112 & pre-hospital care

Bring the specialist into the ambulance.

Emergency medical services cover long distances and time-critical conditions. LifeBot lets the crew document the encounter, share selected monitoring, ECG and media, and bring a remote physician or specialist into the case before arrival.

Request a demo for this mission

Emergency ambulance services
Mobile stroke and specialist units
Air and rural ambulance operations
Emergency departments receiving patients

Twelve-lead ECG review workspace — Twelve-lead ECG review with lead panels and record navigation. Demonstration view · sample data. Historical screen labels do not verify a current installation.

The operational problem

Distance turns minutes into decisions

In rural regions and long transfers, the crew may need specialist input long before the patient reaches hospital. The remote clinician needs the right context to help.

Start with the information the remote clinician needs and the personnel who acquire it, then define how the consultation fits the transport workflow and what the next care team receives.

How the network fits

Each participant gets a defined role.

The configuration assigns a workspace to each role. Equipment, communications and interfaces follow the selected design.

Ambulance crewLifeBot LinkPatient-side encounter, monitoring, ECG and documentation in the vehicle.Learn more Specialist unitLifeBot CoreTreatment workspace in a larger mobile unit or receiving bay.Learn more Remote physicianLifeBot CommandConsultation with shared vital signs, ECG, scene and examination media.Learn more Receiving recordsLifeBot MatrixReceived run records available for review; hospital interfaces defined per project.Learn more

Planning the service

Questions we answer together before any proposal.

A configuration that fits the mission covers the clinical task and everything that keeps it running.

Operating condition	Planning response
Information at the patient	What will the crew acquire and document?
Remote clinical role	Who reviews the case, and when are they available?
Service integration	How do equipment, transport and consultation work together?
Record transition	What information does the next care team receive?

In your demo

What we will show you.

Call and patient context on the crew’s workspace
Monitoring and 12-lead ECG shared with a remote physician
Scene video with camera control and telestration
Run record output and receipt

LifeBot systems are not yet registered for clinical use in Türkiye. Until registration is complete, they are presented for demonstration and evaluation with sample data.

Who should join

Medical director
EMS operations
Receiving emergency department

Request a demo

Relevant evidence

What the record shows, and its limits.

All evidence

Introduced 2017 · published 2018

University of Alberta mobile stroke unit

A mobile stroke unit combining a CT scanner, point-of-care laboratory and LifeBot telestroke equipment, connecting a specialist team and a remote neurologist with patients transferred from rural locations.

What it shows: LifeBot equipment working inside a complete mobile clinical service, with remote specialist participation during transport.
What it does not show: The complete service was evaluated; outcomes do not isolate the equipment’s effect.

Source: Shuaib et al., BMJ Innovations 4, 54–59 (2018). DOI 10.1136/bmjinnov-2017-000240.

1998–2006

DREAMS research programme

Texas A&M engineering with UTHealth Houston clinical participation; U.S. Army Medical Research and Development Command identified as programme sponsor.

What it shows: The origin of the clinical software: ambulances and deployable stations connected with hospital physicians through video, audio and patient physiological information.
What it does not show: Earlier programme lineage. It is not proof of today’s full Medical Command Network configuration.

Source: Digital EMS reports (1999–2006); Texas A&M programme page.