MOLECULAR STREAMING
FOR LIFE

$300 lifetime membership

By the early 2030s we expect the first of many millions of households happy to pay $80/month to ensure a future life free of disease*.

Your $300 funds the R&D to make this REAL.

PIONEERS-ALPHA PACKAGE →

A LEGENDARY PURCHASE

CLICK TO ACCESS SCHEMATICS
MR1 Device

PIONEERS-ALPHA

$300 once = comped hardware + support forever. Utility-scale molecular sensing infrastructure.

Limited cohort gets FREE bimonthly consumables for MR series hardware—ends in beta.

Maxine's Quest

PLAYER SCIENTISTS

Play molecular games with real cells and molecules on your molecular streaming devices.

Play Epic Quest Bio™ → earn real advisory equity in Molecular Reality Corporation.

Maxine's Quest

STREAMING SCIENCE

Reach the frontiers of digitalized molecular sensing technology.

Develop real expertise in molecular reality.

SECURE YOUR MEMBERSHIP ($300)

QUESTIONS FROM THE FRONTIER

No. You are purchasing a lifetime Pioneers-Alpha membership to the Molecular Reality ecosystem. The MR1 hardware and the steady stream of consumables (flow cells, reagents) are simply the provisions we issue to members so they can embark on the quest.

Our core product is the network—the collaborative force of human intelligence and AI working to decode molecular reality. The hardware is necessary to generate the data, but the value is in the membership, the community, and the future utility rights.

Yes. We understand that not everyone has the time to pipette buffers or calibrate sensors right now. If you want to support the mission and secure your place in the future utility infrastructure, you can join as a Pioneer and gift your hardware provisions to a dedicated "Player Scientist" who needs resources.

By fueling an active experimenter, you help the network grow and you will share in a portion of the XP (Experience Points) they generate, keeping you invested in our collective success via advisory shares.

Technically, no. We want to be radically open, our schematics and protocols will all become public domain. If you are a hardware hacker capable of building your own compatible rig, you are welcome to join the data stream.

But we want you to get a membership if you can. It includes standardized reagents, accessorites, pores, and other consumables, which along with standardized hardware lets us do better science. Your membership fees also support the core team of scientists and engineers dedicated to organizing this complex global effort.

Because solving solid-state nanopore sensing is incredibly hard. The global scientific community has been working on this fundamental physics challenge for over seven decades. No single individual, lab, or DIY hacker can solve it in isolation.

Molecular Reality Corp exists to accelerate this timeline by coordinating thousands of experiments simultaneously. We need a full-time, centralized team to synthesize the data, refine the algorithms, and engineer the breakthroughs that the collective uncovers. Your contribution funds that essential coordination.

Selling Pioneer memberships is strictly a bootstrapping mechanism. It is not our endgame. We keep margins thin because we need maximum participation to drive the R&D curve.

Our true business model aims for the mid-2030s: we intend to become the provider of support, analytics, and infrastructure for utility-scale installations. Imagine paying a predictable installation fee and a monthly bill for "Biological Safety" the same way you currently pay for electricity or water. We are building the company that will enable and service that future utility.

We view this as a movement first, and a corporation second. Our resilience strategy includes:

  1. Inevitable Tech: Universal Molecular Streaming is the single most important infrastructure upgrade for a high-tech civilization. It will happen; we are simply ensuring it happens sooner and more equitably.
  2. Open Source Safety Net: Because our tech stack is public domain, the tools you possess and the knowledge the community gains cannot be liquidated.
  3. Community Transcendence: We are building a social movement committed to the eradication of disease. The network persists even if the corporate entity evolves or dissolves.

This utilizes the legal framework of "Advisory Shares." In the startup ecosystem, subject-matter experts are frequently compensated with equity for their guidance.

We believe that by collecting calibrated data, running protocols, and identifying molecular signals, YOU are the most valuable expert advisor we could ask for. Your in-game progress (XP) is a quantification of that value, which we map to a pool of real corporate stock options. If you help build the future, you should own a piece of it.

NO. The current MR device series serves strictly as a research instrument for education, exploration, and gamified data collection.

It is NOT a medical diagnostic tool. It has NOT been evaluated by the FDA. It is NOT designed or intended to diagnose, cure, mitigate, treat, or prevent any disease or health condition in humans or animals.

Do not use this device to make health decisions for yourself or others. The goal of this phase is to collect the raw data required to train the AI systems that will eventually power certified medical diagnostics in future hardware generations.

// The video above and the specs below represent one example of an MR series device like the one you will receive with your membership.

MR1 SERIES

compact ss-nanopore R&D device

electronics summary // active schematics

  1. Overall Purpose: The MR series boards aim to measure extremely small currents (in the picoampere to microampere range) through micropores and nanopores (from < 1 nm to ~100 microns in diameter), allowing for raw signals from analytes across several orders of magnitude.
  2. PCB Specifications:
    • Four-layer PCB design
    • FR-4 material as an option
    • Designed for low-noise, high-precision measurements
  3. Microcontroller:
    • ESP32-S3 NodeMCU
    • Controls all aspects of the device
    • Handles data processing, communication, housekeeping, and end-user applications
  4. Analog Front-End:
    • LMP7721 ultra-low input bias current amplifier
    • Serves as the primary current-to-voltage converter (transimpedance amplifier)
    • Crucial for measuring tiny currents through the nanopore
  5. Analog-to-Digital Converter (ADC):
    • MAX11169 16-bit ADC
    • Capable of up to 500 ksps, but likely operated at lower speeds (10-100 ksps) for better noise performance
  6. Digital-to-Analog Converter (DAC):
    • MCP4822 dual-channel DAC
    • Used for generating precise voltages to apply across the nanopore
    • Second channel used to provide short pulses of 9V+
  7. Power Management:
    • Multiple AMS1117 voltage regulators
    • Provides +5V, -5V, and +3.3V supply voltages
    • Relays for power control and possibly for switching between different modes
  8. Battery Management:
    • Designed for six rechargeable batteries
    • Battery charging circuit not explicitly shown in the provided schematics
  9. Signal Chain and Voltage Generation:
    • ESP32 → MCP4822 DAC → TL3541 op-amp → Nanopore for applying controlled voltage
    • Nanopore current → LMP7721 preamp → Filtering → MAX11169 ADC → ESP32 for processing
  10. PCB Layout Considerations:
    • Careful separation of analog and digital sections
    • Extensive use of ground planes for shielding
    • Short, direct connections for sensitive analog paths
    • Uses star-ground topology to minimize noise
  11. Noise Reduction Techniques:
    • Use of ultra-low noise components (e.g., LMP7721)
    • Proper shielding and grounding
    • Separate analog and digital power supplies
    • Partial implementation of active guarding techniques, with provisions for future expansion
  12. Additional Features:
    • LED control circuitry for visual indicators or illumination (requires 4 more pogo pins per unit—will ship as part of additional flow cells)
    • Multiple test points for debugging and testing
    • External connections via onboard WiFi
  13. Power Supply:
    • Powered by six rechargeable batteries
    • Multiple voltage rails: +5V, -5V, +5V_digital
    • +3V3 supplied by the regulator onboard the ESP32 module
  14. Sampling Rate:
    • Adjustable 10-125 ksps for raw current measurements
    • Based on experimental needs and noise considerations
  15. Interfaces:
    • WiFi control via web-based interface
  16. PCB Layers:
    • Top Layer (Signal 1): Main signal routing and components
    • Inner Layer 1: Ground plane
    • Inner Layer 2: Power distribution
    • Bottom Layer (Signal 2): Additional routing and larger power traces
  17. Special Considerations:
    • Fluid cell connections for the nanopore
    • Includes Ag/AgCl electrodes
    • Faraday cage integration for shielding (external to PCB)
  18. Areas for Improvement (MR1 v1.1):
    • Addition of flyback diodes for relay protection
    • Implementation of a proper battery charging and management system
    • Possible addition of temperature monitoring for drift compensation
    • Fine-tuning for noise and lower current ranges
  19. Software Aspects:
    • ESP32 firmware for control, data acquisition, and processing
    • Will include basic digital filtering and signal processing algorithms
    • Will include real-time data visualization and basic analysis (spike calling) at minimum