Utility-scale molecular sensing
 The installed base in August 2026: an EDR4 amplifier clamped above a flow cell on the company's bench | |
| Proposed by | Molecular Reality Corporation |
|---|---|
| First described | 2022, in "Our North Star" |
| Also called | Universal Molecular Streaming |
| Modeled on | Electricity, running water, the internet |
| Proposed sites | Air handlers, toilets, sinks, drains |
| Service interval | One year |
| Deployed | One instrument in one laboratory (August 2026) |
Utility-scale molecular sensing is the long-range goal of Molecular Reality Corporation: molecular sensors built into ordinary homes and buildings and used as routinely as electricity or tap water. The company's 2022 statement of purpose, "Our North Star", defines it as "Molecular sensing with the scale, economics, and universal adoption of electricity, running water, and internet."[1] The company's founder, Kent Kemmish, later renamed the idea Universal Molecular Streaming "because it's fewer syllables".[2]
No part of such a network exists. In August 2026 the company's guide put the gap in two sentences: "Today we have one instrument in one lab. Utility scale means billions of quiet sensors doing for the molecular world what weather stations did for the atmosphere."[3] The guide calls utility-scale sensing "the dream" and places it, with the company's other long-term plans, among "goals we work toward", which "are years and hard labor away".[3]
Definition
"Our North Star" lists four conditions. The hardware is to be "installed in air handling systems, toilets, and drains" in bathtubs, showers and sinks, "wherever cells, molecules, and particles come in and out of ourselves or our environment". Users "should not have to alter their habits or routines to use it and benefit from it", because the "sample prep workflow" is everyday life: "washing vegetables in the sink, brushing your teeth, washing your hands, taking a shower, using the toilet, breathing in and out, etc." And the system "should give anyone the power to identify, measure, count, monitor, characterize, or discover any kind of molecule, cell, or particle that goes through it."[1]
Company copy of 2026 added two operating conditions: devices with "no more than annual servicing needs", and "all the data fundamentally under an individual household's control".[4] The requirement to identify anything is what the company calls universality, and it rules out sensors built around a fixed list of targets. The 2022 document argues that "by insisting that anything worth deploying at utility-scale should have universality", a deployment avoids betting on any "narrow set of known biomarkers".[1]
Origins
Kemmish wrote "Our North Star" in a night. Posting it to members in 2026, he called it "the best I could do one night in 2022, just to have a 'big picture' document handy", and added that "AI sucking all the oxygen out of any room where The Future is the topic of discussion" had changed the culture since. He did not set the two against each other: "AI is awesome, terrifying, astounding, and useful. And I think it will be a central tool for 'curing all diseases'. But Universal Molecular Streaming will be just as, if not more, central to that mission."[2]
The document makes two cases, which it calls "frightening" and "wondrous". The frightening one is defense. Under the heading "An Enduring Bioshield" it discusses the Nucleic Acid Observatory, a proposal for detecting new pandemics by sequencing, calls it "certainly worth building", and argues that pathogens engineered with "chemically novel genomes" could evade sequencing methods that depend on natural enzymes. "Solid-state nanopore sequencing will not have this vulnerability."[1] Company vocabulary calls the defensive role the Planetary Bioshield. The wondrous case is medicine, with longitudinal data from whole populations becoming "the standard for all biomedical research and not the exception", followed by synthetic biology made safe by monitoring.[1] The document ends under the heading "Increasing Awareness of Molecular Reality", asking: "If most people have access to utility-scale molecular sensing, how much toxic political polarization could we avoid?"[1]
By 2026 the phrase had a trademark sign, "Utility-Scale Molecular Sensing™", in company materials, and the company's About page stated that it "is building the world's first utility-scale molecular sensing infrastructure".[5][6] A post by Kemmish of April 29, 2026, titled "Nobody Dies", consists of a link to a video and one line of text: "reason #89224947297 why we must build utility-scale molecular sensing".[7]
Scale
The company compares the goal with electricity, running water and the internet. Each of those began small.
| Network | First operation | At the start | Later |
|---|---|---|---|
| Central electric power | Pearl Street Station, New York, September 4, 1882 | About 85 customers with about 400 lamps[8] | 92 percent of the world's people had electricity in 2023[9] |
| ARPANET | Message from UCLA to the Stanford Research Institute, October 29, 1969 | "lo", the first two letters of "login", before the system crashed[10] | About 6 billion people used the internet in 2025[11] |
| Molecular streaming | A bench in Arizona, May 7, 2026 | One amplifier and one flow cell[12] | "one instrument in one lab" (August 2026)[3] |
Some of the arithmetic of the goal can be done with the company's own figures. Its open reader design, the MR1 Nanopore Reader, samples the current 100,000 times a second as 16-bit numbers,[13] which is 720 megabytes of raw data an hour and about 6.3 terabytes a year for one sensor running continuously. Company materials speak of "a billion homes".[5] Another slogan in company materials is "Ten billion wet labs."[5] A billion sensors of the reader's type would produce about 6.3 zettabytes of raw current a year, which is why the company's plans call for each device to keep only the events it detects. Annual servicing of a billion devices comes to about 2.7 million service visits a day.
The company's December 2022 technical overview names the two breakthroughs it considers necessary before deployment, sequencing and universality, and calls them "just the hardest ones". The remaining requirements, "compactness, low-cost, low-maintenance, low power usage, wireless connectivity, and onboard data compression", it judged to be well explored in consumer electronics.[14] The same document compares a network that could only sequence DNA with the older utilities: a utility that could only sequence DNA "would be like running water that could never give more than one drop a minute, or an electrical grid that could power only a single lightbulb in each household."[14]
Related monitoring
Monitoring at the scale of whole cities already exists in sewage. During the COVID-19 pandemic, measurements of SARS-CoV-2 RNA in the primary sludge of a wastewater plant in New Haven, Connecticut, rose one to four days ahead of local hospital admissions.[15] Wastewater surveillance measures a city's combined waste. The company's proposal would move the sensor into each building and look for all molecules instead of a chosen few.
Household devices that analyze waste also exist. The company's introductory essay anticipates the comparison in the form of an objection, "I already heard about such-and-such company selling Smart Toilets that do this!", and answers: "No, you didn't, but you might have thought that's what you heard about." The products in question, it says, measure "things like body weight, hydration levels, pH, blood oxygenation, heart rate, and a small number of known biomarkers".[16]
Concerns
The company's own materials raise the main objections. A sensor in a toilet produces medical information, and the company states that its research devices are not medical devices; its guide says that "nothing on the stream is a medical claim."[3] A 2026 company white paper calls a continuous molecular stream from a home "among the most sensitive data imaginable" and proposes that inference run on the device so that raw data stays in the house.[5] One sentence approved for company materials in 2026 reads "Your home becomes a healthcare fortress somehow."[5]
See also
References
- ^ a b c d e f "Our North Star: Utility-Scale Molecular Sensing". Molecular Reality Corporation. 2022.
- ^ a b Kemmishtree (March 28, 2026). "Big Picture". EQBio-OS.
- ^ a b c d "Keltar's Field Guide to Molecular Reality". Molecular Reality Corporation. August 2026.
- ^ "RLMF". molecularreality.com. Molecular Reality Corporation. June 29, 2026.
- ^ a b c d e "Company records". Molecular Reality Corporation. October 2026.
- ^ "Join Kemmishtree in our Club to Cure All Diseases". Molecular Reality Corporation. 2026.
- ^ Kemmishtree (April 29, 2026). "Nobody Dies". EQBio-OS.
- ^ "Milestones: Pearl Street Station, 1882". IEEE Engineering and Technology History Wiki. Retrieved October 25, 2026.
- ^ "Tracking SDG 7: The Energy Progress Report 2025". World Bank. June 20, 2025.
- ^ Leonard Kleinrock. "The first words on the Internet". University of California, Los Angeles. Retrieved October 25, 2026.
- ^ "Facts and Figures 2025". International Telecommunication Union. November 17, 2025.
- ^ Dot Kimberley (May 12, 2026). "Local Bench Streams Salt Water to the World". The Coulter Courier.
- ^ "MR1 Nanopore Reader". GitHub. October 16, 2026.
- ^ a b Kemmishtree (March 28, 2026). "2022 sci-tech overview". EQBio-OS.
- ^ Peccia, Jordan (2020). "Measurement of SARS-CoV-2 RNA in wastewater tracks community infection dynamics". Nature Biotechnology 38: 1164-1167. doi:10.1038/s41587-020-0684-z.
- ^ Kemmishtree (March 2026). "Epic Quest Bio". Molecular Reality Corporation.