The Mesh Impact project embodies a new approach to agriculture and sustainable development. By mobilizing a community of committed experts and fostering systemic innovation, Mesh Impact creates sustainable solutions that address global challenges while strengthening local ecosystems. Consultant candidates will have the opportunity to participate in large-scale projects, collaborate with industry leaders, and actively contribute to the sustainable transformation of our world during this crucial period.

The problem

Current agricultural systems face complex and interconnected challenges, including soil degradation, greenhouse gas emissions, biodiversity loss, and vulnerability to climate change. These issues threaten not only the sustainability of food production but also the resilience of rural communities and the health of global ecosystems.

Industries concerned

• Agrofood industry
• Fragrance industry
• Cosmetic industry
• Public sector

Proposed Solution

The Mesh Impact project aims to transform the agricultural sector by promoting regenerative and sustainable practices on a large scale. The initiative focuses on systemic innovation, combining interdisciplinary approaches to rethink agricultural economic models, improve natural resource management, and support local communities.

Project Design Logic

At Mesh Impact, projects are designed with a systemic approach that encompasses several key areas:

1. Collaborative Innovation: Mesh Impact brings together experts from various fields to co-create innovative solutions. Each project is the result of active collaboration among agronomists, economists, sociologists, and other specialists, ensuring a holistic and integrated approach.
2. Systemic Transformation: Rather than focusing solely on incremental improvements, Mesh Impact seeks to deeply transform agricultural practices and value chains. The projects aim to rethink stakeholder relationships, promote sustainable economic models, and integrate principles of circular economy and agroecology.
3. Scale and Impact: Mesh Impact projects are designed to be scalable, meaning they can be replicated and adapted to different geographic and cultural contexts. The goal is to maximize impact by extending the developed solutions on a global scale while ensuring their adaptation to local specifics.
4. Use of Technology: Mesh Impact leverages cutting-edge technologies to facilitate the transition to regenerative practices. This includes the use of artificial intelligence, the Internet of Things (IoT), and blockchain to optimize resource management, track environmental impacts, and ensure transparency and traceability in supply chains.
5. Tokenized Reward System: To encourage member engagement, Mesh Impact has implemented a token-based reward system. This system values each expert’s contributions based on their impact and relevance to the project, ensuring fair distribution of resources and opportunities.

Status

• Implementing

The Mesh Impact project will span five years, from 2023 to 2028, providing a strategic timeframe for implementing regenerative solutions at scale. This period will allow for testing, adjusting, and refining innovations to ensure sustainable and replicable results.

Contact the team