COSIGO™ Infrastructure

COSIGO™ Verification Node

COSIGO maintains an independent Bitcoin node as part of its infrastructure architecture. Running our own node helps ensure that verification, timestamp reference, and blockchain data are obtained directly from the network rather than through third-party services.

This node operates as a neutral verification component within the broader COSIGO ecosystem. Its role is to independently validate the Bitcoin network and provide transparent reference points for verification, timestamp anchoring, and infrastructure integrity.

Public read-only interfaces are being added in phases through bcnode.io.

Open bcnode.io

Purpose

Independent Verification

COSIGO maintains a direct connection to the Bitcoin network, validating blocks and transactions without reliance on third-party blockchain explorers.

Infrastructure Transparency

Public read-only interfaces allow independent inspection of node status and future blockchain reference tools used by COSIGO infrastructure.

Timestamp Reference

Bitcoin provides a durable decentralized reference layer that may be used to support timestamp anchoring across COSIGO records and system documentation.

Network Participation

The node contributes to the resilience of the Bitcoin network by independently validating and relaying blockchain data.

Bitcoin symbol Stylized Bitcoin B inside a circular coin mark.

Verification Layer

Bitcoin Node version Satoshi:27.0.0

Independent Bitcoin validation supporting COSIGO verification, timestamp reference, and future read-only infrastructure tools.

Open bcnode.io

Public Interfaces

Several public interfaces may be provided over time to allow inspection of node activity and blockchain data. These interfaces will remain read-only.

Access to current and future public tools will be available through bcnode.io.

Infrastructure Structure

The COSIGO infrastructure stack is intentionally modular. The verification node operates independently from public websites, media systems, registry tools, and future application layers.