HEALTHCARE CONTINUITY

A New Era in Healthcare Downtime Resilience

Keep clinicians working when the EHR goes dark.

Backup keeps the data. Disaster recovery restores the systems. Neither one keeps care moving during the weeks a ransomware recovery actually takes. Spare Tire is the EHR continuity layer that preserves hospital data access while the primary system is down, hosted on separate infrastructure so the attack that hits production cannot reach it.

SpareTire product page hero image - patient profile
Spare Tire Core Features
Spare Tire / Core Capabilities

Explore the features that
keep care moving.

Explore the core clinical workflows available through Spare Tire when the primary EHR environment is unavailable.

Core Features
Spare Tire Administer
Add the Administer screenshot URL
01 / Administer

Administer

Support medication administration workflows so clinicians can review medication details, confirm scheduled doses, and continue safe patient care during EHR downtime.

Challenges Facing
Health Care

Ransomware &
Data Breach

About 93% of healthcare organizations have experienced data breaches in the past three years.

Business
Continuity

Existing EHR systems often rely on time-consuming and error-prone manual downtime processes.

High Cost of
Ransomware Payout

The average cost of a ransomware attack is $10.1 million, but some incidents are ten times as costly.

Data
Contamination

EHR downtime results in clinical data discrepancies and synchronization issues when the system is restored, potentially jeopardizing data integrity.

Cloud-Agnostic Deployment

Deploy Spare Tire on your preferred cloud environment

Model One:

Simple Setup

Minimum investment and fast setup

Ideal for downtime drills, tabletop exercises and evaluation at no cost

Ideal for planned downtime and business continuity planning

Supports compliance, auditing, and creation of electronic records

Model Two:

Full Integration

Maximizes full features with historical patients record available.

Spare Tire operates as a robust backup and continuity system that is deeply integrated into the day-to-day operations of healthcare organizations.

Allowing healthcare professionals to maintain essential functions without any disruptions during challenging situations.

Inbound/outbound integration with the primary EHR system.

Day-to-Day: Ongoing Records Synchronization

Spare Tire operates as a robust backup and continuity system that is deeply integrated into the day-to-day operations of healthcare organizations. Key records, which are the lifeblood of healthcare facilities, are encrypted, and seamlessly backed up by Spare Tire in real-time. This ongoing synchronization ensures that patient data remains protected and accessible, even during unforeseen events.

Healthcare organizations face various challenges, from system outages to cybersecurity threats. Spare Tire serves as a dependable backup system, allowing healthcare professionals to maintain essential functions without any disruptions during challenging situations.

Operational Continuity During an Event

After an Attack
or Outage

Once the primary EHR (Electronic Health Record) system is restored, Spare Tire doesn’t stop at operational continuity. It plays a pivotal role in the aftermath of an attack or outage by securely sending any changed records back to the main platform.

Comparative Analysis

SPARE TIRE®

  • Primary Goal
    Real-time clinical continuity with post-outage data sync
  • Deployment
    Minutes
  • Data Integrity
    Accurate, auditable, real-time
  • Cost
    Minimum
  • Integration
    Standalone or integrated
  • Scalability
    Instantly scale
  • Use Case
    Flexible

Other Solutions

  • Primary Goal
    Temporary EHR access during recovery
  • Deployment
    Months
  • Data Integrity
    Static backups only
  • Cost
    Millions
  • Integration
    Limited integration
  • Scalability
    Hard to scale
  • Use Case
    Limited to real disaster events

Become A Spare Tire Partner

Get tremendous innovation and gain your clients’ trust by becoming a Spare Tire Partner