5G for Healthcare

Delivering World-Class Health Solutions

5G for Energy
5G for Energy

Revolutionising Healthcare

5G future-proofs our healthcare
system and provides new treatment
options for patients in the wake of a
global pandemic.

Remote robotic surgery
Remote robotic surgery
Robot-assisted surgery makes procedures safer and easier to perform, even allowing surgeons to operate on patients remotely.
Smart ambulances
Smart ambulances
High-definition cameras and haptic technology in ambulances let clinicians guide paramedics remotely during emergencies.
Remote patient monitoring and wearables
Remote patient monitoring and wearables
Wearable devices give doctors real-time data on a patient’s health, thereby improving the accuracy of diagnoses.
Cloud robotics for assisted living, healthcare, and rehabilitation
Cloud robotics for assisted living, healthcare, and rehabilitation
Robots can step into assisted living homes, hospitals, and rehabilitation centres to support patients on the road to recovery.

Pain points in the Healthcare industry

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Pain Point 1

Increasing burden of non-communicable diseases, need for continuous patient monitoring

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Pain Point 2

Maintaining quality healthcare service – reducing hospital congestion, waiting time, etc.

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Pain Point 3

Rapid development technology and research of healthcare industry

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Pain Point 4

Disaster and crisis management – pandemics, natural disasters, accidents etc.

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Pain Point 5

Continuous learning and research needs

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Pain Point 6

Insufficient and unequal distribution of specialists for medical collaborative surgery

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Pain Point 7

Lack of better building management systems

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Pain Point 8

Slow delivery of critical medical supplies and equipment

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How 5G-enabled digital solutions can help

Reduce load to health facilities by implementing patient monitoring to provide continuous view of vitals data and detect any abnormalities in the patient’s condition.

Data flow

Step 1: Devices

Step 1: Devices More Information
  • Wearables and e-health devices
  • Monitor health vitals (e.g., Sp02, NIBP, Pulse, Temp, etc.) of patients

Step 2: Connectivity

Step 2: Connectivity More Information
  • Data collected for processing
  • 5G supports the expansion of devices supported and scalability

Step 3: Edge Compute

Step 3: Edge Compute More Information
  • In the future with edge storage, algorithms near to devices could provide real-time recommendations

Step 4: Cloud Compute & Storage

Step 4: Cloud Compute & Storage More Information
  • Hospital (on-prem/private) cloud
  • Optional – private cloud and data management platform

Step 5: Applications & Services

Step 5: Applications & Services More Information
  • Patient Mobile App
  • Primary Care Application
  • Apply algorithms for predictive & prescriptive analytics and dashboards

Step 6: Inform Decision Makers

Step 6: Inform Decision Makers More Information
  • Dashboard triggers real-time alerts and emergency response to patient location (Possible to be integrated with hospital’s system)

Step 7: Support Decision Making

Step 7: Support Decision Making More Information
  • Housepital Platform

Application logic

Scenario 1

  • Patients connected with wearables connected to 5G through IOT gateway.
  • Data is transmitted through network to the solution database (on-prem/cloud).

Scenario 2

  • 5G’s large bandwidth enables doctors to access vast amounts of real-time patient data.
  • Patient’s data can be retrieved and analysed in real-time on the cloud.

Scenario 3

  • Information and alarms in dashboards will automatically trigger the emergency unit and doctors for reactive measures to be taken.
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Expected benefits

  • EWS (Early Warning Signals) Detection
  • Automation of health vitals measurements and transmissions
  • Chronic care management and reduced re-admissions

Note: 

iconAI – Artificial Intelligence

iconML – Machine Learning

iconMV – Machine Vision​

iconSME – Subject Matter Expert

iconP&ID - Piping and Instruments Diagram

iconGHG - Greenhouse Gas

iconIT - Information Technology

iconOPAF - Open Process Automation Forum

iconOT - Operational Technology

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Key value created

  • Transition to value-based services and continuous care

Email us at:

enterprise@digital-nasional.com.my

Phone number:

0123456789

Potential

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How 5G-enabled digital solutions can help

Providing an option for doctors and patients to interact through remote consultations, saving time and costs.

Data flow

Step 1: Devices

Step 1: Devices More Information
  • Data inputs such as:
  • Electro cardio graph (ECG)
  • Medical records
  • Examination reports
  • Image files

Step 2: Connectivity

Step 2: Connectivity More Information
  • Patient's medical information is uploaded to the platform
  • Transport network (i.e., 4G or 5G)

Step 3: Edge Compute

Step 3: Edge Compute More Information
  • N/A

Step 4: Cloud Compute & Storage

Step 4: Cloud Compute & Storage More Information
  • Community hospital database
  • Specialised hospital database

Step 5: Applications & Services

Step 5: Applications & Services More Information
  • Real-time video consultation and reports

Step 6: Inform Decision Makers

Step 6: Inform Decision Makers More Information
  • Secured system for patient history and video consultation
  • Offline consultation

Step 7: Support Decision Making

Step 7: Support Decision Making More Information
  • Mobile conference

Application logic

Scenario 1

  • Multiple doctors access the remote consultation platform, review and upload new records and images.
  • 5G’s large bandwidth enables doctors access to historical information with UHD (Ultra High Definition) images from various sources for holistic diagnosis.

Scenario 2

  • Patient’s data can be viewed through by individual doctors or at conferences to facilitate discussions
  • Remote consultation platform
  • Consultation application
  • Review and triage
  • Real-time video consultation
  • Consultation report
  • Interactive consultation with audio and video
  • Offline consultation
  • Mobile conference
  • Remote medical record discussion
  • Video-enabled ward rounds
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Expected benefits

  • Access to high-quality healthcare services in remote areas with access to specialists
  • Increased mobility and accuracy of consultation through 5G
  • Single database to ensure holistic medical history from multiple doctors

Note: 

iconAI – Artificial Intelligence

iconML – Machine Learning

iconMV – Machine Vision​

iconSME – Subject Matter Expert

iconP&ID - Piping and Instruments Diagram

iconGHG - Greenhouse Gas

iconIT - Information Technology

iconOPAF - Open Process Automation Forum

iconOT - Operational Technology

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Key value created

  • Reduce cost of appointment
  • Patients can have follow-up appointments from anywhere

Email us at:

enterprise@digital-nasional.com.my

Phone number:

0123456789

Potential

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How 5G-enabled digital solutions can help

Providing high-definition digital imaging to support accurate diagnosis.

Data flow

Step 1: Devices

Step 1: Devices More Information
  • Mobile x-ray
  • Mobile sonography

Step 2: Connectivity

Step 2: Connectivity More Information
  • Data collected for processing
  • Transport network (i.e., 4G or 5G)

Step 3: Edge Compute

Step 3: Edge Compute More Information
  • Images processed at the edge (on the imaging device)

Step 4: Cloud Compute & Storage

Step 4: Cloud Compute & Storage More Information
  • N/A

Step 5: Applications & Services

Step 5: Applications & Services More Information
  • Deep-learning improves signal-to-noise and image sharpness of scans
  • On-device AI helps flag critical findings

Step 6: Inform Decision Makers

Step 6: Inform Decision Makers More Information
  • Identify and flag quality issues of scans

Step 7: Support Decision Making

Step 7: Support Decision Making More Information
  • AI findings on potential critical conditions

Application logic

Scenario 1

  • Mobile X-rays are moved to the patient and a scan is performed from the patient’s bedside.
  • Original images have inconsistent quality with high image noise and are challenging to diagnose.

Scenario 2

  • 5G connectivity fulfils requirements for high bandwidth and low latency to help deliver mass amounts of data for on-device processing.

Scenario 3

  • Actionable insights:
  • AI reconstruction of images from X-rays reduces noise and achieves clearer images
  • Embedded AI on X-ray device highlights suspicious findings within seconds
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Expected benefits

  • Increased productivity by enabling shorter scan times anywhere
  • Automatically detect anomalies
  • Deliver consistent results and eliminate rescans/scanning inefficiencies

Note: 

iconAI – Artificial Intelligence

iconML – Machine Learning

iconMV – Machine Vision​

iconSME – Subject Matter Expert

iconP&ID - Piping and Instruments Diagram

iconGHG - Greenhouse Gas

iconIT - Information Technology

iconOPAF - Open Process Automation Forum

iconOT - Operational Technology

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Key value created

  • Faster and increased efficiency from improved diagnosis accuracy

Email us at:

enterprise@digital-nasional.com.my

Phone number:

0123456789

Potential

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How 5G-enabled digital solutions can help

Real-time updates from site and during the transportation time to the hospital in a connected ambulance, providing better care and access to specialists in an emergency.

Data flow

Step 1: Devices

Step 1: Devices More Information
  • Connected ambulance with devices such as an ultrasound machine, ECG, blood glucose monitor, etc.
  • 5G mobile tablet
  • HD cameras
  • 5G router

Step 2: Connectivity

Step 2: Connectivity More Information
  • All data types collected will be transmitted
  • Transport network (i.e., 4G or 5G)

Step 3: Edge Compute

Step 3: Edge Compute More Information
  • N/A

Step 4: Cloud Compute & Storage

Step 4: Cloud Compute & Storage More Information
  • Patented cloud and data management platform (cloud/on-prem)

Step 5: Applications & Services

Step 5: Applications & Services More Information
  • Patient data is processed and shown on a dashboard
  • Advanced algorithms to monitor patient diagnosis and push recommendations

Step 6: Inform Decision Makers

Step 6: Inform Decision Makers More Information
  • Paramedics supported by hospital specialists remotely analyse patient medical records and assist in complex assessments and treatments
  • Real-time location tracking of ambulance

Step 7: Support Decision Making

Step 7: Support Decision Making More Information
  • Rerouting to appropriate hospitals for relevant patient treatment

Application logic

Scenario 1

  • 5G connected ambulances equipped with telematics sensor for real-time tracking rush to emergency location.
  • Paramedics equipped with 5G enabled devices for constant transmission of data and live footage.

Scenario 2

  • Once a patient is lifted into the ambulance, paramedics will dive into action, remotely livestreaming UHD footage and connecting patients with all wearables for vital sign monitoring shared in real-time between paramedics and hospital specialists.

Scenario 3

  • Provision of emergency care fully supported by hospital specialists for effective patient vital signs monitoring and analysis of mobile medical scans to advise on appropriate treatment.

Scenario 4

  • Swift action can be taken to:
  • Convey patient to appropriate hospital for treatment
  • Emergency units can prepare necessary settings at hospital arrival, potentially saving patients’ lives
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Expected benefits

  • Improve overall emergency response times and efficiency, potentially saving more lives
  • Providing “specialised” patient care with added support during an emergency

Note: 

iconAI – Artificial Intelligence

iconML – Machine Learning

iconMV – Machine Vision​

iconSME – Subject Matter Expert

iconP&ID - Piping and Instruments Diagram

iconGHG - Greenhouse Gas

iconIT - Information Technology

iconOPAF - Open Process Automation Forum

iconOT - Operational Technology

icon

Key value created

  • Connected ambulance enables better care in an emergency

Email us at:

enterprise@digital-nasional.com.my

Phone number:

0123456789

Potential

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How 5G-enabled digital solutions can help

Through adoption of AR/VR training and visualisations, doctors can understand and try new approaches in medical care through realistic experiences.

Data flow

Step 1: Devices

Step 1: Devices More Information
  • Wearables – and AR applications
  • Content/Image files from ultrasonic images, CT scans, MRI scans

Step 2: Connectivity

Step 2: Connectivity More Information
  • 5G enables real-time immersive experience through high bandwidth and low latency

Step 3: Edge Compute

Step 3: Edge Compute More Information
  • Images/Videos are rendered at the edge to enable tactile feedback in a simulated environment

Step 4: Cloud Compute & Storage

Step 4: Cloud Compute & Storage More Information
  • Images stored in single cloud database
  • Modeling and graphic computing in the cloud database

Step 5: Applications & Services

Step 5: Applications & Services More Information
  • 3D reconstruction of images
  • Real-time rendering for simulation and procedure modules

Step 6: Inform Decision Makers

Step 6: Inform Decision Makers More Information
  • Content transmission through VR for procedural and scenario-based simulations

Step 7: Support Decision Making

Step 7: Support Decision Making More Information
  • Remote teaching for medical operation, pre-operation communication, and in-operation guidance

Application logic

Scenario 1

  • Doctors/trainees can sign-in onto virtual learning platforms using their unique ID and put on AR/VR enabled headsets.

Scenario 2

  • User access to an array of multimodal simulation and educational materials through:
  • Walkthrough of surgical procedures equipped with multiple overlays
  • Practice procedures with handheld devices utilising force feedback haptics

Scenario 3

  • Intuitive system allows doctors/trainees to experience sights, sounds and touch to hone and rehearse process and procedures in a safe and measurable environment.
  • Delivering an immersive learning and development environment with added collaborative learning & knowledge sharing.

Scenario 4

  • Interactive dashboard to track, monitor and evaluate performance, highlighting clear learning pathways and overall skill development across cohorts.
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Expected benefits

  • Accelerated skills acquisition, development, and reskilling
  • Reduced errors and increased efficiency in practical delivery of surgery and patient treatment

Note: 

iconAI – Artificial Intelligence

iconML – Machine Learning

iconMV – Machine Vision​

iconSME – Subject Matter Expert

iconP&ID - Piping and Instruments Diagram

iconGHG - Greenhouse Gas

iconIT - Information Technology

iconOPAF - Open Process Automation Forum

iconOT - Operational Technology

icon

Key value created

  • Doctors discover new approaches in medical procedures through immersive experiences

Email us at:

enterprise@digital-nasional.com.my

Phone number:

0123456789

Potential

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How 5G-enabled digital solutions can help

Enables specialists to collaborate with local and rural doctors through a connected platform, empowering real-time mentoring of treatment & techniques.

Data flow

Step 1: Devices

Step 1: Devices More Information
  • Surgical schematic overview
  • Patient live feed
  • Medical records
  • Examination reports
  • Image files
  • Wearables

Step 2: Connectivity

Step 2: Connectivity More Information
  • 5G enables real-time live feed with high bandwidth and low latency live feed and software system installed in operation room 

Step 3: Edge Compute

Step 3: Edge Compute More Information
  • Images/Videos are rendered at the edge to enable tactile feedback in a simulated environment

Step 4: Cloud Compute & Storage

Step 4: Cloud Compute & Storage More Information
  • Community hospital database
  • Specialised hospital database

Step 5: Applications & Services

Step 5: Applications & Services More Information
  • HD quality video streaming
  • Multiple screen display feed of multiple devices

Step 6: Inform Decision Makers

Step 6: Inform Decision Makers More Information
  • Two-way communication facilitating active discussions
  • Connected dashboard for all patient vital statistics

Step 7: Support Decision Making

Step 7: Support Decision Making More Information
  • Real-time video streaming of surgery

Application logic

Scenario 1

  • A surgeon faces challenges in handling patient cases and seeks advice, scheduling sessions with other specialists prior to actual surgery taking place.
  • During surgery, the surgeon will equip wearables and ensure all preparations are ready for collaborative surgery.

Scenario 2

  • Supporting specialist(s) will log onto the platform remotely, accessing real-time UHD streaming of the operating room from multiple angles with a live feed of all the patient’s monitoring vital signs as well as a schematic overview of the procedure displayed on a dashboard.

Scenario 3

  • The surgeon can collaborate instantaneously, actively communicating and receiving step-by-step advice when conducting surgical procedures.
  • Specialists will also have AR overlay of 2D images and 3D model viewed real-time to facilitate efficient procedures.

Scenario 4

  • Post-case review functionality available for future references and insights.
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Expected benefits

  • Specialists virtually in the same operating room through 5G-connected dashboards and 2D/3D images/models
  • Multiple remote specialists interactively guide the surgeon

Note: 

iconAI – Artificial Intelligence

iconML – Machine Learning

iconMV – Machine Vision​

iconSME – Subject Matter Expert

iconP&ID - Piping and Instruments Diagram

iconGHG - Greenhouse Gas

iconIT - Information Technology

iconOPAF - Open Process Automation Forum

iconOT - Operational Technology

icon

Key value created

  • Specialists collaborating with rural doctors and empowering them with real-time guidance

Email us at:

enterprise@digital-nasional.com.my

Phone number:

0123456789

Potential

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How 5G-enabled digital solutions can help

Enable efficient hospital management through integrated monitoring of end-to-end building infrastructure and security controls.

Data flow

Step 1: Devices

Step 1: Devices More Information
  • Sensors collecting data on building facilities (HVAC, lighting systems, etc.) and hospital assets (beds, etc.)
  • CCTV data to monitor asset and employee / patient safety

Step 2: Connectivity

Step 2: Connectivity More Information
  • Data collected by the sensors/CCTV to be transported to the Edge for processing

Step 3: Edge Compute

Step 3: Edge Compute More Information
  • Utilisation of edge computing for AI/MV analysis on data collected for immediate action

Step 4: Cloud Compute & Storage

Step 4: Cloud Compute & Storage More Information
  • All data captured from the edge is stored in the Enterprise cloud storage

Step 5: Applications & Services

Step 5: Applications & Services More Information
  • AI algorithms would perform long-term analysis to enhance detection models for security as well as device performance over time

Step 6: Inform Decision Makers

Step 6: Inform Decision Makers More Information
  • Real-time alerts on incidents detected for immediate rectification

Step 7: Support Decision Making

Step 7: Support Decision Making More Information
  • End of process

Application logic

Scenario 1

  • Collecting sensor data in real-time on hospital assets and equipment functionality / performance over time.
  • Collecting data from deployed CCTVs within the hospital for intruder/asset monitoring.

Scenario 2

  • AI / MV is used to analyse the data/image frames for potentially faulty equipment.
  • Identified issues will be reported in real-time to the relevant PIC for action and when possible, resolved automatically by the AI application.

Scenario 3

  • Based on the results generated by the AI/MV model, key personnel would be deployed on-ground to resolve the identified issue/optimise deployment of hospital assets at hand (bed allocation to patients, etc.).
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Expected benefits

  • Improved operational efficiency from downtime prevention
  • Enhance staff, patient and asset safety through proactive threat prevention
  • Lower operating cost from optimised use of resources

Note: 

iconAI – Artificial Intelligence

iconML – Machine Learning

iconMV – Machine Vision​

iconSME – Subject Matter Expert

iconP&ID - Piping and Instruments Diagram

iconGHG - Greenhouse Gas

iconIT - Information Technology

iconOPAF - Open Process Automation Forum

iconOT - Operational Technology

icon

Key value created

  • Enable efficient hospital management through integrated monitoring

Email us at:

enterprise@digital-nasional.com.my

Phone number:

0123456789

Potential

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How 5G-enabled digital solutions can help

Use of autonomous drones to enable efficient delivery of medical supplies and equipment.

Data flow

Step 1: Devices

Step 1: Devices More Information
  • Drones used to transport critical medical supplies/equipment needed during emergencies

Step 2: Connectivity

Step 2: Connectivity More Information
  • Low latency, high bandwidth capabilities of 5G to support unmanned drone operation

Step 3: Edge Compute

Step 3: Edge Compute More Information
  • Utilisation of edge computing for real-time AI-based route navigation

Step 4: Cloud Compute & Storage

Step 4: Cloud Compute & Storage More Information
  • All data captured from the edge is stored in the Enterprise cloud storage

Step 5: Applications & Services

Step 5: Applications & Services More Information
  • AI algorithms are used to perform analysis on flight paths to improve delivery times

Step 6: Inform Decision Makers

Step 6: Inform Decision Makers More Information
  • Real-time alerts and reporting on delivery of equipment

Step 7: Support Decision Making

Step 7: Support Decision Making More Information
  • End of process

Application logic

Scenario 1

  • Upon receiving request from paramedics, A&E personnel would load the necessary supplies and equipment on the drone with the location for delivery.

Scenario 2

  • Programmed AI models enabled by 5G would navigate the drone to its point of destination without human intervention.

Scenario 3

  • Upon arrival, an alert would be sent to the receiver to collect the packaged equipment with concurrent updates made to the sender.
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Expected benefits

  • Reduce delivery time of critical medical supplies / equipment, leading to enhanced patient care
  • Reduced operating costs (e.g., savings on fuel, etc.)

Note: 

iconAI – Artificial Intelligence

iconML – Machine Learning

iconMV – Machine Vision​

iconSME – Subject Matter Expert

iconP&ID - Piping and Instruments Diagram

iconGHG - Greenhouse Gas

iconIT - Information Technology

iconOPAF - Open Process Automation Forum

iconOT - Operational Technology

icon

Key value created

  • Efficient delivery of medical supplies and equipment

Email us at:

enterprise@digital-nasional.com.my

Phone number:

0123456789

Potential

Cross-industry solutions

Autonomous robots and aerial drones can traverse harsh and dangerous environments and reduce hazard risks for human workers. Such technology will provide enhanced monitoring and safety upkeep for facilities. They can be fitted with various sensors geared towards the purpose they are meant for and by using 5G, we can deploy them in real-time whereby the data collected can be sent directly to an AI application for investigation and immediate further action.

Wearable technology allows security and medical personnel to conduct background and health checks efficiently. Of course, they have a much broader focus and can be used in many different industries where clothing has been enriched with wearable technologies. Wearables are also able to collect extra information for a 5G-enabled digital service.

Sensors are crucial for capturing real-time data and insights and pave the way for more informed decision-making. Sensors will be the data collection point for every 5G-enabled digital service and therefore will have to cover a broad spectrum of types of information to be collected and the way they are connected to the DNB 5G network.

XR is set to take work and play to the next level with cutting edge technology never seen before. These devices have the potential to boost productivity and enhance entertainment, changing the way we experience our reality through digital transformation. There is an increasing broad spectrum of devices available for both consumer and enterprise markets, making it increasingly important for each user experience.

DNB Ecosystem

Disclaimer of Endorsement

All information provided on potential 5G-enabled solutions and potential vendors is provided for information purposes only and based on our awareness of the available 5G-enabled solutions and potential vendors in the market. It does not constitute endorsement, recommendation or favouring by DNB. It is your responsibility to verify and evaluate such 5G-enabled solutions and potential vendors. DNB is not an agent or legal representative of any of such 5G-enabled solutions and potential vendors, is not associated or endorsed by such potential vendors, has no authority to act on behalf of any such potential vendors, and will be an independent party if you enter a business relationship with such potential vendors. Third party links included are for convenience only and are not under DNB’s control. DNB does not assume any responsibility or liability for your use of such third-party links.