Reliability intelligence for colocation and data centers
Connect facility, network and compute telemetry across halls and tenants — find the origin of an incident, see which customers it touches, and verify maintenance before it starts.
Every incident is someone else's outage.
Colocation and data center operators run the layer everyone else builds on. A single degraded uplink in one hall can surface as packet loss for one tenant, a storage timeout for another and a cross-connect ticket for a third — each arriving through a different channel, each owned by a different team.
The facility, the network fabric and the tenant services are usually monitored by separate systems with separate inventories. Reconstructing how they depend on each other happens in the middle of the incident, which is where most of the time to resolution goes.
Raincurve keeps that dependency picture continuously, across vendors and generations of hardware, and reasons over it the moment signals start to move.
Where time is lost today
Alarm floods across systems
One fault produces hundreds of alarms in the NMS, the DCIM and tenant-facing monitoring. Correlating them is manual.
Tenant impact is guesswork
Knowing which customers sit behind a failing switch, PDU or cross-connect usually means querying three inventories.
Maintenance collides with failures
A planned drain is safe on paper, but not while a neighboring device is already degraded or another change is in flight.
Mixed-vendor estates
Acquisitions and refresh cycles leave multiple vendors and generations, each with its own tooling and alarm vocabulary.
Redundancy drifts silently
Dual-homed designs erode as links fail and are not restored. Nobody notices until the second failure.
Evidence for customers
Post-incident reports need a defensible root cause and timeline, assembled after the fact from partial logs.
How Raincurve works in your facility
Read-only to start. Raincurve runs alongside your existing NMS, DCIM and ticketing.
Map
Discovery, DCIM and inventory data are fused into one dependency graph: power and cooling zones, racks, fabric, cross-connects and tenant endpoints.
Reason
Alarms and telemetry from every system are compressed into Compact Contracts and grouped into incidents with a ranked origin and tenant impact.
Verify
Planned and proposed actions are checked against live state and in-flight work, so no tenant loses redundancy below its requirement.
Report
Every incident carries a timeline, root-cause evidence and affected tenants — ready for customer communication and post-incident review.
One uplink, three tenants, one incident.
An aggregation switch in hall B starts losing optical power on a spine uplink. Within a minute, tenants on 12 access switches see intermittent loss, a storage tenant reports timeouts and the NOC has 140 alarms across three tools.
Raincurve groups them into one incident, names the uplink as the origin, lists the affected tenants and blocks a scheduled drain of the redundant switch — because it would leave 36 servers single-homed.
originconfidence 0.82
tenants12 access switches downstream
blocked36 servers would drop to 1 path
actionverified safe
Grounded in published results
Platform capabilities used here
Every solution runs on the same Raincurve platform.
How engagements start
Most colocation engagements start with a single hall or site as the Tier 2 pilot scope.
Infrastructure Assessment
A scoped read of your topology, telemetry and recent incidents. We map cross-layer dependencies, replay past incidents through Curve-1 and show where time to resolution is lost.
Production Pilot
Raincurve runs alongside your existing tools on a defined slice of production — a hall, a region, a cluster — with success criteria agreed up front and measured weekly.
Enterprise Reliability Platform
Estate-wide deployment in your environment: continuous cross-layer reasoning, verified remediation workflows, and integration with your NOC, ticketing and change processes.
Technical documentation
Deployment, integrations and concepts for this environment.
Deployment guide
Private, hybrid and cloud topologies, sizing and security boundaries.
Open docs →DocumentationIntegrations
Telemetry, inventory, orchestration and ticketing sources Raincurve reads and writes.
Open docs →DocumentationPlatform concepts
Topology graph, contracts, hypotheses, incidents and verification.
Open docs →