ShelterZoom Introduces Spare Tire Platform Focused on Continuous Operations and Cyber Resilience
Platform combines multiple products aimed at maintaining system availability and reducing operational disruption
ShelterZoom has introduced its Spare Tire platform, a system designed to support continuous operations and operational resilience across organizations. The platform brings together seven products intended to help organizations maintain functionality during system disruptions, including cyber incidents and infrastructure failures.
The Spare Tire platform is positioned as an alternative to traditional backup and disaster recovery approaches, which typically focus on restoring systems after an outage. Instead, the platform is designed to enable ongoing operations during disruptions by allowing users to access synchronized and validated data in real time.
The system is built on a combination of external cloud infrastructure, data tokenization, and cryptographic validation. According to the company, this approach is intended to support data integrity, system availability, and secure operations across enterprise environments.
The platform includes three primary suites:
- Core Continuity Suite, which includes tools for maintaining electronic health record (EHR) availability, business workflow continuity, and secure infrastructure
- Protection Suite, which focuses on document tracking, control, and phishing detection
- AI Suite, which is designed to support governance and verification of AI-generated outputs
ShelterZoom states that the platform emphasizes proactive continuity rather than reactive recovery, aiming to reduce downtime and eliminate reliance on system restoration processes.
The company also noted that the platform is intended for use across multiple sectors, including healthcare, life sciences, and government, where system disruptions can impact operations and service delivery.
Industry perspectives referenced in the announcement highlight ongoing concerns around system outages and cyberattacks, particularly in healthcare, where disruptions can affect patient care and operational efficiency.
