenarios are used by clinicians to manage trauma, phobias, and anxiety through controlled, adjustable environments that would be impossible in daily life.
VR transforms existing health tech products, enabling organizations to achieve market leadership with next-generation health solutions.
Effective VR systems in healthcare rely on capabilities that match clinical expectations and integrate reliably with the hospital tech stack.
Delivers exact, clinician-grade viewable models to aid with diagnostic reliability and procedure instruction.
Captures user movements with medical-level precision to ensure procedures and interactions follow real clinical mechanics.
Displays patient or simulation data inside the VR environment, helping clinicians interpret information without switching tools.
Integrates VR apps with PACS, DICOM, and surgical planning systems so imaging flows directly into the simulation.
Allows medical staff a controlled view of sessions, performance data, and patient progress for informed oversight.
Produces measurable insights (session metrics, skill progression, error patterns) to support training evaluation and clinical audits.
Supports major VR headsets and clinical hardware to fit existing procurement and IT infrastructure.
Uses secure architecture aligned with HIPAA, GDPR, and industry best practices to safeguard patient data and meet regulatory expectations.
With decades of healthcare software development expertise, Jelvix builds VR solutions that integrate seamlessly into clinical workflows and help physicians deliver more confident, effective care.
We build VR apps around specific clinical problems so the teams get a tool used to solve a given problem and not just a random simulation.
We refactor outdated VR software, replace unstable components, and introduce modern rendering and data-handling standards to extend the system’s lifespan.
We assist teams in assessing how VR fits into their clinical or operational pipeline and conceptualizing system structures to enable future growth.
We provide data management, access control, and audit features to integrate VR workflows with health care regulations and institutional security policies.
We implement advanced data pipelines to collect, analyze, and visualize patient and trainee performance from VR sessions, converting raw data into actionable clinical insights and verifiable learning reports.
Explore a wide range of digital transformation solutions Jelvix can build to support your organization’s goals.
This solution uses patient imaging to recreate the case in VR, helping teams explore routes and strategies in advance so fewer uncertainties surface during surgery.
This platform offers repeatable simulations that reveal gaps early and strengthen decision-making before those moments happen in real care.
VR tools often create new data silos that slow adoption and frustrate IT teams. This integration maintains full regulatory compliance and ensures the VR environment operates as an extension of the hospital’s digital ecosystem
We offer training platforms that gauge performance, compare attempts, and highlight skill gaps, so educators and clinical leads can ensure the workforce is ready.
We create surgical rehearsal spaces that utilize patient imaging and procedural logic, providing surgeons a space to trial approaches before being sent into the OR.
We produce therapeutic modules that aid clinicians in adjusting stimuli, monitoring reactions, and tracking patient progress without relying on inconsistent real-world environments.
A VR rehabilitation system captures precise motion data, cognitive responses, and engagement patterns to guide individualized recovery plans, which gives clinicians clearer insight into recovery trends and treatment adjustments.
This stage focuses on what technical constraints the VR system must respect. We examine data flows, device environments, and integration points to make sure the solution fits real clinical use.
Our architects design the technical foundation of the VR system, defining how rendering, interaction logic, and backend services work together. This includes planning data pathways that preserve clinical interoperability across existing digital systems.
We design an interactive VR mock-up to test essential dynamics, spatial realism, and user action. This early model supports validation of clinical accuracy and ensures the system feels natural to those clinicians who are about to use it.
During this phase, we develop the app’s front-end and back-end components with security and compliance with regulations.
The full VR experience is implemented, including 3D environments, interaction sequences, simulation logic, and backend communication. This stage introduces infrastructure for communication layers that support API integration in healthcare, allowing the software to interact with clinical platforms when needed.
The system goes through technical checks that evaluate performance, device behavior, reliability of data handling, and readiness for clinical use. Testing ensures the tool behaves predictably in environments where stability matters.
Healthcare professionals run through VR scenarios to check procedural accuracy, environment layout, and overall clinical relevance. Their input drives final improvements so the product facilitates real clinical judgement.
The VR system is deployed in the digital environment of the hospital or clinic with the system-specific setup of devices, users, and access configuration. Deployment includes hands-on support for staff so the transition from testing to daily use goes smoothly.
We check the performance, enhance rendering/interaction logic, and make all of the integrations more efficient and flexible as the clinical requirements change. Continuous refreshment keeps the VR system true to today’s requirements.
Every solution is engineered to meet healthcare regulations from the start.
We connect VR systems with existing records so imaging, patient context, and training data appear where clinicians already work.
We build VR environments that behave predictably in high-stakes settings, with stable performance and validated clinical logic.
Your project is handled by senior engineers with proven experience in VR, backend systems, 3D pipelines, and healthcare IT.
We deliver functional updates quickly, allowing clinical teams to test ideas early and shape the product through real feedback.
We work alongside healthcare organizations to map digital strategy, reduce operational friction, and turn VR into measurable value.
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