YIELDWALKER
Intelligence on Legs:
High-Value Agriculture, Reimagined.
Empowering the next generation of field management through autonomous quadruped solutions designed for the terrains where traditional machinery fails.
Solving the Crisis at the Edge of the Field.
The agricultural sector is facing a perfect storm: vanishing rural labor, rising ESG pressures, and a 20% slope limit that renders traditional mechanization useless.
The Labor Gap
Skilled field labor is increasingly scarce as younger generations migrate toward urban centers.
Data Subjectivity
Human assessments are inherently subjective, leading to inconsistent field data and compromised decision-making.
The Terrain Barrier
High-value crops often grow on steep or narrow zones that remain dangerously unreachable for standard vehicles.
Modular Autonomy for Precision Operations
We don't just build robots; we add the "brain" and the "tools" to existing quadruped hardware to capture value from previously invisible operational costs.

Precision Selective Harvesting
Perception AI coupled with controlled robotic manipulation to identify optimal ripeness and replicate expert manual picking at scale.

Sharp Row/Column Weed Cut
Vision-guided slicing tools that eliminate weed competition and improve field uniformity without the need for chemical overkill.
From 8-Hour Shifts to Always-On Precision
Continuous Field Operation
Slope Mastery (Steep Terrains)
Consistency in Selective Picking
Weed Control
Zero chemical overkill + absolute nutrient optimization in real-time.
Harvest Quality
Peak-ripeness window capture for premium pricing and waste reduction.
Human vs Autonomous Benchmark
Real-world agricultural capacity projection
Market Opportunity:
A S$30B Frontier
Our beachhead is the Brazilian coffee sector (responsible for 35% of the world's supply).
Pioneering modular autonomy here unlocks rapid deployment to Grapes, Citrus, and Berries across LATAM, Vietnam, and Southeast Asia.
Founder-Market Fit
Led by Miguel ChavesMiguel Chaves is the founder of YieldWalker. He graduated in Mechatronics Engineering from the Polytechnic School of the University of São Paulo, the top engineering school in Latin America. Selected by the MIT D-Lab and Olin College for the IDDS program, he spent multiple cycles in Boston working on human-centered design for emerging technologies targeting global social challenges and was later invited to join the program's teaching team. Backed by two MIT recommendation letters, he pursued his master's at ITA, one of the most prestigious aerospace engineering institutes in Latin America. In parallel, he was funded by MIT to build innovation projects in Brazil and taught innovation at Insper's School of Engineering., a Mechatronics Engineer (USP) and Master of Aerospace Engineering (ITA) with a history of scaling deep-tech ventures.
“Forged at the Intersection of MIT Innovation and Real-World Execution.”
A premier deep-tech venture builder with a portfolio valuation exceeding.

Co-founded and bootstrapped this edtech leader from scratch to a

An agricultural AI flagship for sugarcane and soy, currently valued at over

A health-tech innovator bringing IoT + AI to human movement health. By combining proprietary sensors with advanced analytics,

A premier deep-tech venture builder with a portfolio valuation exceeding.

Co-founded and bootstrapped this edtech leader from scratch to a

An agricultural AI flagship for sugarcane and soy, currently valued at over

A health-tech innovator bringing IoT + AI to human movement health. By combining proprietary sensors with advanced analytics,


Seeking Strategic Partners & Deep-Tech Investors
Collaborating with A*STAR, NUS, and NTU to solve national and global agricultural challenges.
Partner with YieldWalker