GLOBQL • Graph‑Powered Code Intelligence

Understand your code as a graph

Build queries across dependencies, ownership, risks, and runtime evidence. One language to connect repos, services, configs, traces and logs.

Try GlobQLRead the docs
Repo topology
Cross‑stack traces
Policy & evidence
Impact heatmaps
GENAI CONTEXT

Enable GenAI with deep semantic context

Give your AI a living, typed knowledge graph. GlobQL turns repos, services, configs, and traces into a semantic graph — typed entities, relations, regions, ownership, and runtime evidence — so answers are grounded, auditable, and actionable.

  • Semantic Grounding — Typed nodes (APIs, tables, services, flags) & edges (calls, reads, owns, depends_on) with region rules.
  • Graph‑Aware Retrieval — Replace loose keyword RAG with reachability & region aware retrieval, deduped by ownership & time.
  • Safeguarded Actions — Policies as queries; agents propose patches / PRs & tests within enforceable boundaries.
  • Temporal Snapshots — Time‑travel the graph by commit / release for reviews & incident replays.
Example: paths to payments.card.save bypassing region:authz attach failing tests & draft a guardrail PR.
GlobQL Query
MATCH CHAINS
  FROM   component:"ui.checkout"
  TO     datastore:"db.orders"
WHERE  EDGE.crosses_region("legacy")
RETURN PATHS WITH evidence(traces, tests)
LIMIT 5
EvidenceTraces • Tests • Logs
IntegrationsGit • CI/CD • OTel • Terraform/K8s

One language to connect repos, services, configs, traces and logs.

Pillars

Observability

Cross-stack traces, path visualizations, region monitors.

Controllability

Policy-as-queries; guardrails for refactors and releases.

Searchability

One language to find code, configs, owners, usage, and risk.

Use Cases

Ask cross‑stack questions, act with proof, ship with confidence.

Re‑engineering & Modernization

Find seams, retire dead paths, plan phased extractions. Compare behavior pre/post‑refactor with runtime evidence.

Dealing with Complexity

Tame polyrepos, microservices, flags, IaC sprawl. Reveal reachability, ownership, ripple effects.

Security & Governance

Validate mitigations with reachable path proof. Align CVEs to real exposure.

Reliability & Readiness

Spot hotspots near sensitive paths; focus tests & guardrails where risk is highest.

Developer Productivity

Answer ownership, usage, impact questions in one query.

Time‑Travel Debugging

Record a process. Replay it. Reconstruct full state at any point and step backward through execution history to understand exactly what happened.

Key Capabilities

Composable graph-native primitives that underpin engineering insight, risk assessment and safe change velocity.

Repo Topology

True dependency graph across mono & polyrepos.

Cross‑Stack Traces

Stitch code paths to services, configs & data.

Policy & Evidence

Rules as queries with test/log proof.

Impact Heatmaps

Visualize concentration before shipping.

Region Labels

Declare & monitor boundary crossings.

Mock & Sandbox

Test refactors safely at region edges.

Ownership Graph

Teams ↔ surfaces, SLOs & change history.

Temporal Frames

Time-travel edges & runtime diffs.

Sample Queries

Representative graph questions teams ask pre-merge & during incident exploration.

Reachability#1
Which services can reach payments.card.save without region:authz?
Path Analysis#2
Show chains ui.checkout → db.orders crossing region:legacy.
Ownership Impact#3
Owners impacted by feature-flag:price_v2 with failing tests.
Runtime Diff#4
Diff runtime paths v1.8.2 vs v1.9.0 around inventory.sync.
Accent rails encode query families

Understand your code as a graph. Power GenAI with real context. Ship with proof.

Accelerate engineering decisions with grounded graph insight and verifiable runtime evidence.

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