Official LifeBot Health partner · Türkiye

The clinical picture, shared, from the field to the specialist.

AEGISCOP introduces the LifeBot Medical Command Network to Türkiye. We configure, demonstrate, deploy and support connected medical and telemedicine systems that link the team at the patient, the remote clinician and the receiving record.

Meet us with LifeBot Health at ICMM 2026 · Abu Dhabi · 10–13 November 2026
Command video workspace with scene camera, camera controls and live vitals
Command consultation view. Demonstration view · sample data.
LifeBot Link rugged tablet with clinical monitoring displayLifeBot Link · at the patient
Remote clinician joins
AEGISCOPLifeBot

AEGISCOP is the local partner for LifeBot Inc. in Türkiye: one accountable contact for demonstration, configuration, delivery and support.

About the partnership

The medical mission

The patient is here. The expertise is somewhere else.

Distance, movement and dispersed expertise shape every connected medical service. The question is not whether a call connects, but whether the right clinical picture reaches the right person, and whether the record arrives.

At the point of need

The local team acquires observations, device information and the clinical record, often far from a hospital.

With the remote clinician

Consultation connects the patient context with the expertise the team needs, using shared monitoring, ECG and media.

Through the care transition

Documentation and received-record review support the next team. Saving, receiving and handing over are separate, provable steps.

Medical Command Network

One network. A defined role for everyone in the encounter.

LifeBot organises patient-side work, remote clinical participation and received-record review into distinct workspaces, configured around your operating model.

Conceptual workflow, not an as-built design. Local completion, record receipt and clinical handover are distinct tasks.

One encounter, step by step

Follow the patient, the clinician and the record.

Every LifeBot demonstration follows the same five steps, so you can see exactly what happens, and who is responsible, at each one.

  1. 01Link · Core

    Establish patient-side context

    The local team identifies the patient and encounter in Link or Core, uses the selected equipment and documents the required observations.

  2. 02Command

    Bring in remote expertise

    The team requests authorised Command participation. Participants agree what to share and who records the discussion.

  3. 03Link · Core

    Complete local documentation

    The team checks and saves the record. A local save describes local state; it does not prove submission or receipt.

  4. 04Matrix

    Confirm the received record

    The selected package follows the configured path. The records user locates it in Matrix; rejected or unmatched records have a named owner.

  5. 05Care team

    Confirm clinical handover

    The responsible professionals confirm transfer of care under the service’s procedure. Receipt of data alone does not transfer responsibility.

Link drops?

When remote participation is unavailable, applicable local documentation continues and the team uses its approved alternate-communication procedure. Network restoration, application reconnection and record reconciliation are confirmed separately.

Illustrative walkthrough for planning a service, based on the LifeBot Public Positioning Guide. Not a reported patient case or an operator procedure.

Why AEGISCOP

LifeBot builds the network. We make it work in Türkiye.

A connected medical service needs named owners for configuration, training, support and records. In Türkiye, that owner is AEGISCOP.

About AEGISCOP
  • 01

    Configured for your mission

    We map your care setting, roles, equipment and network with LifeBot into one defined configuration, not a catalogue of devices.

  • 02

    Proven before you buy

    A demonstration, then an evaluation in your own scenario against criteria agreed in advance.

  • 03

    Prepared for Türkiye

    We manage the local path: registration, Turkish-language materials and the requirements of Turkish buyers.

  • 04

    Trained and supported locally

    Familiarisation, maintenance coordination, spares and consumables, with one accountable contact in İstanbul.

  • 05

    Clear record custody

    Hosting, access, retention and backup responsibilities defined with your IT and data-protection teams.

What you will see

A demo that answers the buying questions.

We follow the people, the equipment and the record through a representative encounter, using your setting wherever possible.

  1. 1
    Patient-side setupThe Link or Core arrangement and selected equipment
  2. 2
    Encounter contextPatient and call selection, history and observations
  3. 3
    Clinical informationMonitoring, ECG and examination or imaging media
  4. 4
    Remote participationCommand case context, conversation and shared views
  5. 5
    DocumentationCare forms, narrative, signatures and record output
  6. 6
    Local continuationThe patient-side workflow while remote access is down
  7. 7
    Records servicePackage transfer and review in Matrix
  8. 8
    Deployment supportPower, network, accessories, training and service

Evidence

Dated experience, read with its limits.

Each case says what it shows and what it does not. We think that is what serious buyers expect.

All evidence
  1. 1998DREAMS research programme begins with Texas A&M and UTHealth Houston
  2. 2005DREAMS ambulance and stations used in hurricane response
  3. 2014Frost & Sullivan product innovation recognition
  4. 2017Alberta mobile stroke unit introduced with LifeBot telestroke equipment
  5. 2024–25LifeBot 10 in NASA ground-based medical research
  6. 2026AEGISCOP introduces the Medical Command Network to Türkiye

2005

Hurricane response, New Orleans and Texas

What it shows
Deployment of connected clinical equipment into a disrupted care environment, relying on cellular communications where the public network was unavailable.
What it does not show
Original programme equipment and dates. Not a specification for a current LifeBot product.

Introduced 2017 · published 2018

University of Alberta mobile stroke unit

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.

2024–2025

NASA ground-based medical research

What it shows
Device capabilities, user experience, atmosphere exposure and integration limitations studied in a constrained-environment research context.
What it does not show
Ground research only. No NASA endorsement, no current-product validation and no operational space deployment is implied.

LifeBot in the region

From the Gulf to Türkiye.

LifeBot’s President and CEO, Sherif Mohallal, previously led the company’s Middle East and Africa business (2019–2023). An e& enterprise announcement describes a LifeBot partnership for virtual care in UAE critical sectors. In Türkiye, AEGISCOP is LifeBot’s partner.

  • UAE e& enterprise partnership
  • Türkiye AEGISCOP

Buyer’s checklist

Six questions to ask any telemedicine supplier.

Which data reaches the record automatically? What keeps working when the link drops? Who supports the system in Türkiye? Use our checklist to compare like for like.

Read the checklist

ICMM 2026 · ADNEC Centre Abu Dhabi

Meet AEGISCOP and LifeBot Health in Abu Dhabi.

46th ICMM World Congress of Military Medicine, 10–13 November 2026. Book a 20-minute meeting and see the Medical Command Network live.

Request a demo

See the complete encounter, live.

Book a demonstration with sample data: patient-side work, the remote clinician joining, local work during an outage and the record arriving. Online, on site in Türkiye or at ICMM 2026.

Request a demo