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Revolutionizing Indoor Farming with SmartSoil

Reducing carbon footprint by up to 65X compared to traditional grow-media

Discover the Problem

Indoor Farming: A Hidden Pollution Problem

Around 40% of the world's Indoor farms use a synthetic "soil" called rockwool grow-media to grow crops in hydroponic systems. This grow-media is becoming a little-known pollution problem.

Mine Rock For Rockwool

Mine Rock For Rockwool

Rockwool production begins with mining basalt rock and chalk from quarries.

High-energy Manufacturing

High-Energy Manufacturing

Rocks are heated to 1500°C in rotary kilns to create rockwool fibers.

Landfill After Use

Landfill After Use

Complex recycling requirements lead to most rockwool ending up in landfills.

Our SmartSoil Solutions

SmartSoil Growing Solutions

Our proprietary growing processes produce leafy greens like basil and lettuce with up to 8 times less carbon footprint than other greenhouse systems worldwide.

SmartSoil Grow-Media

Our manufacturing and recycling process is up to 65X more carbon efficient than Grodan, backed by Life Cycle Assessments audited by Government Investors.

Increased Efficiency

Lyrata develops SmartSoil coatings and AI tools that keep pathogens low, increase operational efficiency, and boost yields.

Why Lyrata?

Lyrata SmartSoil Technology

Lyrata Created the SmartSoil System - The Next Global Gold-Standard in Indoor Farming Grow-Media. Our Patent Pending Approach Cuts Emissions Up to 65X Than Rockwool Grow-Media.

Rather than Mining Rocks

Lyrata sources biopolymers created through the fermentation of crops, such as corn. We coat these biopolymers with organic compounds to increase plant yields using our proprietary coating technologies.

Rather than Melting Rocks at 1500°C

Lyrata manufactures SmartSoil using biopolymers that melt at lower temperatures and can be molded into specific shapes. This results in significantly lower energy use during manufacturing.

Rather than Ship to Distant Recycling Facilities

Lyrata's patent-pending SmartSoil technology can be recycled on-site using simple hand-washing or our proprietary on-site cleaning machines. SmartSoil can last between 2 and 10 crop cycles.

Why SmartSoil Outperforms Traditional Options

SmartSoil

Novel Crop Production
Engineered for Sustainability
Reusable & Compostable
Local Sourcing & Manufacturing
65X Lower Carbon Footprint

Rockwool

Traditional Grow Media
High Energy Manufacturing
Single-Use & Landfill Bound
Global Supply Chain
High Carbon Emissions

Jiffypots

Limited Crop Variety
No Reusability
Peat-Based (Non-Renewable)
Limited Scalability
Higher Water Usage

Commercial Solutions

Lyrata's SmartSoil Systems for Commercial Use are a combination of proprietary growing processes, AI tools (LyrataGPT), and SmartSoil designs, creating commercial-level grow-media systems that are more operationally efficient, higher yielding, and better for the environment than our competitors.

Our proof?

  • 3 Patents Filed...many more to come.
  • Over +$1.5M in Research and Development Funding to date.
  • Over 50 Engineers and Scientists Contributing to our Know-How from Canada's Top University.
  • 3 Pilot Scale Farms in Toronto Producing Major Hydroponic Crops at Scale at a Lower Carbon Footprint than Our Competitors.

Consumer Solutions

Our SmartSoil is Coming to Your Home Soon! Lyrata SmartSoil is TV-Show Worthy. In May 2025, we appeared on Season 20 of Canada's famous Dragon's Den. There, we showcased our SmartSoil being used in popular indoor gardening systems as an alternative to rockwool and peat-based grow-media in people's homes. The results are an episode worth watching when it airs.

Our Farms

UTSG Pilot Farm

UTSG Pilot Farm

Located at University of Toronto St. George Campus (2022-2024), supplying 50% of campus lettuce with 8x lower carbon footprint.

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Michelin-Star Casa Loma Farm

Michelin-Star Casa Loma Farm

Partnership with Liberty Entertainment Group producing herbs for Michelin-starred restaurants since 2023.

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UTSC Pilot Scale Farm

UTSC Pilot Scale Farm

Supplying 100% of UTSC's Harmony Commons Dining Hall lettuce consumption since 2023, serving Olympic athletes.

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Achievements

FallingWalls2024 Top-100

FallingWalls2024 Top-100

Lyrata's President, Adnan Sharif, named among Top-100 Global Upcoming Scientists for developing SmartSoil Technology

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NextCanada2025 Top-12

NextCanada2025 Top-12

Adnan Sharif recognized as Top-12 Upcoming Canadian Entrepreneurs for leading SmartSoil commercialization

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Lyrata's Commitment to Sustainability and the UNSDGs

Lyrata actively aligns its business model and technology innovations with the United Nations Sustainable Development Goals (SDGs), demonstrating a strong commitment to fostering a sustainable and resilient agricultural system.

Zero Hunger

SDG 2

SmartSoil Systems support local food production for remote communities, food deserts, and metropolitan areas lacking arable land.

Industry, Innovation, and Infrastructure

SDG 9

Our SmartSoil manufacturing is up to 65X less carbon-intensive than Rockwool, setting a new benchmark for sustainable agriculture.

Responsible Consumption and Production

SDG 12

SmartSoil integrates biodegradable biopolymers to reduce waste, conserve resources, and support local food production.

Climate Action

SDG 13

Lyrata reduces carbon emissions from indoor farming grow-media production using patent-pending SmartSoil technology.

Life Below Water

SDG 14

Indoor farming reduces agricultural runoff and conserves water, protecting marine ecosystems.

Life on Land

SDG 15

SmartSoil prevents soil degradation, reduces erosion, and protects biodiversity through innovative farming solutions.

Our Story

Lyrata began as a University of Toronto Engineering startup co-founded by Adnan Sharif, who faced a common problem: forgetting to water his plants in the lab.

"I was working in a plant immunity biology lab, so if I didn't water them, I'd have no plants to do experiments with."

With his father being a mechanical engineering professor in Japan who specialized in porous materials, Adnan developed the idea for a 3D-printed soil construct that could retain water for over a week.

Today, that innovation is SmartSoil - the foundation of Lyrata's sustainable indoor farming solutions. Unlike conventional rockwool (which is essentially house insulation made from mined rocks heated to 1500°C), SmartSoil is 3D-printed using biopolymers derived from corn, requiring significantly lower temperatures and energy.

"The product that almost everyone uses today is basically the same as house insulation... When you're finished, you throw it in the garbage."

After participating in U of T Engineering's Entrepreneurship Hatchery in 2020, Lyrata evolved its business model to "farming-as-a-service," providing complete SmartGrow units that fit in a standard parking spot. Clients sign contracts for Lyrata to manage everything from planting to harvesting.

Our breakthrough came through connections made at U of T Engineering events, leading to installations at Casa Loma and UTSC. As Nikol Watlikiewicz from Casa Loma notes: "Lyrata's competitive edge is that they provide an on-site, full service and they do not take up very much space."

With over $1.5M in R&D funding, 3 patents filed, and support from 50+ engineers and scientists, Lyrata continues to expand its crop variety beyond lettuce to include basil, parsley, and mizuna.


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