We anticipate disaster before the damage is done.
Low-cost Brazilian hardware + predictive AI build a real-time environmental monitoring mesh — from rivers and bays to industrial plants. Instead of reacting, you gain reaction time.
Incubated at UFRJ · scientifically validated · data on national soil
- Inyaga · UFRJ
- FAPERJ
- Instituto Reditus
- Shell Iniciativa Jovem
- UFRJ · LBBAlgas
Four pillars, one single organism
Like the milpa — the ancient farming system of corn, beans and squash united by water — our fronts don’t compete: they support each other. Each pillar is a color, a moral and a commitment.
Support & Automation
The support. Robust hardware, benchtop instrumentation and intelligent automation.
Learn more BeansNourishment & Training
The nourishment. Mentorship, talent development and science connected to academia.
Learn more SquashProtection & Sensing
The protection. Shielding ecosystems with precise data and real-time intelligence.
Learn more WaterCommunication & Connectivity
The flow. Multiparameter probe, predictive AI and data sovereignty.
Learn moreA continuous sentinel for Brazil’s water
Traditional monitoring relies on manual sampling and slow lab analysis — days of delay between contamination and response. The MilpaTec Platform replaces that with a connected sensor mesh, with AI that anticipates critical scenarios and issues automatic alerts.
Explore water monitoringWhy we’re different
A viable mesh
Our own low-cost hardware enables many measuring points — a network competitors can’t sustain.
Reaction time
AI correlates parameters and anticipates contamination and floods, issuing alerts before damage occurs.
Data sovereignty
Processing on national soil: compliance, speed and strategic data protected in Brazil.
Local maintenance
Technology built by Brazilian scientists — simpler and cheaper to maintain than imported probes.
Shall we cultivate this together?
Tell us what you need to monitor or automate. We’ll craft a tailored proposal.