Electrode is in active development. We're building the future of AI-powered Roblox development with intelligent error detection, deep code understanding, and automated debugging systems. Here's what's coming next.
Hook into Roblox Studio's LogService to capture runtime errors automatically. Parse error messages, extract script paths and line numbers, then generate AI-powered fix suggestions with preview.
Reference scripts directly in chat using @ServerScriptService/Module syntax. Automatically include referenced scripts in context for better understanding. Visual indicators show which scripts are included.
Build an index of all functions, variables, and module exports. Track where symbols are defined and used across your codebase. Enable "Go to Definition" and "Find All References" functionality.
Static analysis before code generation. Check for common issues like missing error handling, performance anti-patterns, security vulnerabilities, and code smells. Generate quality reports with actionable suggestions.
Parse scripts to extract function signatures, module exports, dependencies, variable scopes, and event connections. Build dependency graphs and understand code flow across your project.
Detect and execute test scripts automatically. Parse test output for failures, then auto-fix issues in an iterative loop. Stop when tests pass or max iterations reached.
Use AI embeddings to find code by meaning, not just keywords. Search for "code that handles player damage" and get semantically related results across your entire codebase.
⚡ Medium Impact ✅ Medium FeasibilityExtract functions, create modules, inline code, merge scripts - all with preview and approval. Understands code structure and maintains consistency across refactoring operations.
⚡ Medium Impact ✅ Medium-High FeasibilityAuto-generate comments and docstrings for functions. Document parameters, return values, and generate README files for modules. Keep documentation in sync with code changes.
Analyze error stack traces with full context. Understand what was happening when errors occurred. Suggest breakpoints, explain why errors happened, and provide step-by-step fixes.
🔥 Very High Impact ✅ High FeasibilityMonitor all print() and warn() output. Detect patterns like repeated errors or performance warnings. Alert on suspicious patterns and suggest optimizations.
⚡ Medium Impact ✅ Medium FeasibilityQuick actions without clicking for faster workflow. Professional IDE-like experience with customizable keybinds.
Searchable command menu (like VS Code) for discoverability and fast actions. Keyboard-first workflow.
Better conversation management with named sessions, search, export/import, and organization features.
Quick access to common code patterns with built-in and user-created snippets. Speed up common tasks.
More informative feedback with contextual help, tooltips, and error explanations for faster problem-solving.
Better understanding of workspace state with visual hierarchy trees, dependency graphs, and change indicators.
Faster and smoother experience with lazy loading, cached responses, and optimized rendering.
Stay informed with toast notifications, notification preferences, and priority levels.
⭐ Medium Impact ✅ Very High FeasibilityPre-made starting points with template gallery, one-click insertion, and custom template creation.
⭐ Medium Impact ✅ Very High FeasibilityAutomatic code cleanup with auto-format, linting, style consistency, and configurable preferences.
⭐ Medium Impact ✅ High FeasibilityEfficient batch operations for selecting multiple scripts, bulk editing properties, and batch code generation.
🔥 High Impact ⚠️ Medium FeasibilityPersonalize the interface with resizable panels, movable sections, theme customization, and layout presets.
⭐ Medium Impact ⚠️ Medium FeasibilityCollaboration and backup with export conversation as markdown/PDF, share code snippets, and generate documentation.
⭐ Medium Impact ✅ High Feasibility