Cut production incidents by up to 40% with a site-specific runtime engine

Don't wait for production incidents to occur. Raincurve uses your internal docs and historical incident data into your existing AI models to predict, isolate, and capture runtime failures before they happen.

ENTERPRISE-GRADE IMPLEMENTATION

Zero ramp-up time to profitability

40%

Reduction in Production Incidents

Pre-facto context orchestration captures architectural mismatches and downstream dependency risks before code hits production.

62%

Lower Token & API Overhead

Context window pruning strips telemetry noise, routing only exact architectural metadata to your frontier models

< 14 Days

From the First call to deployment

Your core runtime engine is mapped and fully tailored to your organization's specific topology and internal tool schemas

0

External Data Retention

Built for absolute data sovereignty. Operates entirely in-network within your security perimeter using your existing models

CORE SOLUTION

How our model works

Securely ingest and map native engineering context

The engine hooks directly into your organization's internal documentation, API endpoints, system runbooks, and historical post-mortems. It securely extracts and maps disparate, un-structured engineering data without disrupting your active workflows.

CONTRAST

How we beat the Status Quo

Operational CapabilityTraditional ObservabilityRaw SOTA Agents / Generic AIYour Site-Specific Runtime Engine
Operational PhasePost-Facto. Fires alerts only after latency spikes, errors, or outages have already impacted production users.Ad-Hoc. Requires manual prompting during an issue; cannot systematically evaluate changes before they execute.Pre-Facto. Intercepts architectural mismatches, schema drifts, and edge-cases before code hits production.
System ContextLimited to raw metric thresholds and un-correlated, fragmented log streams.Minimal. Standard vector RAG fails to understand complex, multi-service topologies and third-party dependencies.Deep. Grounded in custom Code/Infra Knowledge Graphs and context-aware GraphRAG specific to your stack.
Model MemoryNone. (Relies entirely on human engineers writing manual queries to find root causes).Stateless. Re-injects raw data repeatedly, leading to context hallucinations and runaway token costs.Persistent. Employs Titans-style long-term neural memory to recall your organizational history efficiently.
Compute / Token EconomicsNot applicable. (High monthly SaaS licensing fees based on ingestion volume).Unpredictable. Blends raw text into context windows, burning thousands of dollars in unnecessary tool calls.Optimized. Strict context window pruning isolates and routes only the exact structural metadata required.