Closed ChristianCasazza closed 2 years ago
https://docs.google.com/forms/d/e/1FAIpQLSeBbC7OOxmjyVU0YR6uJ-SFO_QJWkbZGOtILoyM2IyA2epD0Q/viewform
Hello, we have filled out this form. Is there anything else we can do for our proposal?
Quick rubric criteria | |
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❌ | Is this application unique and not a use case that has been funded in the past? |
❔ | Is this application scalable and can it support significant growth? |
❔ | Does this application demonstrate a compelling user experience that could lead to adoption? |
❔ | Are there portions of this application that can be open sourced as a public good?* |
✅ | Does this application provide an opportunity to educate people about the Helium network?* |
❌ | Is there a unique and compelling story that can be told with this application?* |
Initial review: Reject
Thank you for your submission, however after careful review this does seem to a replication of proposal #13 .
For IoT application grants, we aim to focus on unique applications that bring some form of a public good. However, beyond a unique application, the key differentiator here is that the open source deliverable in this grant is simply the data gathered, which doesn't necessarily garner additional benefits for network usage. Proposal #13 delivers a "research station out-of-the-box" to enable other researchers to adopt the Helium ecosystem, which leads to a greater adoption of network usage. This deliverable is the crux of proposal #13 and one of the primary reasons for funding.
While this doesn't fulfill the criteria for our current grant categories, we are exploring options for projects that would like to try out the network by offering sponsored data credits. This may be a path to move forward. If you are interested please comment below and let us know.
Environmental Monitoring: Sustainably Linked Parametric Insurance
Eutrophication of Paraguay’s freshwater lakes and streams, soil erosion, increased wildfires, and deforestation have created a system of compounded ecosystem degradation. Paraguay is a remote and rapidly developing country that generally lacks access to public infrastructure. This makes intelligent land management difficult if not impossible. In regions like Paraguay, low-cost LoRoWAN networks are vital for these types of dense monitoring solutions.
Dense field monitoring solutions are needed both to verify the impact of regenerative actions meant to prevent wildfire conditions and prevent soil loss. Additionally, early wildfire detection systems rely heavily on field monitoring data due to the serious limitation in remote sensing models for this application.
Total Ask:
$90,000
Team or Project website http://athena.tech https://www.opades.org.py/ Team or projects social: https://twitter.com/athenaequity
The Team
Timothy L Carter - CTO - Athena Corp. - timothy@athena.tech Timothy Carter Is an Environmental Data Scientist and Campaign Director with nine years of experience in project management and public health policy research. Timothy has successfully operated multiple large-scale field data collection initiatives measuring both human and natural systems. He has three years of experience as Director of Campaign Operations within the Public Interest Network where he has proven his ability to recruit, manage, train, and facilitate large teams of staff and volunteers to meet and exceed strategic goals.
Christian Casazza - CBO - Athena Corp. - christian@athena.tech
Christian provided go-to-market strategy and product incubation for fintechs in the blockchain. As the first hire on the underwriting team at the fintech firm Yardline Capital, Christian built out the processes for a $10M+ portfolio nearly from scratch. There, Christian developed proprietary underwriting models based on analyzing metrics from multiple data sources.
Thomas Price - CEO - Avano - hardwoodstablecoin@gmail.com Thomas Price is a bilingual PHD candidate and founder of Avano. He has over 10 years of experience in environmental studies, sustainable development, climate change and GIS.
Kimberly Morrow- Account Exective at Touchpoint(Transitioning to Athena full time) Kimberly Morrow has over a decade of experience bridging private and public interests for sustainabilty. Kimberly has organized and managed large-scale projects with hundreds of thousands of participants.
Christian Fretes - Co-Founder- OPADES - [Cristhianfretes@gmail.com] The Paraguayan Organization For Conservation And Sustainable Development (OPADES) Was Founded On October 12, 2015. It Is A Non-Profit, Trade Union, Non-Partisan And Pluralist Organization, Which Brings Together Young Professionals In The Environmental Area And Enjoys Full Administrative, Organizational, Financial And Political Autonomy. Its purpose Is: to contribute to the sustainable development Of Paraguay, Promoting Respect For Nature And The Ecological Processes That Sustain Life
Marcos Mareco- Member- OPEDES- Marcos is a member of OPEDES with experience with IoT
Brian Chami- Project Advisor-Co-Founder of Agrobotic and Researcher Dynamic and creative ML/IoT Cloud Solution Architect with over 5 years of experience in research, development, and producing robust solutions. In previous roles, managed, built, and developed solutions along with teams at fast-paced production-cycle and testing environments. Patent-pending: IoT/Edge AI (Custom Vision) Cloud Solution Architect solution over a Blockchain network
Andy Nadler -Project Advisor- Peak Hydromet Solutions- Agrometeorological consulting, weather network establishment, IoT monitoring, parametric insurance. Andy has spent the past 20 years working with all types of weather equipment. www.peakhydromet.ca
John Manoochehri - Project Advisor - Base2 - jm@base2.works John is the founder of design technology firm Base2 and previously worked as an Industry Officer for the UN.
Michael Wasyl- Project Advisor - Co-Founder DeerCreek Michael has extensive experience with scaling start-up businesses and developing new fintech solutions
Pelli Wang-Project Advisor - Co-Founder DeerCreek Pelli has extensive experience investing in early stage start-ups as well as developing new fintech solutions.
Project Details:
Our deployment is coordinated with partners Colegio Nacional and a local regenerative action nonprofit OPADES. The data collected will facilitate the underwriting of parametric climate insurance that incorporate sustainably linked objectives. What this means, is the data collected will allow access to drought and flood insurance through informing statistical models with localized climate data. Simultaneously, the information can be used for early wildfire detection by sensing smoke, or for managing active wildfires through an understanding of wind speed and direction. Additionally, the data can be used to monitor regenerative wildfire mitigation practices; such as tree planting and regenerative agricultural practices.
Our deployment will also serve as an educational opportunity for locals on the processes of utilizing Helium in remote areas that lack access to the internet.
Deployment Athena will use grant funds to facilitate the deployment of soil and atmospheric monitoring sensors in two separate study locations both situated between the protected forest ecosystem and agricultural land areas surrounding Ypycui national park in Paraguay. All of the listed sensors are by Decentlabs and can be found on their website.
Software
We will develop a web app for the purpose of configuring the sensors in the field as well as monitoring, aggregating, analyzing, and exporting the field data. The app will include the necessary features to fulfill the needs of HIP-19 for the purpose of configuring a Gateway and End Node on Helium.
Hardware
Total 3 x Off-Grid Helium Miner 2 x [11 Parameter Weather Station](https://www.decentlab.com/products/eleven-parameter-weather-station-for-lorawan) 12 x [Soil Water Capacity](https://www.decentlab.com/products/soil-water-potential-and-temperature-sensor-for-lorawan)
12 x [Soil Temp & Moisture Profile](https://www.decentlab.com/products/soil-moisture-and-temperature-profile-for-lorawan)
Station Types: 1 - Off Grid Helium Miner & Weather Station 2 - Soil Sensors of Both Types
Milestone + Date | Deliverable | Summary | Cost -- | -- | -- | -- Phase 1 Now - June | Phase 1 Now - April |Successfully Deploy Working Prototypes & Secure Transmission. | 20,000 USD Phase 2 July- September| Scale both sites to full intended capacity for the initial 30-day testing. | Determine Optimal Sensor Density for The Greater Area of Interest | 40,000 USD Phase 3 Septemer- December| Develop Software Application & Educational Materials | Coordinate a local lender to underwrite Drought & Flood Insurance. Expand Atmospheric Monitoring | 30,000 USDMore on the applications of dense field monitoring data: https://towardsdatascience.com/disease-informed-neural-networks-aa1f17f598a4 https://www.celent.com/insights/787141144
More on the degradation of the local ecosystem: ](https://drive.google.com/file/d/1GMKU-cfEwua391Vq7D_xbVrko2KT3BwX/view )