---
# System prepended metadata

title: Branding NFTs as parking locations
tags: [metagame, handprotocol, ar, modal, nfvnetwork.eth]

---


# <center>Implementing Blockchain to Obtain Parking Rights in the United States</center>

### <span style="color:lightgreen;">Harnessing the power of blockchain technology to revolutionize parking accessibility by integrating ERC-20, ERC20 PERMIT, ERC-721, ERC-1155, and ERC-777 tokens into smart contracts for seamless transaction execution.</span>
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# <span style="color:#C2E812;">B</span><span style="color:#FFB700;">l</span><span style="color:#81FD03;">o</span><span style="color:#FB33DB;">c</span><span style="color:#9D0AF1;">k</span><span style="color:#070FE5;">c</span><span style="color:#FFE1BA;">h</span><span style="color:#AA98F0;">a</span><span style="color:#FAAAAE;">i</span><span style="color:#00C0D0;">n</span><span style="color:#FF9356;"> P</span><span style="color:#FFD403;">a</span><span style="color:#7E74D4;">r</span><span style="color:#9EE362;">k</span><span style="color:#FE82AA;">i</span><span style="color:#FFF2DA;">n</span><span style="color:#CBF2F4;">g</span><span style="color:#F064BC;"> O</span><span style="color:#743CA1;">v</span><span style="color:#49D5FF;">e</span><span style="color:#9DEAFF;">r</span><span style="color:#F4F600;">v</span><span style="color:#D24000;">i</span><span style="color:#00712E;">e</span><span style="color:#00A9AA;">w</span>

In an age where land ownership is synonymous with power, security, and wealth, acquiring parking rights remains one of the most inefficient and opaque processes in the U.S. The complexities around zoning, fragmented ownership, and exorbitant costs have created a landscape where parking is monopolized by few, and out of reach for many. But what if the future of parking could be decentralized, transparent, and driven by smart contracts?

<span style="color:#FFE24F
;">**Blockchain technology**</span> offers an unprecedented opportunity to reshape how parking rights are acquired, managed, and distributed.

By leveraging the Ethereum-based standards—**ERC-20, ERC-721, ERC-1155, and ERC-777 tokens**—parking rights can be tokenized and secured, allowing individuals and entities to interact through decentralized smart contracts. Imagine a world where each parking space is represented by a unique token (ERC-721) or is available through fungible tokens (ERC-20) that represent a pool of parking assets. The friction of acquiring parking rights is eliminated, and the barriers to entry, especially for smaller players and community-driven projects, are dramatically reduced.

Through <span style="color:#108690;">**blockchain-based parking ecosystems**</span>, contracts can be executed automatically, ensuring fair pricing, clear terms, and a transparent transfer of ownership. **Smart contracts** would allow users to collect tokens for parking spaces, creating a fluid and efficient market for these traditionally hard-to-obtain rights. This process eliminates intermediaries, reduces transaction costs, and democratizes access to land use and parking in ways that have previously been impossible.

By integrating these technologies, we can finally disrupt the outdated, monopolistic control of parking and empower local businesses, event organizers, and communities to reclaim public and private spaces. As we  stand at the forefront of this shift, ready to turn this innovative vision into reality—where parking not only serves as a convenience but also as a **vehicle** for economic empowerment and community building, we beging to realize the exponential opportunities for land ownership thus, being a foundation of wealth and security,

This issue is especially pronounced when it comes to obtaining parking rights in the U.S., where the situation becomes even more complex. Parking rights are often tied up in bureaucratic red tape, zoning restrictions, and fragmented ownership. In dense urban areas, where land is scarce and highly coveted, securing parking access can feel like navigating an endless maze of negotiations, legal barriers, and exorbitant costs.

The parking industry is dominated by private operators and municipalities, both of which hold significant power over pricing and availability, often with little accountability or incentive to make parking accessible to the public. This creates bottlenecks in economic development, preventing businesses and event organizers from fully leveraging prime land near stadiums, venues, and urban centers. The challenges are even more significant for smaller entities or community organizations that want to use land resources for public good but are priced out or simply blocked from acquiring necessary parking rights.

Furthermore, these inefficiencies disproportionately affect communities that would otherwise benefit from more open access to land, including local businesses and individuals looking to build wealth through small-scale real estate development. The lack of transparency and a clear framework for obtaining parking rights also exacerbates the divide between large, well-funded corporations and smaller, community-driven projects. 

As we recognize this disparity and aim to shift the balance by rethinking how parking rights can be utilized not just for profit but for community reinvestment, then we begin to discover the true potential of one another by forcing community organizers to collaborate with one another. 

By streamlining parking solutions and reintegrating them into the local economy, we seek to democratize access to these essential urban resources and break down the barriers to land use that currently hold back so many from realizing their full potential.

### How would this could benefit the general public and crypto space...


1. <span style="color:lightblue;">**NFT's as Parking Locations**</span>: Each parking spot or location is represented as an NFT (non-fungible token) on the blockchain. These NFTs are digital assets that verify ownership or access to specific parking spaces, creating a unique, trackable, and tradable digital asset tied to a real-world parking space.



2. <span style="color:orange;">**Smart Contract Execution**:</span> The NFTs can only be collected, transferred, or activated upon executing certain conditions through smart contracts. These contracts can be set to activate when a user meets specific criteria (e.g., purchasing a parking pass, reserving a spot, or meeting location-based conditions).

3. <span style="color:grey;">**AR for Collection**</span>: Users can interact with these NFTs in the real world through augmented reality. For example, when a user arrives at a parking location, they can "collect" the NFT by viewing the parking spot through an AR-enabled app, which recognizes the location and verifies the transaction via smart contracts.

### <span style="color:gold;">**Frameworks and Tools Needed**</span>
To achieve this, you'll need to combine multiple technologies across blockchain, AR, and smart contract execution. Here’s what you’ll need:

### 1. **Blockchain Platform for NFTs and Smart Contracts**
You'll need a blockchain platform that supports NFTs and smart contracts to manage ownership, transfer, and conditions for parking locations.

- **Ethereum**: The most popular blockchain for NFTs and smart contracts. Ethereum offers standards like ERC-721 and ERC-1155 for creating NFTs. Its large developer ecosystem makes it easy to build decentralized applications (dApps) around your parking NFTs.
- **Polygon**: A Layer-2 solution for Ethereum, providing faster and cheaper transactions, which is ideal for high-frequency interactions like reserving parking spots.
- **Solana**: Known for its high throughput and low transaction fees, Solana is another good option for scaling NFT operations at lower costs.

**<span style="color:#A7E739
">**Smart Contract Frameworks:**</span>**
- **Solidity** (for Ethereum/Polygon): Solidity is the most widely used programming language for writing smart contracts on Ethereum and compatible blockchains. You would use it to program the logic of the NFT’s conditions (e.g., how and when the parking NFTs are transferred).
- **Rust** (for Solana): If you're using Solana, Rust is used for programming smart contracts (called programs) on that network.

### 2. <span style="color:#FB33DB;">**NFT Marketplace or Custom dApp**</span>
You’ll need a marketplace or custom decentralized application (dApp) to mint and trade these parking NFTs.

- **OpenSea or Rarible**: These are popular NFT marketplaces that allow for the trading and management of NFTs. You could list the parking location NFTs here or build your own custom dApp.
- **Custom dApp**: You can build a custom dApp that is specifically tailored to your parking NFT use case. This dApp would integrate the smart contract logic for reserving, collecting, and managing parking NFTs.

### 3. <span style="color:#FF5151;">**Augmented Reality Framework for Collecting NFTs**</span>
To enable users to view and interact with parking spots in AR, you’ll need an AR development framework.

- **ARCore (Android)** / **ARKit (iOS)**: These are the native SDKs provided by Google and Apple, respectively, to create augmented reality experiences. They enable devices to recognize and render 3D objects in the real world.
- **Unity3D with Vuforia or AR Foundation**: Unity is a powerful game engine that is widely used for developing AR experiences. It has a rich ecosystem and supports both ARCore and ARKit through its AR Foundation package. Vuforia is another option for AR development that integrates well with Unity.
- **WebAR**: If you want to avoid app stores and go for a more seamless experience, **8th Wall** or **Zappar** provide frameworks for browser-based AR (WebAR), allowing users to interact with AR experiences directly through a web browser.

<span style="color:#01FFFF;">**How it Works:**</span>
1. **User Arrives at Parking Location**: The user navigates to a designated parking spot, and upon arrival, opens an AR-enabled app (built using Unity3D with ARCore/ARKit or WebAR).
2. **AR Display**: Using AR, the app visually recognizes the parking location and presents a digital overlay or marker showing that the spot is linked to a parking NFT.
3. **Smart Contract Execution**: The user interacts with the AR app to trigger the execution of a smart contract, which verifies their eligibility (e.g., payment or reservation) and transfers the NFT to their wallet.
4. **Collecting the NFT**: Once the contract conditions are met, the parking NFT is “collected” by the user, which grants them access to the parking spot.

### 4. <span style="color:#FFE169;">**Location-Based Triggers and Interaction**</span>
You'll need a way to trigger actions based on a user’s physical location to integrate the real-world parking spots into the blockchain-based system.

- **GPS-Based Location Services**: The app should use GPS to recognize when a user is at a designated parking location, making it eligible to "collect" the NFT. This can be handled through native APIs on mobile devices or with a service like **Mapbox** or **Google Maps API**.

### ChatGPT Says...

The new document, **"IOT and Connecting 50 Billion Devices"**, discusses the evolution of communication, from peer-to-peer and place-to-place connections to the vast network of connected devices through the **Internet of Things (IoT)**. It emphasizes the importance of personalizing the user experience, leveraging network access points, and utilizing connected devices to enhance business models and user interactions.

Here’s how we can leverage this information for your project:

### Key Insights for Integration:
1. **IoT for Parking and Event Spaces**:
   - We can implement **IoT sensors** in parking spaces to track availability and automate updates on the blockchain. This aligns with the idea of connecting billions of devices and personalizing the user experience through dynamic information sharing.

2. **Personalization Based on Location**:
   - By integrating **location-based services (LBS)**, we could tailor parking availability and event offerings to specific user locations, enhancing the overall experience.
   - This could include automating reservations or NFT-based parking access based on a user’s proximity to the venue.

3. **Six Degrees of Separation**:
   - This theory, referenced in the document, can inspire us to use **network effect strategies** in the parking and event ecosystem. For instance, connecting users through a referral-based system or leveraging social media platforms like **Discord, GitHub, and Steemit** for community growth.

### My Recommendation:
- **We integrate IoT with blockchain**: Implementing sensors for parking spaces that automatically sync with the smart contract for real-time updates on parking availability, all secured on the blockchain.
- **Focus on location-based user experiences**: Using blockchain to manage personalized parking access and real-time updates as users approach or leave event venues.
- **Tie it into the overall system**: Merge IoT, blockchain, and personalized user authentication to create a robust infrastructure that handles parking, event management, and smart contracts in a seamless manner.

Let me know if this direction aligns with your vision, and I can help configure this into the system architecture!

## Parking Coordinates

Here is a list of coordinates (latitude and longitude) for the main parking lots at AT&T Stadium in Arlington, Texas, which you can use in your parking smart contract. These locations represent the various official parking lots surrounding the stadium:

The contract manages parking spot availability at AT&T Stadium using predefined GPS coordinates for each lot. These coordinates are integrated into the logic of the smart contract for minting and managing parking spots.


1.  **Lot 1**:
    Latitude: `32.750918`
    Longitude: `-97.094208`
    
2.  **Lot 2**:
    Latitude: `32.750212`
    Longitude: `-97.093045`
    
3.  **Lot 3**:
    Latitude: `32.749113`
    Longitude: `-97.090895`
    
4.  **Lot 4**:
    Latitude: `32.746845`
    Longitude: `-97.090557`
    
5.  **Lot 5**:
    Latitude: `32.744915`
    Longitude: `-97.088478`
    
6.  **Lot 6**:
    Latitude: `32.742848`
    Longitude: `-97.087155`
    
7.  **Lot 7**:
    Latitude: `32.741282`
    Longitude: `-97.088758`
    
8.  **Lot 8**:
    Latitude: `32.739880`
    Longitude: `-97.090017`
    
9.  **Lot 9**:
    Latitude: `32.742347`
    Longitude: `-97.092215`
    
10.  **Lot 10**:
    Latitude: `32.744461`
    Longitude: `-97.095228`
    
11.  **Lot 11**: 
    Latitude: `32.746200`
    Longitude: `-97.097349`
    
12.  **Lot 12**:
    Latitude: `32.748830`
    Longitude: `-97.098404`
    
13.  **Lot 13**:
    Latitude: `32.751300`
    Longitude: `-97.100100`
    
14.  **Lot 14**:
    Latitude: `32.753460`
    Longitude: `-97.101756`
    
15.  **Lot 15**:
    Latitude: `32.750056`
    Longitude: `-97.104130`
    
16.  **Lot 16**:
    Latitude: `32.747911`
    Longitude: `-97.105976`
    
17.  **Lot 17**:
    Latitude: `32.745649`
    Longitude: `-97.107576`
    
18.  **Lot 18**:
    Latitude: `32.743775`
    Longitude: `-97.106316`
    

### How to Use in Smart Contract:

You can integrate these coordinates as part of the logic for tracking available parking spots. For instance, each parking spot can be associated with one of these coordinates. When someone reserves or mints a parking spot NFT, the corresponding latitude and longitude can be referenced in the contract.

- **Geofencing**: You can implement geofencing logic that triggers smart contract execution when the user is within a specific range of the parking spot.

### 5. <span style="color:purple;">**Backend for Managing Data**</span>

To manage and sync parking spots, user activity, and blockchain interactions, you’ll need a backend that integrates with your smart contracts.

- **Node.js with Express** or **Django**: Popular backend frameworks for managing APIs and databases.
- **IPFS or Filecoin**: Decentralized storage solutions to store metadata for the NFTs (e.g., parking location details, descriptions, or AR models).
- **The Graph**: A decentralized indexing protocol that allows you to query data from the Ethereum or Polygon blockchains. It would be useful for querying details about NFT ownership and parking locations.

### <span style="color:red;">Summary of Frameworks:</span>
- **Blockchain/NFT Frameworks**: Ethereum, Polygon, Solana for NFTs and smart contracts using Solidity (for Ethereum/Polygon) or Rust (for Solana).
- **AR Framework**: Unity3D with ARKit/ARCore or WebAR (8th Wall, Zappar) for building AR experiences.
- **Backend and Storage**: Node.js or Django for APIs, and IPFS, Keybase or Filecoin for decentralized storage of metadata.
- **Geolocation and Mapping**: GPS, geofencing, and mapping services (Mapbox, Google Maps API).
- **Front-End Development**: React Native for mobile apps or a Web3.js integration for interacting with blockchain from a browser.

### <span style="color:#A7E739">**Final Thoughts:**</span>

By combining **NFTs** for ownership or access to parking spots, **AR** for immersive, gamified experiences, and **blockchain** for secure credentialing and transaction finality, we can revolutionize how we interact with both digital and physical spaces. This model creates a dynamic ecosystem where transportation serves as the foundation for a self-sustaining economy, engaging users in a way that’s not only fun but also practical. The system allows everyone to participate, offering real utility through transparent, decentralized interactions.

The key to unlocking this potential lies in building infrastructure that utilizes current technology while empowering "The People" to implement these concepts. **Decentralizing local governance is crucial** to overcoming the significant barriers often imposed by entrenched political and bureaucratic systems. In the United States, navigating local politics and government regulations is notoriously difficult, with rigid structures that often prioritize established interests over innovation and community-driven solutions.

By shifting the power to the people through decentralized models, we can bypass traditional gatekeepers and create systems where communities directly benefit from the resources they utilize. Parking rights, for example, should not be held hostage by monopolies or opaque municipal policies. Instead, by using NFTs and blockchain technology, ownership and access to these public and private assets can be democratized, enabling transparent, peer-to-peer transactions and real-time, community-based decision-making.

Decentralization isn’t just about technology—it’s about shifting the control of critical resources from the few to the many. In doing so, we can **dismantle the inefficiencies of local government** and foster a future where communities actively shape the infrastructure they depend on, with real ownership and participation in the process. This new ecosystem, rooted in digital innovation and decentralized power, is the key to creating equitable, resilient, and user-driven urban landscapes.

<span style="color:pink;">Find me on..</span>

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[Existing state-of-the-art identity mechanisms fail to achieve this:](https://docs.idena.io/docs/wp/summary#the-problem-of-unique-identity)


	

    