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Healthcare infrastructure, powered by VeeaONE

Your science. Your applications.
Delivered where care happens.

You bring the science, applications and services. HealthLynx provides the infrastructure to deliver them.

Bring healthcare applications and AI into hospitals, clinics and patients’ homes. Built on VeeaONE, HealthLynx combines connectivity, local computing, security and remote management so your team can deploy and operate services close to the people and information they depend on.

Your team & application partners

The expertise

Science, software, AI models and services.

HealthLynx

Built on VeeaONE

  1. Connected devices

    Supported wearables, sensors & cameras

  2. Patient telemetry & edge AI

    Your applications process device data and run video inference locally.

  3. Selected information

    Measurements, activity events & summaries

Local intelligence. Patient-controlled sharing.

  • Connectivity
  • Local computing
  • Security
  • Fleet management

Where it runs · Your deployment settings

  • Hospitals
  • Clinics
  • Homes

Built for

  • Life-sciences companies
  • Research organizations
  • Healthcare software and AI developers
  • Digital-health service providers

Where it runs

  • Hospitals
  • Clinics
  • Doctors’ offices
  • Patients’ and participants’ homes

What it enables

  • Connected devices
  • Patient telemetry
  • Local AI
  • Controlled sharing
  • Remote management
From expertise to delivery

Bring your next idea into the places it needs to work.

The next step for a healthcare service is often an infrastructure challenge: connecting devices, running software, protecting information and keeping it all working across locations.

HealthLynx gives your team and application partners a common foundation for that work. Advance your science and services while building on VeeaONE for the networking, computing and operations underneath.

The HealthLynx foundation

Connect it. Run it. Keep it working.

One site, four capabilities
Explore the four capabilities

Central management

VeeaCloud · Control Center

  • Configure
  • Update
  • Monitor

Managed network

Supported devices

Wired · Wi-Fi · Cellular

Local inputs

Application + AI

Local service

Encrypted communications

Authorized systems

Defined access

HealthLynx / Connect

Connect devices and locations

Connect supported sensors, equipment and local systems through a managed network. Choose wired, Wi-Fi or cellular options to fit each location. Separate healthcare service traffic from household, guest or other business use, with controlled connections to the systems your service relies on.

Connection options and defined network boundaries

HealthLynx / Compute

Run applications and AI locally

Run compatible applications and AI models close to the devices generating the data. Analyze measurements, images or other supported inputs on suitable local hardware. Local inference can reduce cloud round trips and turn raw inputs into useful events or summaries before information leaves the site.

Processing at the location, on suitable hardware

HealthLynx / Protect

Protect data and connections

Build your service around network segmentation, defined access and encrypted communications. SecureConnect capabilities help govern connections and surface unusual network behavior for review. Combine these controls with local processing to support your privacy and data-residency design, including where information is processed and which systems can receive it. This infrastructure can underpin applications that put patients in control of how their information is shared.

Access policies + encrypted communications

HealthLynx / Manage

Deploy and manage the fleet

Deploy compatible applications, coordinate software updates and manage configuration across qualified VeeaONE systems. Central visibility into system and connectivity status helps your team operate the service beyond the first installation.

Local intelligence · Patient control

A clearer picture of health. With the patient in control.

Bring signals together without giving privacy away. HealthLynx provides the infrastructure for applications that turn patient telemetry into a richer digital picture, with local AI and sharing shaped by the patient’s permissions.

Signals from the body · Local intelligence · Controlled sharing

Captured from the patient

Measurements from life. Insights from local AI.

Wearables & sensors

Signals captured at the wrist and body

Video monitoring + local AI

Consented movement → on-site analysis

AI runs locally. Selected insights can be shared; raw footage stays on-site.

The patient · Represented digitally

Health signals originate with the patient.

Patient telemetry · A digital view

Patterns. Trends. Context.

Measurements captured through connected devices and local analysis.

Shared with permission

Patient-controlled access

Open a connection.
Keep control.

The patient decides who can access what, for which purpose and for how long.

  • Care team
  • Activity summaries
  • Care review · 24 hours
Share selected insights

Sharing is off. Local processing continues.Permission granted. Only activity summaries flow to the care team.

Permission leaves a trace.

A blockchain consent layer can record permissions, revocations and access events.

Medical records, raw video and digital-twin data stay off the blockchain.

Illustrative partner use case

See more of what happens between research visits.

Imagine a research organization studying changes in movement and activity over time. Its application could analyze sensor inputs and consented video locally, turning them into measurements and activity summaries for the research team.

In this example, video is analyzed locally and original footage stays on-site under the program’s retention policy. Selected movement measurements and activity summaries could update a coded digital twin for the study and be shared under the participant’s permissions. HealthLynx would provide the connectivity, local computing and remote management needed to operate that application across participating clinics and homes.

Research visit

Between visits

Research visit

Sensor inputs

Consented video

Movement and activity over time

Activity summaries

Research team

Measurements · Activity summaries

Original footage stays on-site

The research organization and its application partners define the software, study protocol, consent and interpretation. This example illustrates what partners could build on the infrastructure.

A footprint that fits the workload

Bring the right computing to each location.

  • Hospitals
  • Clinics & doctors’ offices
  • Patients’ & participants’ homes

Native Veea edge systemsVeeaHubs

Combine site networking, connectivity, security and local application computing in a native Veea edge system. Choose the model and configuration for the devices, space and workload.

Additional compute profilesQualified third-party edge systems

Use supported x86 Linux or NVIDIA Jetson environments when the workload calls for a different compute profile. Runtime, networking, security and management capabilities vary by target and configuration.

Your service can continue long after installation.

Whether you offer a subscription, an enterprise service or a research program, the infrastructure needs ongoing operation. You define the customer experience and commercial model. HealthLynx provides the foundation for deploying and managing the systems that deliver it.

Before you ask

The questions that decide it

What do we bring, and what does HealthLynx provide?

You bring the science, applications and services. HealthLynx provides the infrastructure to deliver them: connectivity, local computing, security and remote management, built on VeeaONE, so your team can deploy and operate services close to the people and information they depend on.

Where can it run?

Hospitals, clinics and doctors’ offices, and patients’ and participants’ homes. Choose wired, Wi-Fi or cellular options to fit each location, and bring the right computing to each one.

Does raw data have to leave the site?

Your service determines what needs to travel and what can remain at the location. A local AI model could turn device inputs into measurements, events or summaries, then send selected outputs to authorized systems. Local processing can reduce how much raw information needs to travel, and encrypted connections can carry selected information over existing internet connections.

How are connections and information protected?

Build your service around network segmentation, defined access and encrypted communications. SecureConnect capabilities help govern connections and surface unusual network behavior for review. Combined with local processing, these controls support your privacy and data-residency design, including where information is processed and which systems can receive it. In a patient-controlled application, permissions define who can access which information, for what purpose and for how long; withdrawing permission stops future authorized access.

How do digital twins and blockchain fit into HealthLynx?

HealthLynx provides the infrastructure on which these applications can run. A coded digital twin is a digital representation of health measurements and trends over time, linked to a coded identifier rather than directly identifying the patient. A blockchain consent layer can record permissions, revocations, document fingerprints and access events; medical records, raw video and twin data remain in separate protected systems. Together with encryption and access controls, this model can support patient-directed sharing with authorized care and research teams.

What hardware runs it?

VeeaHubs combine site networking, connectivity, security and local application computing in a native Veea edge system; choose the model and configuration for the devices, space and workload. When the workload calls for a different compute profile, supported x86 Linux or NVIDIA Jetson environments can be used. Runtime, networking, security and management capabilities vary by target and configuration.

Who operates it after installation?

Your team, with central visibility. Deploy compatible applications, coordinate software updates and manage configuration across qualified VeeaONE systems through VeeaCloud and Control Center; visibility into system and connectivity status helps your team operate the service beyond the first installation. You define the customer experience and commercial model.

Are healthcare applications and clinical services part of HealthLynx?

They are scoped separately. Healthcare applications, medical-device integrations and clinical services are scoped separately from the underlying infrastructure, and hardware, application compatibility, security features and management capabilities are defined for each deployment.

Plan your HealthLynx deployment

What are you building? Where does it need to run?

Bring us your service idea, applications, connected devices and first deployment setting. Together, we can scope a pilot around the computing, connectivity, data flows and operating responsibilities it needs—then plan how to expand.

Hardware, application compatibility, security features and management capabilities are defined for each deployment. Healthcare applications, medical-device integrations and clinical services are scoped separately from the underlying infrastructure.