Collaborate

Help move the idea
toward evidence.

PanthoCor is not primarily looking to raise money — it is looking for the right collaborators. Research partnerships, laboratory access, engineering expertise and equipment support are often more valuable than funding alone at this stage.

Pathways

Ways to get involved

Research collaboration

Working alongside researchers on analytical, biosensing or data-science questions relevant to the portfolio.

University / laboratory partnership

Access to bench facilities, instrumentation or academic expertise to accelerate early-stage research.

Equipment sponsorship

In-kind support such as lab equipment, sensors, prototyping tools or compute resources.

Fabrication support

PCB fabrication, microfluidic prototyping or precision manufacturing support for hardware stages.

Biomedical engineering expertise

Guidance from engineers and scientists experienced in sensing, wearables or electrochemistry.

Clinical / research introductions

Introductions to clinicians or research groups who could responsibly inform later-stage validation.

Philanthropic research support

Charitable or mission-aligned support for the research programme, independent of commercial return.

Technology partnership

Collaboration with technology companies on platform, data or engineering questions across the portfolio.

Molecular health sponsorship programme

Sponsor a stage of the research

The Continuous Molecular Health Initiative's three-stage roadmap doubles as a sponsorship structure. Supporting a specific stage — through equipment, lab access, expertise or philanthropic funding — directly advances a defined, scoped piece of research.

Stage 1

Analytical Proof of Concept

Demonstrate trustworthy electrochemical biochemical measurement on the bench.

  • Glucose, lactate, sodium, potassium and pH
  • Calibration and repeatability
  • Selectivity and interference testing
  • Drift and temperature effects
  • Synthetic interstitial-fluid testing
  • Data acquisition pipeline

Stage 2

Minimally Invasive Biosensor & Patch Research

Move from bench chemistry toward a wearable biochemical interface.

  • Microneedle architectures
  • Synthetic ISF and artificial skin models
  • Microfluidics where appropriate
  • Multiplex sensing
  • Sensor functionalization and antifouling
  • Patch mechanics
  • Expanded analyte research
  • Controlled, non-human bench testing

Stage 3

Wearable Engineering Platform

Miniaturize and integrate validated subsystems into a reusable wearable.

  • Custom PCB and electrochemical analog front end
  • Bluetooth Low Energy
  • Low-power electronics and battery management
  • Firmware
  • Reusable reader and disposable sensing cartridge
  • Android integration
  • Samsung Galaxy Watch7 physiological integration
  • Secure longitudinal data handling
  • Engineering verification

A detailed, verified sponsorship overview (PDF) is being prepared and will be linked here once available.

Sponsorship overview (PDF) — coming soon

Start a conversation

Tell us what you have in mind

Research collaboration, sponsorship, or a technology partnership across VigilanceAI or Money Guardian — reach out and describe what you're looking to explore.