Created on 23rd March 2025
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GoPay addresses the fundamental challenge of blockchain adoption: accessibility. Despite cryptocurrency's growing popularity, most people find blockchain technology intimidating due to its technical complexity. Our solution removes these barriers:
Users no longer need to understand wallets, private keys, gas fees, or blockchain addresses. GoPay handles these complexities behind the scenes, allowing anyone who can send a text message to use blockchain effectively.
Rather than navigating complicated wallet interfaces, users simply chat with our AI assistant:
Instead of dealing with long, error-prone hexadecimal addresses, users can send funds to email addresses. This dramatically reduces transaction errors and the anxiety of potentially losing funds.
The system maintains conversation context, allowing for natural interactions:
GoPay maintains high security standards without burdening users with seed phrases or backup procedures.
By transforming blockchain interaction from a technical process to a conversational experience, GoPay opens cryptocurrency to the millions who would otherwise find it too complex to use.
Our most significant challenge was handling the limited AI API credits available for development. As we built and refined our conversational interface, we repeatedly reached our credit limits on OpenRouter, particularly during critical testing phases.
This constraint forced us to become resourceful. We developed a multi-pronged approach to maximize our available credits:
This experience taught us valuable lessons about building AI applications within real-world constraints. We gained expertise in prompt engineering and learned to balance capability with cost efficiency - skills that will help us scale the product sustainably.
Another significant challenge was maintaining the technical robustness required for blockchain operations while keeping the user experience conversational and approachable.
When a user types "send $20 to John," multiple complex operations happen behind the scenes - email resolution, balance checking, transaction preparation, gas estimation, and blockchain interaction - yet the user should see only a simple, human response.
Structuring our system to handle this complexity while maintaining a conversational flow required careful architecture and considerable testing, especially for multi-step transactions where context needed to be preserved between messages.
Through solving these challenges, we've created a system that hides extraordinary complexity behind a simple chat interface - precisely what's needed to bring blockchain to mainstream users.
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