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Degen Arcade

Merging Physical Play and Digital Ownership

TL;DR

01

Built the first NFT-powered claw machine, integrating a physical arcade cabinet with a Polygon smart contract system that mints and distributes collectible NFTs as prizes when players win.

02

Designed and developed custom firmware handling token validation and gameplay logic securely, bridging the gap between physical hardware and blockchain infrastructure.

03

Delivered a modular software architecture enabling future expansion to other arcade and vending experiences, establishing Degen Arcade's platform foundation.

The Challenge

Degen Arcade was founded on a simple but technically ambitious idea: what if winning at a real arcade machine rewarded you with a digital collectible you actually owned? Jeremy Penn, Daniel Swerdloff, and Tony Herrera wanted to create a new category of entertainment that connected on-chain rewards to real-world physical gameplay.

The challenge was that nothing like this had been built before. A traditional claw machine has no concept of a blockchain wallet. An NFT smart contract has no concept of a physical prize mechanism. Bridging these two worlds required custom hardware integration, purpose-built firmware, and a blockchain backend that could respond to real-world gameplay events in real time.

The system also needed to be accessible to players who might be new to Web3. Connecting a crypto wallet at an arcade machine is a very different experience from connecting one at a desktop browser. The on-site interaction had to be fast, intuitive, and reliable enough to work in a noisy, high-traffic environment.

Key Results

01

First NFT-powered claw machine built and delivered

02

End-to-end hardware-to-blockchain integration on Polygon

03

On-site Web3 wallet connection for instant NFT prize delivery

04

Custom firmware bridging physical gameplay and on-chain events

05

Modular architecture enabling future arcade and vending expansion

06

Strong community attention in NFT and gaming spaces

The Solution

01

Custom Hardware Integration with a Blockchain Backend

AE designed and developed the physical claw machine integration from the ground up. The cabinet required custom modifications to support blockchain-aware gameplay, connecting the mechanical prize mechanism to a backend system capable of triggering on-chain events.

When a player wins, the system communicates the outcome to the blockchain backend, which initiates the NFT minting process via Polygon smart contracts. The entire flow from physical win to digital prize claim was engineered to happen seamlessly, without requiring players to understand what was happening under the hood.

02

Polygon Smart Contracts for NFT Minting and Distribution

AE built the smart contract system on Polygon, chosen for its low transaction costs and fast confirmation times. Each win triggers the minting of a unique collectible NFT that is distributed directly to the winning player's wallet.

The contracts were designed to handle the randomness and variability of real-world gameplay reliably. Prize distribution logic, NFT metadata, and minting rules were all encoded on-chain, ensuring transparency and tamper-proof reward delivery.

03

On-Site Web3 Wallet Connection

One of the core UX challenges was enabling players to connect their Web3 wallets directly at the arcade machine. AE built an on-site wallet connection flow that allowed players to link their wallets quickly before playing, so that any NFT prizes could be delivered instantly upon winning.

The interface was designed for the arcade environment: fast, simple, and functional on a screen that players interact with for seconds, not minutes. This made the Web3 experience approachable for players regardless of their familiarity with blockchain technology.

04

Custom Firmware for Token Validation and Gameplay Logic

AE developed custom firmware to handle the intersection of physical gameplay and blockchain validation. The firmware manages token validation to ensure only legitimate wins trigger NFT minting events, preventing exploitation while keeping the gameplay experience smooth and uninterrupted.

Secure gameplay logic at the firmware level was essential for a system where real digital assets are at stake. The firmware acts as the trusted bridge between the mechanical reality of the claw machine and the on-chain prize system.

05

Modular Architecture for Future Expansion

AE built the underlying software architecture to be modular and extensible. The integration patterns, smart contract design, and firmware communication layer were all designed with reusability in mind, so that Degen Arcade could expand to other types of arcade machines, vending experiences, and physical-digital reward systems without rebuilding from scratch.

This architectural decision transformed the claw machine from a standalone prototype into the foundation of a broader NFT-powered arcade platform.

Results

Key Metrics

First NFT-powered claw machine built and delivered

End-to-end hardware-to-blockchain integration on Polygon

On-site Web3 wallet connection for instant NFT prize delivery

Custom firmware bridging physical gameplay and on-chain events

Modular architecture enabling future arcade and vending expansion

Strong community attention in NFT and gaming spaces

The Full Story

AE Studio delivered the world's first NFT-powered claw machine, a fully functional physical arcade cabinet integrated end-to-end with a Polygon blockchain backend. Players could connect their Web3 wallets on-site, play the claw machine, and receive a minted NFT collectible directly to their wallet upon winning.

The project established Degen Arcade as a pioneer in the physical-meets-digital entertainment space and generated strong attention within both the NFT and gaming communities. The modular architecture AE built gave Degen Arcade a reusable platform foundation for expanding the concept to additional arcade and vending experiences.

The build demonstrated that hardware-to-blockchain integration is achievable at the consumer level, and that Web3 reward mechanics can be made accessible enough for casual arcade players, not just crypto natives.

Conclusion

Degen Arcade and AE Studio created something genuinely new: a physical arcade machine that rewards players with blockchain-based digital collectibles they actually own. By combining custom hardware integration, Polygon smart contracts, purpose-built firmware, and an accessible on-site wallet connection, AE delivered the first NFT-powered claw machine and the platform foundation for Degen Arcade to expand the concept further. The project is a proof point that the boundary between physical play and digital ownership can be dissolved with the right technical execution.

Key Insights

1

Hardware-blockchain integration requires purpose-built firmware. Off-the-shelf solutions cannot bridge physical arcade mechanics with on-chain events. Custom firmware at the gameplay layer is the trusted bridge that makes the system secure and reliable.

2

Polygon is well-suited for real-time physical reward systems. Low transaction costs and fast confirmation times are non-negotiable when a player is standing at a machine waiting for their prize.

3

Web3 UX must match the physical environment. An on-site wallet connection flow designed for seconds-long arcade interactions is very different from a desktop Web3 onboarding flow. The environment dictates the design.

4

Modular architecture turns prototypes into platforms. Building the first machine with extensibility in mind meant Degen Arcade had a reusable foundation rather than a one-off experiment.

5

Novel hardware integrations create category-defining moments. Being first to merge NFT rewards with physical arcade gameplay generated community attention that no marketing spend could have replicated.

Frequently Asked Questions

Degen Arcade is a company founded by Jeremy Penn, Daniel Swerdloff, and Tony Herrera with the goal of merging physical arcade gameplay with blockchain-based digital collectibles. AE Studio designed and built the first NFT-powered claw machine, integrating custom hardware and firmware with a Polygon smart contract system so that winning players receive a minted NFT collectible directly to their Web3 wallet.
Before playing, a player connects their Web3 wallet using the on-site connection flow AE built at the machine. When they win, the custom firmware detects the win event and communicates it to the blockchain backend, which triggers the Polygon smart contract to mint and distribute a unique NFT collectible directly to the player's wallet. The entire process is designed to feel fast and seamless from the player's perspective.
Polygon was chosen for its low transaction fees and fast confirmation times. When a player wins at an arcade machine, they expect their prize immediately. High gas costs or slow confirmation times on Ethereum mainnet would have made the experience impractical. Polygon's architecture allowed NFT minting to happen quickly enough to feel like a natural part of the gameplay experience.
The custom firmware handles token validation and gameplay logic at the hardware level, acting as the secure bridge between the physical claw machine mechanics and the blockchain backend. It ensures that only legitimate wins trigger NFT minting events, preventing exploitation while keeping gameplay smooth. No off-the-shelf firmware exists for this use case, so AE built it from scratch.
AE designed the software architecture to be reusable across different types of physical machines. The integration patterns, smart contract design, and firmware communication layer can be adapted to other arcade cabinets, vending machines, or any physical experience where blockchain-based rewards make sense. This means Degen Arcade can expand their concept without rebuilding the core infrastructure for each new machine.
AE built an on-site wallet connection flow specifically designed for the arcade environment, where interactions are measured in seconds and players may have little or no prior Web3 experience. The interface is fast, simple, and optimized for a touchscreen in a noisy, high-traffic setting. The goal was to make the blockchain layer feel invisible to the player, so the focus stays on the fun of the game.
OverviewGamingadvanced7 min readNFTBlockchainPolygonHardware IntegrationSmart ContractsWeb3GamingPhysical-DigitalCustom FirmwareCollectibles

Published: Jan 2025 ยท Last updated: Feb 2026

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