Proving its industry-leading reliability, consistency, and availability, Total Uptime has successfully completed its third SOC 2 Type 2. This landmark also solidifies Total Uptime’s operational excellence and success of the innovative global cloud platform.
Jonathan Hoppe, the co-founder of Total Uptime, stated, “our customers include small businesses, financial institutions, multinational Fortune 500 companies and beyond. They rely on us to boos application availability, in order to minimize risk and maintain compliance with laws, regulations and internal policies. This attestation is validation of our platform and our security practices.”
The three consecutive completions set Total Uptime apart from the competition. The successful completion of the exam indicates that the business has been through a rigorous evaluation of their services and operations as it relates to the Trust Services Principles and Criteria.
This exam was designed and created by the American Institute of Certified Public Accountants. The SOC 2 Type 2 exam is recognized as the leading exam that gives businesses a standardized method for assessing the operation and design of internal controls.
As this is the third year in a row that Total Uptime has completed the exam successfully, the global cloud platform has proven to be an efficient, successful digital platform. The consistent audit standards mean that businesses that complete the exam have a much higher level of operational excellence than businesses that rely on other exams to boost credibility.
Total Uptime excels at platform availability, using ISO/IEC 27001 information security management standards for their global cloud platform.
Total Uptime specializes in advanced cloud network platforms, helping businesses streamline and manage full cloud integration. The global cloud platform allows customers to monitor network availability, performance, and stability through a simple to use interface. Through high-end cloud network solutions, Total Uptime enables businesses to obtain global connectivity without added complexity.