Project Lovelock – Living Libraries Network (LLN)

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River Roberts
Project Owner

Project Lovelock – Living Libraries Network (LLN)

Expert Rating

n/a
  • Proposal for BGI Nexus 1
  • Funding Request $48,888 USD
  • Funding Pools Beneficial AI Solutions
  • Total 4 Milestones

Overview

Inspired by the late great scientist & futurist, James Lovelock, who developed scientific instruments for NASA and that noticed how Earth functions as a self-regulating system. The vision for Project Lovelock is to create a global network of AI enhanced physical Library spaces that make it easy, insightful and inspiring to understand Earth’s ever evolving self-regulating systems on a bio-regional scale and how to better live in harmony with them. This environmentally integrated network empowers landowners, local councils and communities with crucial information for improved long term decision-making.

Proposal Description

How Our Project Will Contribute To The Growth Of The Decentralized AI Platform

Project aligns with BGI Nexus's mission of fostering beneficial AI applications that contribute to the flourishing of humans, societies, and the biosphere by:

  1. Creating spaces to promote data commons and collective intelligence for bio regions
  2. Promoting sustainable development and regenerative practices

  3. Empowering local communities with knowledge and tools for better long term decision-making

  4. Fostering biodiversity and ecosystem restoration

  5. Encouraging community participation and citizen science

Our Team

Library Designer & Director - 15 years+ experience design and real estate investment

Project Manager - 18 years of agile project management & hosting workshops

AI Engineer - 18 months in agentic design and prompt engineering  

Hardware / Sensor Lead - 12 years of deploying environmental sensors and building a regenerative village

Community Co-ordinator - 8 years of data aggregation and ecosystem mapping

AI services (New or Existing)

Audio Scene Recognition

How it will be used

To verify bio-regional bio diversity of insects and birds.

Generative LM

How it will be used

NLP interface with the bio-regional data sets

Satellite Insights

How it will be used

Integrating Satellite Data with pre-existing weather data sets and local sensor input to provide recommendations.

The core problem we are aiming to solve

According to recent reports from the UNEP, over 115 countries have committed to restoring approximately 1 billion hectares of farms, forests, and pastures globally.  Several challenges exist:

1. Information accessibility: Data related to land use, environmental protection, and forestry is often scattered across various platforms

2. Technical complexity: Land restoration involves multiple disciplines and diverse stakeholders, making it challenging for landowners and communities to make informed decisions.

3. Evolving climate trends: Climate change is creating new dynamics that communities need to adapt to

4. Adapting to local: Translating national restoration pledges into local contexts

Our specific solution to this problem

OneEarth's approach of focusing on bio-regional solutions rather than global or national scales offers a promising way to address the challenges in land regeneration and sustainable agriculture. Building on this concept, Project Lovelock presents an interactive space that combines AI technology with localized knowledge to empower communities and landowners in making informed land management decisions.

Project Lovelock: AI-Powered Living Libraries

Project Lovelock introduces a network of mobile structures serving as AI-powered Living Libraries, designed to be repositories of bio-regional knowledge. These environmentally integrated libraries aim to provide crucial information for improved long-term decision-making in land management.

Key Features

  1. Bio-regional Focus: The Living Libraries are tailored to specific bioregions, offering localized information and solutions.

  2. AI-Powered Interface: An advanced AI system processes and presents complex data in an accessible format for users.

  3. Mobile Infrastructure: The libraries are designed to be easily movable and adaptable to different locations within and across bioregions.

  4. Comprehensive Knowledge Base: The system integrates information on crop and tree planting, hydrological cycles, and climatic patterns specific to each bioregion.

 

Project details

Key Impact

  • Improved understanding of relevant bioregional ecological processes for communities and decision-makers

  • Improved capability for climate adaptation at a bioregional level

  • Community engagement with the natural environment through outreach and citizen science activities

  • Simple model that can be easily replicable for broad reach

 

Key Objectives

  1. Build a comprehensive bio-regional knowledge base

  2. Improve long term decisions making for land management

  3. Ensure accessibility through mobility and user friendly interfaces

  4. Integrate with natural settings

  5. Deploy advanced data collection methods

  6. Utilize AI-powered analysis

  7. Inspire the next generation of land stewards

  8. Increased community engagement and collaboration in environmental stewardship

 

Key Features

  • Mobile Public Infrastructure: A custom-designed mobile unit that can be easily transported and deployed within the bio-region, equipped with digital resources, reading materials, interactive displays, and workspaces.

  • Environmental Sensors: A network of strategically placed sensors to monitor environmental parameters such as soil health, water and air quality, temperature, humidity, and biodiversity indicators.

  • Resource Database: A comprehensive collection of pre-existing ecological, agricultural, climate, and resource data sets, including physical books, digital archives, interactive maps, and customized reports.

  • AI Integration: AI algorithms for data processing, pattern identification, insight generation, resource allocation and environmental change prediction.

  • Community Engagement: Workshops, training sessions, and citizen science initiatives to promote community participation in data collection and environmental monitoring.



Core AI Components  

The project heavily relies on AI technologies for:

 

  • Data processing and analysis of environmental sensor inputs and pre existing data sets

  • Integrating and analyzing satellite data and aerial imagery

  • Neural networks analyzing species migration patterns  

  • Federated learning system for privacy-preserving regional analysis  

  • Local resource allocation / co-ordination recommendations  

  • Generating insights and predicting environmental changes

  • Natural language query system and data visualization tools

  • Continuous learning and improvement of the system's accuracy and effectiveness

Needed resources

AI engineers - UI

 

Existing resources

Existing hardware and physical library infrastructure

Open Source Licensing

GNU GPL - GNU General Public License

A personal referral

Describe the particulars.

Mihaela Ulieru

Proposal Video

Placeholder for Spotlight Day Pitch-presentations. Video's will be added by the DF team when available.

  • Total Milestones

    4

  • Total Budget

    $48,888 USD

  • Last Updated

    24 Feb 2025

Milestone 1 - Deploy Sensors & Aggregate Data

Description

Deploy 50 IoT sensors & aggregate pre-existing data sources

Deliverables

Deploy up to 50 sensors (weather stations water sensor soil sensor audio sensor). Aggregate pre existing satellite geological weather and historic data from local councils and private owners.

Budget

$18,000 USD

Success Criterion

The most comprehensive bio-regional data set

Milestone 2 - Build AI Model

Description

Bio-regional Agent interface based on pre-existing data

Deliverables

LM/Agent to interface with bio-regional data set. UI on android tablet.

Budget

$12,000 USD

Success Criterion

Most user friendly interface for most comprehensive bio-regional data set

Milestone 3 - Launch Library

Description

Preparation of the Mobile Library Unit & Opening to Public Community engagement sessions

Deliverables

Design & Build Physical Library Space Open Library to the public Host 8 workshops and mastermind circles to better understand local context challenges and priorities.

Budget

$12,000 USD

Success Criterion

500 visitors to the library Engagement by local stakeholders to share knowledge and data 200 Queries to AI Model

Milestone 4 - Improved AI Model Release

Description

Development of the model to integrate and interpret live sensor data and community insights from workshops and mastermind circles

Deliverables

Improved bio-regional AI insights from local qualitative and quantitative inputs

Budget

$6,888 USD

Success Criterion

Local stakeholders seeking advice from the library on decisions for their land Measurably improved insights from pre-existing data sets

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