# Research Related Articles

HTX News Center provides the latest articles and in-depth analysis on "Research", covering market trends, project updates, tech developments, and regulatory policies in the crypto industry.

From FOMO to Implementation: A Review of the Current State of AI Services in Crypto Companies

From FOMO to Implementation: A Look at Crypto Companies' AI Services Cryptocurrency companies, from exchanges to security firms, are rapidly integrating AI-driven services, driven by FOMO (fear of missing out) rather than just hype. Unlike previous cycles, established players like Coinbase and Binance are leading the charge, treating AI as a business necessity rather than a narrative. Key sectors adopting AI include: - **Research**: Projects like Surf AI address crypto's fragmented data problem by offering specialized tools that aggregate on-chain data, social sentiment, and metrics, providing accurate, crypto-specific insights. - **Trading**: Exchanges are leveraging AI to allow natural language commands for analysis and execution, lowering the barrier for non-developers to create automated strategies via AI agents. - **Security/Audit**: Firms like CertiK use AI to enhance smart contract audits by combining automated code scanning with human review, and adding post-audit monitoring to cover previous blind spots. - **Payment Infrastructure**: Companies are developing protocols for AI agents to make on-chain payments, using stablecoins for API fees or services, with Circle’s proposal for AI-agent payments gaining attention. The push is fueled by AI advancements like MCP and OpenClaw, which make agent-based automation accessible. However, the adoption gap between "having functionality" and "actual usage" remains, with questions about user trust in AI for real trading or payments. Ultimately, crypto firms are acting to avoid obsolescence in the AI era, though real-world utility is still evolving.

比推03/17 18:08

From FOMO to Implementation: A Review of the Current State of AI Services in Crypto Companies

比推03/17 18:08

From Understanding Skill to Learning How to Build Crypto Research Skill

This article explores the evolution and application of Agent Skill, a modular framework introduced by Anthropic in late 2025, which has become a foundational design pattern in the AI Agent ecosystem. Initially a tool to improve Claude's performance on specific tasks, it evolved into an open standard due to high developer adoption. Agent Skill functions like a "dynamic instruction manual" that AI can reference to perform tasks consistently without repetitive user prompting. It is built using a `skill.md` file containing metadata (name and description) and detailed instructions. The system operates through an on-demand loading workflow: the AI first scans lightweight skill metadata, matches the user's intent, then loads only the relevant skill's full instructions, optimizing token usage. Two advanced mechanisms enhance its functionality: - **Reference**: Conditionally loads external documents (e.g., a finance handbook) only when triggered by specific keywords, avoiding unnecessary context consumption. - **Script**: Executes external code (e.g., a Python script) without reading its content, enabling actions like file uploads with zero token cost. The article contrasts Agent Skill with Model Context Protocol (MCP), noting that MCP connects AI to data sources, while Skill defines how to process that data. For advanced use cases like crypto research, combining both is recommended: MCP fetches real-time data (e.g., blockchain info, news APIs), while Skill structures the analysis and output format. A practical example demonstrates building a crypto research agent using an `opennews-mcp` server. The Skill automates workflows like due diligence on new tokens (pulling Twitter data, news sentiment, KOL tracking) and real-time event monitoring (e.g., ZK-proof breakthroughs) to generate structured reports or trading alerts. This combination creates a powerful, automated research system tailored for Web3 analytics.

marsbit03/10 10:41

From Understanding Skill to Learning How to Build Crypto Research Skill

marsbit03/10 10:41

In a World of Dramatic Change, How Should Humanities Workers Better Use AI?

In a rapidly changing landscape, humanities professionals are increasingly turning to AI not as a magic solution, but as a practical tool integrated into their research, writing workflows. This guide outlines key principles for effectively using AI, moving beyond simple "prompts" to a systematic, controllable methodology. The approach is built on three core tenets: processes must be traceable, verifiable, and supervised; the user must remain in control; and the final output must be something the creator is willing to sign their name to. Key principles include: * **Treat AI as a workbench, not a wish-granter:** Clearly define tasks, audiences, and standards instead of making vague requests. * **You are the responsible agent:** Provide clear context, constraints, and executable steps. Dissatisfaction often stems from unclear instructions, not AI failure. * **Compare multiple models:** Different AIs have different strengths (writing, reasoning, coding); use them like a team. * **Manage expectations:** Assume AI has the knowledge level of a top undergraduate; provide examples and standards for specialized tasks. * **Break tasks into steps:** A white-box process of small, reliable steps is better than a single, error-prone black-box request. * **Industrialize first, then automate:** Define and structure your workflow into reproducible steps before assigning sub-tasks to AI. * **Anticipate AI's laziness:** Remove format barriers (e.g., clean text from PDFs/websites) to focus its effort on comprehension. * **Prioritize compression over expansion:** It's more reliable to condense large amounts of provided material than to ask AI to generate content from little context. * **Iterate on the pipeline, not the output:** Aim for a system that consistently produces good-enough drafts (e.g., 75/100) rather than manually perfecting each result. * **Generate quantity to find quality:** Request multiple versions (e.g., 5 summaries, 50 headlines) to combat mediocrity and discover excellent samples. * **Act as a head chef:** Provide clear feedback for revisions instead of rewriting the output yourself. The ultimate quality of work depends on **materials × taste**. AI enhances interaction with materials, but genuine research, unique sources, and cultivated judgment remain irreplaceable. The goal is to replace anxiety with practical skill by engineering tasks, making processes transparent, and integrating AI as a verb within a credible,署名-worthy creative process.

marsbit03/05 05:20

In a World of Dramatic Change, How Should Humanities Workers Better Use AI?

marsbit03/05 05:20

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