5 Tools to Fix Claude Code's Common Blind Spots
Sean Kochelgo watch the original →
the gist
Claude Code often forgets context, ignores best practices, and lacks visual verification. Using intent layers, security scanning, performance audits, persistent memory, and browser-based verification fixes these issues.
Managing Context and Intent
Claude Code often struggles with large codebases, leading to context waste and incorrect modifications. To solve this, developers can implement Intent Layers, which use hierarchical agents.md files to map project structure. When a directory exceeds 20,000 tokens, the tool generates a child markdown file that acts as a pointer, explaining conventions, project-specific invariants, and anti-patterns. This prevents the model from hallucinating file structures or overwriting critical configurations like proxy.typescript in Next.js 16+ projects.
Security and Performance Audits
To move beyond basic "vibe coding," developers should integrate specialized audit tools. DeepSec provides a security harness that scans for vulnerabilities by running npx deepsec init and pnpm deepsec scan. It identifies high-risk areas, such as unsanitized system prompts that could lead to injection attacks. For performance, Vercel Agent Skills allows developers to audit React and Next.js codebases against industry-standard best practices. Running these audits surfaces critical issues, such as sequential data fetching that could be parallelized, providing concrete recommendations for optimization.
Persistent Memory and Verification
Coding agents typically lose context between sessions. Agent Memory addresses this by creating a persistent, four-tier memory system: working, episodic, semantic, and procedural. It automatically compiles learnings and decays unused information over time, ensuring the agent retains project-specific tribal knowledge. Finally, to bridge the gap between code and visual output, developers should use Claude Code's Chrome integration (--chrome). This allows the agent to spawn a browser instance, enabling it to verify UI changes in real-time and iterate on front-end components until they meet the desired specifications.