CyberCode v1.1.10

Highlights

Rebuilds the model-provider experience around clear first-level catalogs for official API keys, model aggregators, OAuth accounts, Web Cookie sessions, local runtimes, and image, audio, and video services.
Adds provider model discovery, manual import, and supported-provider background synchronization without overwriting existing user configurations.
Adds health-aware intelligent routing with ordered fallbacks, availability checks, and route-aware model selection across desktop and TUI workflows.
Adds Agent Node endpoints compatible with OpenAI and Anthropic clients, including multiple access keys, model scopes, monthly quotas, rotation, revocation, and isolated usage accounting.

Migrates or discards legacy single-key and hot-reload cache entries safely, preventing the Node page from crashing or asking users to restart CyberCode.
Adds stable, readable, editable provider aliases, migrates opaque legacy aliases, and invalidates stale caches that could expose internal provider UUIDs.
Protects unsaved key policies during key switching, renaming, and rotation, and adds confirmation before rotating a key.
Simplifies the in-app connection guide to Protocol, Base URL, API Key, and Model=auto; advanced fixed targets and test requests remain collapsed until needed.
Separates routes and direct models in the connection generator, keeps auto as the simple default, and removes internal provider-ID terminology from the primary workflow.

Speeds up provider and Agent Node pages with read-through caching, progressive loading, and locally available catalogs instead of blocking the whole drawer on remote requests.
Adds consistent catalog search and access, cost, and modality filters, including correct filtering when the search box is empty.
Keeps Kimi Code and Kimi as separate API-key entries while excluding OAuth runtime records from API-key and local-provider catalogs.
Restores the right-side workspace tools, adds a native Git workspace, and improves compact-window layout, modal behavior, dropdowns, external links, and startup readiness.

Adds first-class Web Cookie and media-provider catalogs with localized provider names, visible risk guidance, and provider-specific credential flows.
Adds TUI commands for /provider, /routing, and /node, using the same built-in provider bridge and routing runtime as the desktop app.
Extends agent migration to WorkBuddy, Kimi Code, and Pi while preserving native skill, memory, instruction, and project formats.
Improves Code Graph lifecycle handling, RTK integration, attachment fallback, temporary-session memory, and long-running task recovery.

Stops active agent-browser work when generation is cancelled and prevents late tool output from reviving a completed turn or leaving context usage stuck at full.
Sends desktop-server authentication to IM adapter project, session, Git, and task-list requests so commands such as /projects and /new work after connecting.
Prevents invalidated or manually refreshed read-through requests from overwriting newer cached data.
Tests configured Web Cookie providers concurrently with bounded parallelism, reducing long waits without overwhelming providers.
Retries transient Apple timestamp-service failures during signed macOS builds while still failing immediately for non-transient signing errors.
Uses a Windows baseline Bun sidecar target to avoid unsupported CPU instruction crashes and validates every embedded runtime before publishing.

Adds complete Chinese, English, Japanese, and Korean guides for providers, model synchronization, intelligent routing, Agent Node access, and matching TUI commands.
Opens the Agent Node guide in the current interface language and keeps the primary examples free of internal IDs and real credentials.
Cloud builds cover macOS Apple Silicon, macOS Intel, Linux x64, and Windows x64, with a ZIP download for every platform alongside the normal installer and updater assets.

Passed Agent Node desktop UI, cache normalization, gateway, TUI routing, provider-service, IM adapter, conversation cancellation, and read-through-cache regression suites.
Passed desktop TypeScript checks, VitePress multilingual documentation build, real-page Agent Node verification, packaged-resource validation rules, and Git whitespace checks.