The easiest way to run Cosmos blockchain infrastructure.
Contact us for enterprise validator pricing.
Our goal is for the entire blockchain ecosystem to flourish by providing robust infrastructure for the pioneers of tomorrow.
We maximize uptime and reward generation by running redundant validators and sentry nodes across multiple regions and cloud providers.
We’re security experts: secure offline generation of validator signing keys, secure backups, and secure, redundant remote signers using hardware HSM’s in military-grade data centers.
We are intimately familiar with the Cosmos Protocol; we have been active community members and operated inside the Cosmos testnet for over a year before launch.
We are the premier multi-cloud, multi-region infrastructure provider specializing in permissionless participatory networks.
Bison Trails → first of its kind. The simply superior enterprise-grade blockchain platform.
Enterprise-grade, proprietary orchestration technology allows us to dynamically adjust infrastructure, giving you the resources you need to be performant as network participation grows.
Self-healing infrastructure allows us to deliver you maximum uptime, ensuring that you don’t miss out on network rewards.
Our scalable infrastructure has fine-tuned, granular resource provisioning and controls so we only charge you for what you need as the network matures.
Best in class secret management technology that handles storing and securely transporting your participation keys to your nodes.
Advanced metrics, monitoring and alerting gives you real-time insights into your nodes and allows us to quickly identify and resolve issues.
100% Reward guarantee. All nodes are run across multiple geographies and cloud providers.
We cover lost rewards: 100% reward guarantee.
Provisioned user management & access control with multi-factor authentication.
Never expose your private keys. Nodes & infrastructure have no access to moving tokens.
White glove service. Working hours (8-8EST) email support, ramping to 24/7 phone & email support.