Underscore’s NTP server, Unfailing Time Availability (UTA) provides highly secure, reliable, and precisely timed synchronization, designed for applications needing an affordable, cutting-edge NTP server
Stratum-Based Hierarchy
Operates on a hierarchical model with strata, where Stratum 0 represents highly precise time sources like atomic clocks and GPS devices.
Precision
Timing
Offers unparalleled precision in time synchronization, allowing devices and systems to maintain time accuracy within milliseconds or even microseconds.
Redundancy and Failover
Supports multiple time sources and allows redundancy for enhanced reliability.
This feature is vital for mission-critical systems that require continuous synchronization.
Cross-Platform Compatibility
It is platform-agnostic and can be implemented on a wide range of operating systems and devices, making it versatile and adaptable to diverse network environments.
Underscore’s UTA is the cornerstone of precise synchronization in the digital age
Benefits
PreciseTimekeeping
Achieve precise synchronization of devices and systems, ensuring accurate timestamps for transactions, logs, and data analysis.
Network Efficiency
Hardware timestamping enables devices to improve timing efficiency and optimize data transfer and reduce latency.
Regulatory Compliance
Aids in meeting regulatory requirements that mandate accurate timekeeping, especially in industries like finance, healthcare, and telecommunications
Mitigate Security Risks
Accurate time synchronization is crucial for security protocols and cryptographic operations.
Sync Your Network Seamlessly
Multi-Source Synchronization
Our UTA Solution offers the unique advantage of synchronizing with multiple diverse time sources, ensuring redundancy and fault tolerance.
Scalable Solutions
Our solutions are scalable to accommodate your evolving synchronization requirements
State-of-the-Art Security
We prioritize security by offering advanced authentication and access control features to protect your NTP infrastructure from unauthorized access and attacks