Performance Issues

Is the app using too much memory?

The DesireCore desktop client is built on Electron and uses a baseline amount of memory (typically 200–400 MB). If memory usage is abnormally high:

1. Check your version --- Ensure you're running the latest version; the development team continuously optimizes performance
2. Check Agent count --- Running more than 300 Agents simultaneously significantly increases memory overhead
3. Close unused conversations --- Each active conversation occupies rendering memory; close tabs you don't need
4. Restart the app --- Memory may gradually grow over long sessions; periodic restarts release accumulated memory

Is AI response speed slow?

Response speed depends primarily on the AI model API's performance, not the DesireCore client itself. Optimization suggestions:

1. Switch API endpoint --- Switch to a faster AI model provider
2. Check network quality --- Use a stable network connection to reduce packet loss and latency
3. Check model load --- Provider APIs may queue during peak hours; retry later

Is disk usage too large?

DesireCore's data directory (~/.desirecore/) grows over time. Main sources of disk usage:

Source	Typical Size	Cleanup Method
App cache	Hundreds of MB	Delete system app cache directory (see paths below)
Market repo cache	50–200 MB	Safe to delete; rebuilds automatically on next launch
Session records	Varies by usage	Clean history sessions in settings
Agent data	Varies by count	Delete unneeded Agents

Cache directory paths:

• macOS: ~/Library/Application Support/desirecore/Cache
• Windows: %APPDATA%/desirecore/Cache
• Linux: ~/.config/desirecore/Cache

tip

Close DesireCore before deleting cache. Cache is automatically rebuilt on next launch without affecting your data.

Is GPU usage high or fans spinning loudly?

DesireCore uses GPU acceleration for UI rendering (glass materials, animations, etc.). If GPU usage is abnormal:

1. Check GPU drivers --- Outdated drivers may cause inefficient GPU usage; update to the latest version
2. Close other GPU-intensive apps --- Games, video editors compete for GPU resources
3. Reduce motion effects --- Enable "Reduce Motion" in system settings to decrease GPU load
4. Disable hardware acceleration --- Launch DesireCore with --disable-gpu flag to completely disable GPU acceleration (UI smoothness will decrease)

Does the app slow down after running for a long time?

Electron applications may experience performance degradation after extended runtime. Recommendations:

1. Restart periodically --- Restart the app weekly or when noticeably slow
2. Clean conversation history --- Excessive history messages increase rendering load
3. Check background tasks --- Many concurrent scheduled tasks or heartbeats consume Agent Service resources

What's the impact of many Agents online simultaneously?

Each online Agent occupies Agent Service memory and scheduling resources:

• 1–50 Agents: Normal usage, no noticeable impact
• 50–200 Agents: Increased memory usage; consider disabling rarely-used Agents
• 200+ Agents: May affect response speed; consider trimming the Agent list

tip

Deleting unneeded Agents frees resources. Agent memory and configuration are permanently removed, so confirm before deleting.

How do I check resource usage?

• macOS: Open Activity Monitor, search for DesireCore to view CPU, memory, and GPU usage
• Windows: Open Task Manager (Ctrl+Shift+Esc), find DesireCore in the Processes tab
• Linux: Use htop or system monitor, search for desirecore processes

DesireCore consists of multiple sub-processes (main process, renderer process, Agent Service); total resource usage is the sum of all sub-processes.