Spatial Infrastructure Intelligence

See the terrain
beneath your
infrastructure

Contour maps the hidden topology of your systems. Real-time spatial analytics that surface risks, trace dependencies, and chart capacity before failures reach the surface.

Cluster Elevation● Live
2,847m
Peak load across 14 regions
Fault VectorNNW 12.4°
Survey Interval250ms
Section 01 : Telemetry Overview
14ms
Median Query Latency
2.1M
Nodes Mapped Daily
99.97%
Topology Accuracy
<3s
Anomaly Detection
Section 02 : Capabilities
Core Capabilities

Every layer, every elevation

Contour ingests topology from your entire stack and renders it as navigable terrain. Trace the ridgelines of traffic flow. Spot the valleys where capacity pools. Identify fault lines before they shift.

Core

Contour Mapping Engine

Real-time topographic rendering of infrastructure state. Every service, node, and dependency plotted as elevation data. Zoom from cluster-wide ridgelines down to individual container valleys.

Analysis

Fault Line Detection

Predictive stress modeling identifies failure boundaries before incidents cascade across regions.

Observe

Survey Benchmarks

Fixed reference points across your stack that track drift over time. Know when the ground shifts.

Route

Flow Gradient Analysis

Traffic follows the path of least resistance. Contour maps the gradient so you can see where requests pool, bottleneck, or drain.

Integrate

Multi-Source Triangulation

Correlate signals from Prometheus, Datadog, CloudWatch, and custom sources into one unified terrain model. No single vendor blind spots. Contour sees the whole landscape.

Section 03 : Survey Process
How It Works

Three-point survey

01

Deploy Sensors

Single-line agent install. Lightweight collectors begin mapping topology within 90 seconds. No config files, no restart.

02

Build Terrain

Contour correlates signals across nodes and renders your infrastructure as navigable contour data. Elevation equals load, gradient equals flow.

03

Navigate and Act

Set alerts on terrain features. Route around fault lines. Capacity plan with elevation models instead of spreadsheets.

Spatial Awareness

Your stack has geography. Start reading the map.

Every infrastructure incident has a spatial pattern. Cascading failures follow fault lines. Capacity constraints form at elevation boundaries. Contour makes these invisible structures visible and navigable.

  • Region-aware topology rendering
  • Cross-cloud elevation normalization
  • Historical terrain comparison (drift detection)
  • Custom contour intervals per metric class
  • Export to GeoJSON for external tooling
▲ Peak: us-east-1◇ Ridge: eu-west-2▽ Valley: ap-south-1
Grid Ref: NQ-4821-7734Elev. Range
120m to 2,847m
Section 04 : Field Reports
From the Field

Teams navigating with Contour

We caught a cascading failure pattern 40 minutes before it would have hit production. The contour map showed the pressure building along a ridge we didn't even know existed between our payment and auth services.
Kira TanakaSRE Lead, Canopy Financial
Our capacity planning used to be spreadsheets and gut feeling. Now we literally zoom into terrain and see where the valleys are. Last quarter we right-sized three clusters and saved $180k in compute.
Marcus OyelaranVP Infrastructure, Lattice Logistics
The multi-cloud triangulation is what sold us. We run AWS and GCP, and Contour is the first tool that shows both as one landscape instead of two separate dashboards.
Elena VossPlatform Engineering, Stratum Health
Onboarding new engineers is completely different now. Instead of explaining our architecture with diagrams, I hand them the terrain map and say "explore." They get it in an afternoon.
David LiangEngineering Manager, Ridgepoint Analytics
Ready to Survey

Map your infrastructure. Navigate with confidence.

14-day terrain survey, no credit card required. Deploy sensors in under two minutes and see your first contour map before lunch.