Treety

Treety's primary focus is to address the critical issue of deforestation and its detrimental impact on the environment, particularly in regions committed to ambitious reforestation goals like Kenya. Deforestation poses a significant challenge globally, affecting communities, biodiversity, and climate stability. According to the World Wildlife Fund (WWF), around 36 football fields' worth of forests are lost every minute due to deforestation activities. This alarming rate of forest degradation contributes significantly to climate change, loss of habitat for wildlife, and disruptions to ecosystems worldwide.

Deforestation is a pressing concern in the communities where Treety operates, such as Kenya. Kenya has committed to planting 15 billion trees by 2032 as part of its reforestation efforts. However, monitoring the success and progress of these reforestation projects is a complex task, often leading to inefficiencies and suboptimal outcomes. Many ambitious reforestation goals set by governments and organizations face challenges in effectively tracking tree planting, survival rates, and overall impact.

Treety's solution directly addresses these challenges by providing advanced digital tools for real-time monitoring and data-driven insights into reforestation projects. Our platform leverages satellite monitoring technology, machine learning algorithms, and data analytics to track tree survival rates, species diversity, environmental impact, and biodiversity changes over time. By offering near real-time monitoring capabilities, Treety empowers organizations, including NGOs, corporations, and government agencies, to make informed decisions, improve project efficiency, and achieve their reforestation goals more effectively.

The scale of the problem is vast, with millions of hectares of forests lost each year globally. In Africa alone, the Food and Agriculture Organization (FAO) estimates that the continent lost an average of 3.4 million hectares of forest annually between 2010 and 2020. These losses contribute significantly to carbon emissions, biodiversity loss, and environmental degradation, affecting not only local communities but also have far-reaching consequences on a global scale.

Factors contributing to deforestation include agricultural expansion, logging, urbanization, infrastructure development, and unsustainable land use practices. Treety's solution directly tackles these factors by promoting sustainable land management practices, enhancing transparency in reforestation efforts, and facilitating data-driven decision-making for stakeholders involved in environmental conservation.

Through our platform, Treety aims to make a substantial impact by improving the success rates of reforestation projects, restoring degraded ecosystems, sequestering carbon, preserving biodiversity, and contributing to global climate resilience efforts. By addressing the root causes of deforestation and providing actionable insights, Treety strives to create a more sustainable future for communities and ecosystems affected by deforestation, both locally and globally.

Product Demo video:

Treety is a comprehensive digital platform designed to revolutionize forest restoration efforts through advanced monitoring and data-driven insights. Our solution empowers organizations involved in reforestation projects, such as NGOs, corporations, and government agencies, to effectively track, manage, and optimize their tree-planting initiatives.

At its core, Treety utilizes satellite monitoring technology combined with machine learning algorithms and data analytics to provide near real-time monitoring of reforestation projects. This means that organizations can track the progress of their tree-planting activities, monitor tree survival rates, assess biodiversity changes, and measure the environmental impact of their initiatives with unparalleled accuracy and efficiency.

Here's how Treety works:

Satellite Monitoring: Treety leverages high-resolution satellite imagery from leading providers such as Planet, Maxar, or Sentinel to monitor reforestation sites from space. These satellites capture detailed images of the Earth's surface, allowing Treety to detect changes in tree cover, vegetation health, and land use over time.

Data Analysis: Using advanced machine learning algorithms, Treety analyzes the satellite imagery to identify and quantify key metrics related to reforestation efforts. This includes measuring tree survival rates, assessing the diversity of tree species, evaluating environmental conditions, and tracking changes in land cover.

Dashboard and Insights: The processed data is then visualized and presented through a user-friendly dashboard on the Treety platform. Organizations can access comprehensive insights and analytics, including interactive maps, charts, and reports that highlight the progress and impact of their reforestation projects.

Decision-Making Support: Armed with actionable data and insights, stakeholders can make informed decisions to optimize their reforestation strategies, allocate resources effectively, identify areas for improvement, and report on sustainability milestones with transparency and accountability.

The target population that Treety aims to directly and meaningfully improve are the communities and ecosystems affected by deforestation and environmental degradation, primarily in regions where reforestation efforts are critical for sustainable development.

 These communities include:

Rural Communities: Many rural communities around the world depend on forests for their livelihoods, including indigenous populations. These communities often face challenges such as deforestation, loss of biodiversity, land degradation, and limited access to resources and opportunities.

Wildlife and Biodiversity: Treety also focuses on improving the lives of wildlife species and preserving biodiversity. Deforestation and habitat destruction threaten numerous plant and animal species, leading to the loss of habitats, disruptions in ecosystems, and endangerment of wildlife populations.

Climate Resilience: Addressing deforestation and promoting reforestation is crucial for building climate resilience. Trees play a vital role in carbon sequestration, mitigating climate change impacts, regulating local climates, and enhancing ecosystem services that benefit communities and ecosystems.

Currently, these target populations are underserved due to:

Lack of Monitoring: Many reforestation projects lack adequate monitoring and data-driven insights, leading to inefficiencies, low survival rates of planted trees, and unclear impact assessment.

Limited Resources: Rural communities and conservation organizations often face resource constraints, hindering their ability to implement effective reforestation strategies and measure their outcomes accurately.

Incomplete Data: Existing monitoring methods rely on manual surveys or low-resolution satellite imagery, resulting in incomplete or outdated data that hampers decision-making and evaluation of reforestation efforts.

Treety addresses these needs and challenges by providing:

Real-Time Monitoring: Treety offers near real-time monitoring using high-resolution satellite imagery and advanced data analytics. This enables organizations to track reforestation progress, assess tree survival rates, monitor biodiversity changes, and evaluate environmental impact continuously.

Actionable Insights: By analyzing the collected data, Treety generates actionable insights and reports that inform decision-making, resource allocation, and project optimization. Stakeholders can identify areas of improvement, implement adaptive management strategies, and ensure the success of reforestation projects.

Transparency and Accountability: Treety promotes transparency and accountability by providing clear and verifiable data on reforestation activities. This builds trust among stakeholders, enhances collaboration, and facilitates reporting to donors, policymakers, and the public.

Treety's team is uniquely positioned to design and deliver our solution to the target population due to our deep connection, understanding, and commitment to the communities we serve. Our team lead and members bring diverse perspectives, experiences, and insights that directly align with the needs and aspirations of these communities.

Our team members have spent significant time working closely with rural communities, indigenous groups, conservation organizations, and local stakeholders in regions affected by deforestation. We have immersed ourselves in these communities, engaging in dialogue, listening to their concerns, understanding their challenges, and learning from their traditional knowledge and practices related to forest conservation and restoration. This is demonstrated by our partner in this video:  

Treety prioritizes cultural sensitivity and empathy in our approach. We respect indigenous cultures, traditions, and rights, acknowledging their inherent connection to the land and their unique perspectives on environmental stewardship. Our team members have developed strong relationships based on mutual trust, respect, and collaboration, ensuring that our solutions are culturally appropriate, inclusive, and beneficial to the communities we serve.

We believe in participatory design and co-creation, involving community members in the development and implementation of our solution. We conduct community consultations, workshops, and co-design sessions to gather input, ideas, and feedback directly from the people affected by deforestation. Their insights and priorities guide our decision-making process, shaping the features, functionalities, and user experience of Treety's platform.

Treety collaborates closely with local partners, NGOs, government agencies, and community-based organizations to ensure that our solution aligns with local agendas, policies, and initiatives. We leverage existing networks and expertise, tapping into local knowledge and resources to coalesce efforts, share best practices, and maximize the impact of our reforestation monitoring platform.

We are in the pilot stage. 

We have finalized our MVP and will be testing with the waitlisted customers (5 Waitlisted customers). 

Technical Expertise

While our team has a strong foundation in software development and environmental research, we recognize the importance of accessing specialized technical expertise. This includes advanced knowledge in satellite imaging, machine learning algorithms for data analysis, and geospatial technologies. Support in these areas would enhance the capabilities of our platform, improve data accuracy, and provide more robust insights to our users.

Financial Planning and Funding

Developing a sustainable financial plan, including revenue models, budget allocation, and fundraising strategies, is critical for our long-term success. Support in financial planning, access to funding opportunities, and guidance on investment pitches would help us secure the necessary resources to scale our operations and achieve our growth targets.

Support in business development strategies, partnership negotiations, and access to relevant industry connections.

Treety leverages high-resolution satellite imagery from leading providers such as Planet, Maxar, or Sentinel to monitor reforestation sites from space. These satellites capture detailed images of the Earth's surface, allowing Treety to detect changes in tree cover, vegetation health, and land use over time.

Using advanced machine learning algorithms, Treety analyzes the satellite imagery to identify and quantify key metrics related to reforestation efforts. This includes measuring tree survival rates, assessing the diversity of tree species, evaluating environmental conditions, and tracking changes in land cover.

The processed data is then visualized and presented through a user-friendly dashboard on the Treety platform. Organizations can access comprehensive insights and analytics, including interactive maps, charts, and reports highlighting the progress and impact of their reforestation projects.

Armed with actionable data and insights, stakeholders can make informed decisions to optimize their reforestation strategies, allocate resources effectively, identify areas for improvement, and report on sustainability milestones with transparency and accountability.

The scalability of Treety's solution allows organizations to monitor large-scale projects efficiently. Whether monitoring a few hectares or thousands of hectares of regenerated land, our platform can handle the data and provide valuable insights, making it suitable for various projects and organizations.

Treety's innovative approach has the potential to catalyze broader positive impacts in the environmental conservation space. By improving the success rates of forest restoration projects, our solution contributes to global reforestation efforts, carbon sequestration, and biodiversity conservation. It can also inspire other organizations and initiatives to adopt data-driven strategies for environmental management, leading to more effective conservation practices worldwide.

Treety's entrance into the market can change the landscape by setting new standards for monitoring and managing forest restoration projects. Our innovative technology and data-driven approach may encourage competitors to enhance their offerings, leading to overall improvements in the industry's practices and outcomes. Additionally, Treety's success can attract more investment and attention to the environmental tech sector, fostering innovation and growth in related areas.

Our theory of change outlines how Treety's solution will create a positive impact on the problem of ineffective forest restoration efforts.

Activities:

Treety will provide a digital platform for real-time satellite monitoring of forest restoration projects.

The platform will track tree survival rates, environmental impact, and biodiversity changes.

We will offer data insights and analytics to organizations involved in reforestation projects.

Outputs:

Organizations will have access to near real-time satellite monitoring data.

They will receive information on tree survival rates, tree health, environmental impact, and biodiversity changes.

Organizations can make informed decisions faster and report on sustainability milestones efficiently.

Outcomes:

Improved decision-making leads to more successful reforestation efforts.

Increased tree survival rates and improved environmental impact contribute to restoring ecosystems.

Enhanced biodiversity supports the preservation of wildlife and natural habitats.

The logical links between activities, outputs, and outcomes are supported by several pieces of evidence:

Customer discovery interviews with 23 companies revealed a strong interest in Treety's solution, with 5 companies already waitlisted.

Studies in the environmental sector have shown that real-time monitoring and data-driven decision-making can significantly improve conservation efforts.

Success stories from pilot restoration projects demonstrate how monitoring tools can lead to higher tree survival rates and more effective ecosystem restoration.

Treety's impact goals are centred around creating a transformative change in environmental conservation efforts in forest restoration and monitoring. 

Our primary goal is to significantly improve tree survival rates in forest restoration projects. We measure this by tracking the percentage of planted trees that survive and thrive over specific time frames, such as one year, three years, and five years post-planting.

Treety aims to promote biodiversity by ensuring a diverse range of plant and animal species thrive in restored forests. We measure biodiversity by assessing species richness, evenness, and diversity indices within project sites and comparing them to pre-restoration levels and natural habitats.

A crucial aspect of our impact is the sequestration of carbon dioxide (CO2) through tree growth. We measure carbon sequestration rates by estimating the amount of CO2 absorbed by trees in restored areas and calculating the net carbon gain over time.

Our impact extends to engaging local communities in restoration efforts. We measure community involvement through surveys, interviews, and participation rates in tree-planting activities and conservation initiatives.

Treety's core technology encompasses a range of modern tools and methodologies aimed at revolutionizing forest restoration and monitoring. Our solution leverages technologies such as remote sensing, satellite imagery, machine learning (ML), geographic information systems (GIS), and cloud computing to address key challenges in environmental conservation.

We utilize high-resolution satellite imagery from providers like Planet, Maxar, and Sentinel to monitor forested areas in real time. This captures detailed information about tree cover, land use changes, and ecosystem health over large geographic areas.

Machine Learning and AI: Treety incorporates machine learning algorithms to analyze satellite data and detect changes in forest cover, biodiversity, and carbon sequestration. ML models help us identify tree species, estimate tree age and health, and predict ecosystem dynamics.

GIS technology enables us to map and visualize spatial data related to forest restoration projects. We create interactive maps that display tree-planting locations, project boundaries, and environmental variables for effective monitoring and decision-making.

We leverage cloud platforms like AWS and Google Cloud to store and process vast amounts of satellite and field data. This enables real-time data analysis, predictive modelling, and the generation of actionable insights for project managers and stakeholders.

We currently have a team of five. All of us are working on a full-time basis. 

This includes a Business Analyst, a Product Designer, a Software Engineer and two AI/ML engineers. 

We also have one advisor who works on a part-time basis.

We have worked on our solution for 11 months. 

We have known each other for three years before starting the project.

At Treety, we prioritize diversity, equity, and inclusion (DEI) as fundamental values that drive our team culture and operations. We understand that a diverse team brings unique perspectives, creativity, and innovation essential for solving complex environmental challenges effectively.

Our leadership team comprises individuals from diverse backgrounds, including different ethnicities, genders, cultures, and professional experiences. We actively promote DEI within our organization by setting clear goals and taking proactive actions to foster a welcoming and inclusive environment for all team members.

We have clear roles defined on who is responsible for what based on our strengths and skills. My co-founder is in charge of the product design and ensuring a greater user experience. My strength is talking to customers and understanding how the business runs. Our three other team members are one software engineer and two AI & Machine Learning Engineers. Their roles are clear. The software engineer develops the Treety software application while the AI & ML engineers develop the algorithm that analyzes satellite images. These demarcated roles ensure accountability and build trust and confidence in each other to be able to executive their responsibilities independently in the best interest of the startup. 

Our team is built with individuals with divergent personalities. Some are reserved while others are aggressive in how to address issues or disagreements. We have managed to strike a balance and understand each other's personalities and roles. This has created a culture where we address issues based on the complainant's personality. The clear demarcation of roles and understanding of each other’s personality has helped prevent going down the rabbit hole due to small differences and hence stir up creativity and innovation. It is sometimes in these moments that we get more clarity on how to improve aspects of how we handle our business. 

Our business model at Treety revolves around providing value to organizations and stakeholders involved in reforestation and ecological preservation efforts. We offer a platform that combines advanced technology, data analytics, and environmental expertise to address key challenges and deliver impactful solutions.

Key Customers and Beneficiaries

Non-governmental organizations engaged in ecological preservation and reforestation efforts are our primary customers. They benefit from our platform by gaining access to real-time monitoring, actionable data, and insights to optimize their reforestation projects and enhance environmental stewardship.

Companies focused on environmental sustainability and carbon offsetting are another important customer segment. Our platform helps them meet their sustainability goals by providing accurate data on forest restoration projects, facilitating carbon offset calculations, and supporting informed decision-making.

Government agencies responsible for managing and reporting on national parks, protected areas, and public land are also beneficiaries of our platform. We assist them in monitoring and evaluating reforestation efforts, supporting policy formulation, and contributing to data-driven environmental strategies.

Products and Services

Our platform offers real-time monitoring of reforestation projects using satellite imagery, machine learning algorithms, and remote sensing technologies. This allows organizations to track progress, detect changes, and assess the health of forested areas.

We provide advanced data analytics capabilities to analyze forest cover, carbon sequestration, biodiversity, and other environmental metrics. This helps organizations make data-driven decisions, measure impact, and optimize resource allocation.

Our platform generates actionable insights and recommendations based on data analysis, environmental research, and best practices. This empowers organizations to implement effective strategies, mitigate risks, and achieve positive environmental outcomes.

Value Proposition

By providing tools for real-time monitoring, data analytics, and actionable insights, we enable organizations to enhance their environmental impact, increase green cover, sequester carbon, restore habitats, and preserve biodiversity.

Our platform offers cost-effective solutions compared to traditional monitoring methods and alternative technological solutions. This makes it accessible to a wide range of organizations, including small NGOs, local governments, and grassroots initiatives.

We facilitate collaboration and knowledge-sharing among stakeholders involved in reforestation efforts. By fostering partnerships, sharing best practices, and leveraging collective expertise, we drive synergies and maximize impact across the ecosystem.

Revenue Model

Our revenue model is primarily subscription-based, with organizations paying a recurring fee based on the features and services they require. We offer tiered pricing plans tailored to the size, scope, and needs of our customers, ensuring flexibility and scalability. Additionally, we may explore value-added services, such as training, consulting, and custom analytics, to generate additional revenue streams and expand our market reach.

Our plan for becoming financially sustainable at Treety is multi-faceted, leveraging various revenue streams to cover our expected expenses and ensure long-term viability. Our revenue model primarily revolves around selling our platform's products and services, targeting NGOs, corporations, and governments engaged in reforestation and ecological preservation efforts.

We offer subscription-based plans to our customers, where they pay a recurring fee based on the features and services they require. These plans are tiered to accommodate the varying needs and budgets of different organizations, ensuring accessibility and scalability. This model provides a steady stream of revenue and establishes long-term relationships with our clients.

In addition to our core platform offerings, we provide value-added services such as training, consulting, and custom analytics. These services cater to specific needs and enhance the overall value proposition for our customers. They also serve as additional revenue streams that complement our subscription-based model.

We actively seek partnerships and collaborations with other organizations, institutions, and stakeholders in the environmental sector. These partnerships can take various forms, including joint projects, research collaborations, and co-development initiatives. Collaborative efforts often lead to shared funding opportunities, diversified revenue streams, and expanded market reach.

We pursue grant funding from government agencies, foundations, and international organizations that support environmental conservation and sustainable development initiatives. Additionally, we are considering raising investment capital from impact investors or venture capitalists aligned with our mission and vision. These funding sources provide essential capital for scaling our operations, expanding our product offerings, and reaching new markets.