Agent Cost Autopilot
Budgeted plan before the agent starts reading.
- Surface
- CLI, MCP context, dashboard, pilot report
- Buyer-safe status
- Beta · Pilot-grade
- Runtime
- preview only
Compare
AIndex is a local-first agent-cost optimizer. Pick a comparison to see where it reaches parity with code intelligence platforms and IDE assistants, and where it wins on agent ROI.
Comparisons
Each comparison maps every workflow buyers expect to an AIndex surface, separating shipped workflows from pilot foundations.
Enterprise code search and graph, reframed as agent-cost control with proof.
Parity on the indispensable workflows; the wedge is local-first setup, simple pricing and automatic ROI.
Open comparison →IDE assistantsThe neutral context layer your agents share under the IDE assistant.
Cursor and Cody write code; AIndex reduces tokens, stabilizes context and proves ROI across agents.
Open comparison →Feature visibility checklist
Every named workflow maps to an AIndex surface, with availability and observed runtime proof shown before any parity claim.
Budgeted plan before the agent starts reading.
Graph-ranked task packs with hashes, cache classes and exact anchors.
Stable and volatile context are separated so cache behavior is visible.
Tokens avoided, cost saved, time saved and predicted vs observed proof.
Repeated reads, ignored packs and loop recovery actions are surfaced.
Configured agents are checked against recent MCP usage.
Budgeted multi-step research returns citations and a stop condition.
Parity language is explicit while Sourcegraph-class claims stay gated.
One commit-addressed team index with freshness and local fallback.
Changed files, blast radius, tests, owners and risk gate are packaged.
RBAC, redaction, denied paths and audit exports stay visible.
Buyer-ready report with baseline, examples, risks and rollout tier.
Dry-run migration plan with rollout gate before PR creation.
Saved query snapshots become trends instead of one-off searches.
Pattern alerts and threshold checks are explicit product surfaces.
Likely owners and affected tests are attached to risky changes.
No workflow ships as a hidden command or undocumented MCP action.
IDE actions mirror the same registry used by CLI, MCP and web.
Commands expose the same feature names, statuses and JSON contracts.
Five tools route advanced actions without schema bloat.
architecture, dead-code, smells, audit, duplicates, implementations, type-hierarchy, map and rules are one router.
Observations and run outcomes persist and are recalled across sessions, stored locally.
search action=batch groups related queries under one budget to cut round-trips.
Local SQLite index, no-network mode and metadata-only exports prove zero egress.
SCIP/LSIF interop and native full-fidelity .aig export/import keep the graph portable.
A deterministic, metadata-only code wiki is rendered from the live graph with signatures and flows but no raw source.
Git co-change pairs surface coupled neighbors a static dependency graph misses.
One context call returns capsule, impact, memory recall and change-coupling together.
RBAC, SSO and SCIM are Enterprise entitlements enforced through governance policy.
A deterministic, metadata-only system model, drift report and ranked risk board for any AI-built repo.
Buyer surfaces
These surfaces support the feature story without turning foundations into shipped enterprise claims.
Every master-plan workflow is named, linked, tiered and tied to runtime feature proof.
The registry is generated from the same source used by pricing, dashboard, setup and MCP status.
Open surfaceAutopilot runs, PR packs, team index freshness, adoption, waste, insights, monitors and governance are visible as one command center.
Demo preview and observed data stay clearly separated, with metadata-only runtime evidence.
Open surfacePlan tiers map to named workflows with runtime observed/available kept separate.
No plan page should imply Sourcegraph-class parity for foundation workflows.
Open surfaceCheckout and portal paths are visible, with readiness gates and support fallback.
Billing is presented as guarded until live-sales readiness confirms checkout.
Open surfaceLocal-first source posture, redaction, audit and Governed Context are connected.
Security copy stays metadata-only and avoids claiming hosted source indexing.
Open surfacePublic benchmark data is tied back to cache-aware context and pilot proof.
Benchmark pages distinguish measured local runs from positioning claims.
Open surfaceSearch, graph, Deep Search, Batch, Insights, Monitoring, Ownership, governance and ROI are mapped to registry-backed workflows.
The page names parity expectations while keeping Sourcegraph-class claims gated by availability and runtime evidence.
Open surfaceAiIndexer is presented as the neutral MCP context layer under Cursor, Cody and other assistants.
The comparison avoids replacing IDE assistants; it focuses on shared packs, adoption checks, governance and ROI proof.
Open surfaceAutopilot, packs, adoption, governed context, team index, Sourcegraph parity and pricing recommendations become one buyer artifact.
Observed pilot inputs stay metadata-only, with demo preview clearly separated from real report data.
Open surface