Powering Remote Imaging, Anytime, Anywhere
Stay Connected. Stay Secure. Stay Operational.

No more downtime, no more delays. SMooTH VNEdge is the ultimate edge-computing solution for remote imaging centers. This compact yet powerful cluster of 3 NUC computers ensures your facility remains fully operational — even during network disruptions.
With local processing power, encrypted communication, and stable connectivity to VNAs in datacenters or clouds, SMooTH VNEdge gives your imaging center complete autonomy. Access images, manage workflows, and stay compliant — without ever relying on network stability.
Key Benefits
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🚀 Always-On Availability – Stay operational, even during network outages.
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🔒 Secure, Encrypted Communication – Safe, compliant connections to central and external infrastructures.
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💪 Local Autonomy – Full local processing power ensures high-speed access and seamless workflows.
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📡 Stable VNA Connectivity – Connect to cloud or datacenter VNAs for efficient image sharing.
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⚙️ Plug & Play Deployment – Easy to set up, simple to scale, and ready for any site.
Get in Touch – Experience the Power of SMooTH VNEdge
Interested in learning more about how SMooTH VNEdge can revolutionize your imaging center’s operations? Our experts are here to help! Fill out the form below, and we’ll get back to you as soon as possible.
📩 Contact Us Today!
The growing demand for distributed infrastructure is driven by several factors:
1. Collaboration Across Stakeholders: Modern healthcare requires frequent collaboration between different stakeholders such as hospitals, diagnostic centers, and specialized institutions. Distributed infrastructure allows these entities to access, process, and share critical medical data in real-time, enabling more coordinated care for patients across various specialties.
2. Decentralized Data Processing: With the rise of advanced diagnostic tools and telemedicine, the volume of medical data being generated continues to increase. Distributed infrastructure enables localized data processing, reducing latency and improving the speed at which critical medical insights can be shared, especially in multi-site or cross-departmental environments.
3. Scalable and Flexible Solutions: As healthcare networks grow and new facilities join the ecosystem, distributed infrastructure ensures that systems can scale seamlessly, without the need for complete overhauls of existing IT architecture. This flexibility is vital to maintaining uninterrupted care and operational efficiency.
By leveraging a distributed infrastructure model, J4Care ensures that healthcare providers can effectively collaborate, share data, and deliver faster, more accurate care, while still meeting stringent security and compliance standards.

Active/Active Model for Fault Tolerance and Performance Scalability
Active/Active Model for Fault Tolerance and Performance Scalability
J4Care’s active/active architecture offers robust advantages in both fault tolerance and performance scalability. In this model, multiple computer nodes operate concurrently, ensuring continuous availability with no single point of failure. Should one data center experience downtime, another node seamlessly takes over operations, minimizing any disruption.
This distributed setup enhances performance by balancing the workload across several nodes, resulting in faster data access and more efficient resource utilization. As demand grows, additional nodes can be introduced without compromising system performance or availability, ensuring the infrastructure remains scalable and adaptable.
To maximize availability, nodes can be strategically placed in geographically dispersed locations, providing robust disaster recovery options and guaranteeing continuous service across facilities. Furthermore, placing nodes closer to the point of data generation, or locally, reduces bandwidth dependency and improves performance, making this architecture ideal for high-demand, real-time medical environments.

VN Edge Security and Communication Protocols
J4Care’s VN Edge solution is designed to ensure robust security, even when interfacing with legacy systems or modalities that lack modern encryption standards like TLS (Transport Layer Security). In scenarios where certain modalities or peripheral systems are unable to support TLS due to outdated hardware or software, J4Care’s VNA acts as a secure bridge, ensuring that all communication within the healthcare network remains protected.
While some connected systems using protocols such as HL7 may not always comply with the latest security stacks, J4Care’s edge computing capabilities ensure that all communication between stakeholders is encrypted and safeguarded. By managing sensitive data closer to its source, edge computing adds an additional layer of security, mitigating the risks posed by insecure external systems. This guarantees that even under less-than-ideal conditions, data integrity and security are upheld throughout the healthcare network, ensuring compliance with regulatory standards and protecting patient information.
This capability makes J4Care a reliable solution for managing data in diverse healthcare environments, where not all systems are fully up to date with the latest security protocols, while still ensuring the highest levels of data protection.

VN Edge Data Caching for Enhanced Network Stability and Performance
J4Care’s VNA solution incorporates advanced data caching mechanisms to ensure smooth and reliable workflows, even in networked environments with varying performance or temporary instability. Recognizing that healthcare operations depend heavily on the performance and stability of networks connecting multiple stakeholders, the VNA intelligently caches data to mitigate disruptions caused by network issues.
By caching critical medical data locally, the system allows healthcare professionals to continue accessing and processing information without interruption, even during temporary network outages or in low-bandwidth conditions. This ensures that workflows remain efficient and patient care is not delayed, providing a more resilient and reliable infrastructure.
The ability to cache data locally also reduces the dependency on continuous, high-speed connectivity, which is especially beneficial in remote or distributed healthcare settings. This not only enhances operational stability but also optimizes performance by reducing the need to constantly retrieve large datasets from central servers.
J4Care’s VNA solution ensures that healthcare providers can maintain consistent access to vital medical data, enabling uninterrupted care and reducing the risks associated with network instability.

VN Edge Lifecycle Management and Seamless Data Migration
J4Care’s VNA solution supports the complex lifecycle management of medical data, ensuring that data retention and storage comply with both medical and legal requirements. Given the long-term archiving needs in healthcare, where certain types of medical records must be stored longer than others, the VNA provides flexible and intelligent management of data retention periods. It ensures that all relevant factors, such as storage lifetime limitations, are taken into account to maintain data integrity over time.
As organizations evolve and technologies change, the need for seamless data migration becomes critical. J4Care’s VNA facilitates the migration of data across different systems and storage platforms while ensuring uninterrupted operations. Whether transitioning between storage solutions or adapting to new technological standards, J4Care’s VNA manages these changes without compromising system performance or accessibility.
By maintaining operations during migration, J4Care eliminates downtime and ensures that healthcare providers have continuous access to vital medical records, thereby safeguarding both clinical workflows and patient care. This combination of lifecycle management and smooth data migration provides healthcare organizations with the flexibility and reliability they need to adapt to changing environments while ensuring compliance with archiving and data management regulations.
