inCloud

groundcover’s unique architecture eliminates the need to stream observability data outside your cloud - including all logs, traces, and metrics. Address mission-critical organizational concerns, including security, privacy, scalability, and total cost of ownership with groundcover by keeping
all of your data in your environment, at all times.

Find the setup that works for you

inCloud is the backend architecture across all of our setup options, making it easy to move between plans as your needs grow.

Bring Your Own Cloud
(BYOC)

  • All groundcover benefits provided within the walls of your own Virtual Private Cloud (VPC)

  • Full security & data privacy compliance as data never leaves your environment

  • Centralized multi-cluster visibility in one backend

  • Price completely unaffected by volume of stored data

Hosted by you, managed by us

  • Automated control plane to deploy, setup and maintain 
inCloud at any scale

  • Ongoing resource optimization to cater inCloud to your needs

  • Ultimate level of control, privacy, and customization with the SLA your organization requires

  • Natively supported in AWS, GCP, and Azure

The single most cost-effective observability backend

  • Resource efficiency and processing at the speed of ClickHouse & VictoriaMetrics

  • Long-term data retention storage such as S3

  • Cutting-edge sensor to inCloud data pipeline eliminates high networking costs

  • Better use of cloud provider commitments to further discount costs

From inCloud to airGapped

  • Hybrid or fully on-premise architecture

  • Access the groundcover UI via secure
protocols or run on-premises

  • User authentication via Auth0, SSO, or offline 
for air-gapped environments

Integrate with any source

  • Fully compatible with Prometheus and OpenTelemetry

  • Easily ingest in all your existing custom metrics

  • Import data directly from your existing SDKs

Start monitoring, everything.

Deploy groundcover on your environment in minutes, or explore it on our data before lighting up your own cluster.