Concordia University · Innovation Lab · Montréal

Restore.
Regenerate.
Grow the Future.

Restore.
Regenerate.
Grow the Future.

Smart IoT systems and open-source technology for regenerative agriculture. We help farmers restore soil health and work with nature’s intelligence.

Smart IoT systems and open-source technology for regenerative agriculture. We help farmers restore soil health and work with nature’s intelligence.

Smart IoT systems and open-source technology for regenerative agriculture. We help farmers restore soil health and work with nature’s intelligence.

Scroll

Soil Health · Water Sensing · Open Source · Farm Monitoring · Regenerative Systems · IoT Networks · greenhouse infrastructure · Carbon Sequestration · Soil Health · Water Sensing · Open SourceSoil Health · Water Sensing · Open Source · Farm Monitoring ·

Soil Health · Water Sensing · Open Source · Farm Monitoring · Regenerative Systems · IoT Networks · greenhouse infrastructure · Carbon Sequestration · Soil Health · Water Sensing · Open SourceSoil Health · Water Sensing · Open Source · Farm Monitoring ·

Technology that listens to the land

Mission

Technology that listens to the land and relays back to farmers.

Technology that listens to the land and relays back to farmers.

Technology that listens to the land and relays back to farmers.

AgriPulse is an open-source initiative based at Concordia University's Innovation Lab, focused on developing new technologies and systems to support regenerative agriculture. We design and deploy smart IoT and tech solutions for regenerative agriculture. From water level sensors to farm monitoring systems, we help farmers restore soil health and work smarter.

Media

Fall 2024 Concordia 4TH Space

Winter 2025 Concordia 4TH Space

Fall 2025 Concordia 4TH Space

Winter 2026 Concordia 4TH Space

Work

Approach

01

Completely Open-Source

Every schematic, dataset, and line of code we produce is public. Regenerative agriculture cannot scale behind paywalls. Knowledge hoarding is antithetical to soil health.

02

Farmers First

We design with farmers, not for them. Every prototype is tested in real conditions — mud, frost, unreliable connectivity — before it earns a place in our toolkit.

03

Aligned with Nature

Our sensors are ears, not controllers. The soil’s microbiome makes the decisions. We build instruments that amplify nature’s signals, not tools that override them.

04

Long-Horizon Thinking

Soil health operates on decades-long cycles. We design systems built to last, maintained by communities, and measured against outcomes that take years to appear.

Contributors

Team Lead

Parsa Fard

Lab Member

Sofia Marchetti

Lab Member

Julien Tremblay

Lab member

Yuna Park

partner

Rafael Costa

Layla Osman

Research Assoc.

Theo Arsenault

UX / Field

Mei-Lin Chen

Let’s
build the
future field.

Let’s
build the
future field.

Let’s
build the
future field.

Email

agripulse@concordia.ca

GitHub

github.com/agripulse

Location

Concordia University Innovation Lab, Montréal, QC

Collaborate

We welcome farmers, engineers, and researchers

© 2026 AgriPulse · Concordia University Innovation Lab · Open Source

© 2026 AgriPulse · Concordia University Innovation Lab · Open Source

Montréal, QC · Canada

Montréal, QC · Canada