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Legal notice & disclaimers

Operator

This website is operated by ManMed Dynamics LLP. Contact: connect@manmed.in.

Research status

OncoVision, Aetheris and the Robotic Auscultation module are research and development programmes. They are not approved medical devices and are not offered for clinical use. Statements of intended function describe research objectives, not demonstrated clinical performance.

3D visualisations

All 3D models are original illustrative engineering visualisations created for this website (the Unitree G1 is built from Unitree’s published description, see below). The homepage film is a visualisation made for this site, in two chapters. Chapter 01 is rendered: a conceptual surgical arm and endoscope imaging a synthetic tissue model, near-infrared fluorescence imaging shown in false colour (NIR light is invisible to the eye) with synthetic processing and analysis panels, and the simulated Aetheris training station. Chapter 02 combines licensed laboratory footage of third-party laboratories (the researchers shown are not ManMed staff) with a rendered bioinformatics workstation whose screens show synthetic data. It does not depict a ManMed laboratory, product or approved device, a real procedure, a patient or measured data (details: visualisation notes). Dimensions shown are reference values and are not manufacturing specifications. The Phase 2 robotic configuration, operating-theatre workflow, humanoid instrument handover and auscultation signals are conceptual or simulated. Optical paths and waveforms are illustrative; NIR light is invisible to the human eye. Robot motion on this site is a visualisation, not a validated robot controller.

Visualisation notes

The homepage film is a visualisation made for this website, in two chapters: 01 Surgical oncology (rendered) and 02 Molecular oncology (licensed laboratory footage combined with rendered scenes). It does not show a ManMed laboratory or staff, a real procedure, a patient, a ManMed product or measured data.

  • Surgical robotics. The arm and endoscope are a conceptual design model, not an approved or commercially available device. The tissue is a synthetic model.
  • NIR fluorescence imaging (OncoVision). Near-infrared light is invisible to the eye: the excitation cone, the returning emission and the glow are drawn in false colour to explain the optical path. The processing panels show synthetic data; the AI-assisted analysis is a research concept that proposes regions for clinician review and does not make a diagnosis.
  • Laboratory footage (chapter 02). Licensed stock footage (Mixkit, Stock Video Free License) and public-domain footage (US Centers for Disease Control and Prevention) of third-party laboratories, trimmed, reframed and colour-graded. The researchers shown are not ManMed staff and the laboratories are not ManMed facilities; no endorsement by them is implied. Credits: image and footage credits below.
  • Genomics workstation. A rendered scene. The genome-browser and neoantigen screens show synthetic data (generated sequencing reads, placeholder gene names, illustrative scores and an illustrative HLA–peptide model) to explain a conceptual workflow: tumour and normal sequencing → somatic variant identification → HLA–peptide analysis → candidate prioritisation, followed by experimental validation. They are not patient data or ManMed results, and they do not imply that ManMed has completed these stages.
  • Aetheris. A simulated training station (humanoid holding laparoscopic instruments at a box trainer) rendered as a technical visualisation; it does not show a procedure on a patient.

Third-party products and marks

Thorlabs, Teledyne FLIR (Blackfly), Tamron, MidOpt, NVIDIA (Jetson), Unitree (G1, H1) and Elephant Robotics (myCobot) are trademarks of their respective owners and are referenced only to identify hardware used or referenced in ManMed research. No endorsement is implied. ManMed does not manufacture the Unitree G1 platform or the myCobot 280; the myCobot model on the Robotic Auscultation page is an approximation built from published dimensions, not manufacturer CAD. Partner and supporter logos are shown as published by ManMed or by the organisations themselves, recoloured for the dark page; they remain the property of their owners.

Open-source assets

The Unitree G1 model on the Aetheris pages is built from Unitree's published robot description (unitree_ros, © 2016–2022 HangZhou YuShu Technology Co., Ltd. “Unitree Robotics”), used under the BSD 3-Clause License. The meshes were simplified for the web and the Unitree logo mesh was omitted; Unitree does not endorse this website.

Image and footage credits

  • Mandya Institute of Medical Sciences campus (homepage, “Clinical testbed”) — photo by Prof tpms, Wikimedia Commons, licensed under CC BY-SA 4.0. Changes: cropped, resized and colour-graded for the website; the adapted image is shared under the same licence.
  • Laboratory footage in the homepage film (researcher pipetting at the bench; researcher at the microscope) — Mixkit clips #4767 and #4733, used under the Mixkit Stock Video Free License. Changes: trimmed, slowed to 24 fps, reframed and colour-graded. The people shown are not ManMed staff and do not endorse ManMed.
  • Multichannel pipetting close-up (homepage film) — from Laboratory Science: Mission Critical, Centers for Disease Control and Prevention, Wikimedia Commons, public domain (work of the US federal government). Changes: trimmed, reframed, sharpened and colour-graded. Its use does not imply endorsement by the CDC or HHS.
  • Team portraits, founder and research photographs — as published by ManMed Dynamics on manmed.in.

Privacy

This site does not use advertising or analytics cookies. Messages sent with the contact and collaboration forms are e-mailed to ManMed (connect@manmed.in) and used only to answer your enquiry; the website itself does not store them. Team, news and event content, including its images, is delivered by ManMed’s content service, Sanity (images from cdn.sanity.io). No patient data is shown anywhere on this site; all phantoms, images and signals are synthetic.