Michigan Lake Analytics & Bio-Sensing · Wayne, MI
Status verified May 2026 About the program
MLabs Great Lakes Bio-Sensing
Open environmental instrumentation

The Great Lakes deserve ten times more monitoring than they can afford.

MLabs builds open, solar-powered sensor nodes for fish passage, water quality, and harmful-algal-bloom detection — engineered to deploy at the density the basin needs, at one-tenth the cost of incumbent systems.

FDX-B fish passage HAB fluorescence LoRaWAN telemetry Open hardware

Convergent Shoreline Node · v2

Hardware BOM, first unit$715
Recurring (qty 10+)$675
Deep-sleep current≤15µA
LoRaWAN range3km LOS
Sensing modalities7
Cold-charge floor−20°C
<2%
Basin monitored
continuous, in-situ coverage
276k
Fish-passage barriers
across the Great Lakes
10×
Deployment density
at one-tenth unit cost
100%
Open source
hardware, firmware, data
The monitoring gap

A world-class freshwater system, instrumented like an afterthought.

The Great Lakes hold one-fifth of the planet's surface freshwater. Yet continuous in-situ monitoring reaches less than two percent of the sites that fisheries and public-health decisions depend on.

The constraint is not science — it is unit cost. A commercial fish-passage array runs $10,000 a site; a continuous water-quality station, $15,000; a phycocyanin fluorometer for algal blooms, upward of $7,500. At those prices, an agency instruments a handful of sites and interpolates the rest.

  • Fish-passage barriers monitored continuously: well under one percent
  • Named tributaries gauged for nutrients: roughly one in seventy
  • Vulnerable HAB shoreline under buoy coverage: about three percent
One platform, three configurations

The Convergent Shoreline Node

A single IP68 enclosure and shared firmware tree, configured by sensor population — not by separate hardware programs. That commonality is what holds the cost down.

How it works

From streambed to public dashboard, in four open tiers.

Each node samples on a duty cycle, buffers to local storage, and uplinks compressed telemetry over 915 MHz LoRaWAN to a gateway. From there the data flows through an entirely open stack — no proprietary platform anywhere in the chain.

  • Node — nRF52840 + SX1262, seven sensing modalities, ≤15 µA sleep
  • Gateway — Raspberry Pi 4 + RAK2287, ChirpStack network server
  • Backend — MQTT → InfluxDB, with QARTOD-aligned quality control
  • Dashboard — Grafana Cloud, public and read-only, GLOS/ERDDAP federation
Funding pipeline

Federal and state funding, tracked honestly.

Verified the morning of 27 May 2026. Status changes week to week; nothing here is a promise.

ProgramCeilingWindowStatus
NSF SBIR Phase I · Project Pitch$305krolling, pending restartPaused
NOAA Great Lakes Fish Habitat$12Mdeadline 4 Sep 2026Open
USDA NRCS Conservation Innovation$250kFY26, to be announcedMonitor
NIH NIEHS SBIR R43$306k5 Sep · 5 JanPA reissue
EPA SBIR Phase I$100kspring–summer 2026Expected
EPA Environmental Justice Grantsterminated by statuteClosed
Full pipeline & strategy

Where the program actually stands

MLabs is at bench-prototype stage. No node is in the field yet; the dashboard is a labelled mockup; the institutions named across this site are outreach targets, not signed partners; and the code repositories are in preparation. This site documents engineering and intent — not deployed operations.