This single-receiver technique uses precise satellite orbit and clock products to determine a station’s position with centimeter-to-millimeter-level accuracy. Bernese was among the first major software packages to support PPP with ambiguity resolution (PPP-AR) , a powerful feature that resolves the integer-cycle ambiguities in the carrier-phase signals, significantly accelerating convergence times and enhancing solution robustness.
Identifying and repairing discontinuities in phase observations.
: Used extensively for monitoring plate kinematics (e.g., in Antarctica), global geodetic parameter estimation , and orbit determination for Low Earth Orbit (LEO) satellites. Advanced Modeling and Corrections bernese gnss
The software has a long heritage, with version 5.0 representing a major leap in its architecture and modeling capabilities back in 2004. The documentation for version 5.2, published in 2015, remains a standard textbook reference for the community, running approximately and covering the full breadth of its functions.
The GNSS landscape is changing. With signals becoming standard, and the rise of real-time precise point positioning (PPP-RTK), Bernese must evolve. The upcoming Version 6.0 is expected to include: : Used extensively for monitoring plate kinematics (e
: An automated processing tool that allows users to create reproducible "pipelines" for large-scale data sets. Ionosphere & Troposphere Modeling
To achieve its high precision, the software implements rigorous physical models: The GNSS landscape is changing
The developers offer formal training: the upcoming is scheduled to be held in Bern, Switzerland from September 7 to September 11, 2026 .
The software is renowned for its modular design, containing over 100 individual programs
: Employed in developing regional ionosphere models and static Single-Frequency Precise Point Positioning (SF-PPP) solutions. Geodynamic Studies