Comparison with Alternatives
January 26, 2026 ยท View on GitHub
Overview
| Tool | Storage | Sync | CRDT | Agent-Optimized |
|---|---|---|---|---|
| Grite | Event-sourced WAL in git refs | Git push/pull + CRDT merge | Yes | Yes |
| Beads | JSONL files + SQLite | Git commit/export | No | Yes |
| git-bug | Git objects | Git push/pull | Partial | No |
| Trekker | SQLite only | None (local) | No | Yes (MCP) |
Feature Matrix
| Feature | Grite | Beads | git-bug | Trekker |
|---|---|---|---|---|
| Dependency DAG | Typed (3 edge types) + cycle detection + topo sort | 4 types, no cycle detection | No | Basic |
| Context store | Tree-sitter (10 langs) | LLM compaction | No | No |
| Lease locks | TTL + policy enforcement | No | No | No |
| Actor isolation | Multi-actor, separate data dirs | Multi-role modes | No | Single-agent |
| Git worktrees | Full support, daemon works | Shared DB, daemon disabled | Likely works | N/A |
| Event signing | Ed25519 per-event | No | GPG | No |
| Health checks | grite doctor --fix | No | No | No |
| Agent playbook | AGENTS.md auto-gen | Manual | No | MCP plugin |
Grite vs Beads
Architecture: Grite uses an append-only event log with formal CRDT merging (LWW + add/remove sets). Beads uses mutable JSONL records with hash-based IDs to avoid collisions.
Sync: Grite operates on git refs (never touches worktree), with auto-rebase on conflict. Beads syncs JSONL files in the worktree and has documented race conditions (#1208, #1258).
Daemon: Grite's daemon is optional; CLI always works standalone. Beads requires a daemon for sync, which has stack overflow issues on multiple platforms (#1202, #1288).
Integrity: Grite uses BLAKE2b-256 content-addressed event IDs with optional Ed25519 signing. Beads uses hash-based IDs without cryptographic verification.
Dependencies: Grite has typed edges (blocks, depends_on, related_to) with DFS cycle detection and topological ordering. Beads has four dependency types but no cycle detection.
Context: Grite includes a tree-sitter-powered symbol extractor (10 languages, AST-accurate line ranges) and queryable context store that syncs via CRDT. Beads uses LLM-powered compaction (bd compact) for memory management.
Locks: Grite provides lease-based locks with TTL, GC, and policy enforcement (off/warn/require) for multi-agent coordination. Beads has no locking mechanism.
Where Beads is ahead: Hierarchical IDs (epics/subtasks), LLM compaction, Linear/Jira bridges, larger ecosystem, multi-role modes.
Grite vs git-bug
git-bug stores issues as git objects (not files) and provides CLI/TUI/Web UI with bridges to GitHub/GitLab. It is not agent-optimized (no JSON-first output, no agent playbook, no context store, no dependency DAG).
Grite vs Trekker
Trekker is SQLite-only (no distributed sync) with a native MCP plugin for Claude Code. Simpler setup but limited to single-machine, single-agent workflows.
When to Choose Grite
- CRDT-correct distributed merging for multi-agent workflows
- Cryptographic event integrity (signing, content-addressed IDs)
- Dependency DAG with cycle detection and topological ordering
- Tree-sitter context store (10 languages, AST-accurate) for codebase understanding
- Lease locks for multi-agent coordination (TTL, policy enforcement)
- Git worktree support with full daemon functionality
- Append-only safety (no sync-induced data loss)
When to Choose Alternatives
- Beads: Hierarchical epics, LLM compaction, Linear/Jira bridges
- git-bug: GitHub/GitLab bridges, TUI/Web UI
- Trekker: Simplest setup, native MCP for Claude Code