
The pressure for efficient data access on-chain is escalating. As of June 2026, developers are in a race to create agents that can tackle complex crypto queries without the headache of extensive coding. Many find current methods restricting, pushing for creative solutions.
Developers face a range of challenges while creating AI agents. Some express frustration with traditional methods, such as direct compatibility with raw RPC. Missteps were common, with one developer commenting, "The model canβt reason about logs, and I end up writing a custom endpoint for every single question." This reinforces the urgent need for natural language processing capabilities.
Recent discussions on forums spotlight emerging innovations aimed at improving the querying process:
Utilizing Data Products: Contributors suggest structuring the data access layer by implementing specific data products like transfers, swaps, and wallet activity. "Expose constrained tools such as get_token_volume(token, window) instead of letting it freestyle, " advised one participant.
Custom Pipelines: New methods are being discussed, like adapting ClickHouse or Postgres pipelines. One user recommended a structure: "plain English request, planned query, validated SQL/API call, structured JSON back."
Gaps in Real-Time Data: Users have criticized limitations in manual queries, discussing the necessity for fresher data streams. Suggestions were made for using platforms like Helius or Shyft for efficient real-time access.
"GMGN has agent skills built already. Have you tried those?" queried another participant, drawing attention to existing solutions.
Sentiment around transitioning to dynamic querying methods is predominantly positive. Many anticipate significant shifts toward utilizing AI to generate SQL queries from simple commands while some maintain a degree of skepticism about complete automation.
π Developers are shifting toward specialized data access frameworks.
β‘ Custom pipelines like ClickHouse are seen as crucial for efficient indexing.
π Users highlight the importance of structured queries for managing workloads effectively.
As the crypto sphere continues to grow, the movement for AI-assisted data retrieval is unmistakable. The combination of user-friendly tools and the ability to communicate in natural language keeps surfacing as vital to future advancements.
With technology marching forward, the expectation is for a dramatic increase in the use of natural language processing for data queries, with projections suggesting over 70% of developers might adopt simplified methods in the coming year. This need for speed and efficiency is set to reshape how creators interact with data, making traditional, cumbersome methods a thing of the past.
The shift in on-chain data retrieval mirrors the leap from analog to digital in telecommunication. Just as society embraced cleaner, more efficient communication approaches, the crypto community stands poised for a revolution in data querying. Expect further transformations akin to the disruptive rise of mobile phones in the β90s, as developers push for simpler, more intuitive engagement with data, breaking away from outdated procedures.