Before 2007
Technical foundations
Receiver development, pseudolite experiments, positioning research, flight and field work, and early software-defined radio activity by the engineers who later established IP-Solutions.
Technical history & photo archive
Built through instruments, experiments and field work.
IP-Solutions was established in 2007. This archive also records the earlier professional and technical work that formed the company's engineering base.
2007–2013
Company and system platforms
IP-Solutions was established in Japan in 2007. Receiver, RF front-end and simulator work developed into configurable platforms for GNSS research and equipment testing.
2014–2019
Multi-channel systems and international work
The product range expanded through multi-channel SDR, simulation and integrated research systems, accompanied by conferences, exhibitions, publications and practical GNSS teaching.
2020–present
ReGen, PORTOS and ARAMIS
Current development concentrates on configurable simulator systems, multi-channel SDR receivers, ionosphere and interference research, GNSS–INS integration and complete experimental laboratories.
Selected archive
A working record, not a stock-photo history.
Captions are intentionally concise. Dates, locations and names can be expanded as the complete archive is catalogued.
Early SDR and pseudolite research
Technical presentation in Manchester before the company was established.
Flight-test preparation
GNSS receiver equipment prepared for an experimental flight test.
GNSS exhibition in Tokyo
Receiver and simulator systems presented to the Japanese GNSS community.
ION GNSS+
IP-Solutions exhibiting its research and test equipment internationally.
Replicator assembly and testing
Internal RF hardware integration during simulator-system development.
GNSS summer school
Practical receiver and signal-processing teaching in Tokyo.
Books supporting the instruments
GNSS, navigation and ionosphere material developed alongside the equipment.
International GNSS training
A later generation of the Tokyo summer-school program.
Continuity
The hardware changes. The engineering method remains.
Earlier systems are not presented as current products. They show the progression from specialized receiver and experiment platforms to today's ReGen, PORTOS and ARAMIS systems—and the accumulated practical work behind them.
Current systems
Continue from the archive to today's engineering.
Explore the current applications and product platforms, or contact us with a customer-specific test or development requirement.