we connect islands
Pacific Peering is specialised in providing international connectivity services. We also undertake to revolutionise deep-sea exploration thanks to SMART submarine cables, providing crucial data on the condition of the oceans. These cables equipped with scientific sensors enable seismic and climate real-time monitoring in risk areas.
These cables equipped with scientific sensors enable seismic and climate real-time monitoring in risk areas.
who
are we ?
Established in 2020, Pacific Peering is a pioneer company in providing international connectivity and digital development services in the Pacific region. Our offices are based in Noumea, Paris, and Washington DC.
Our offices are located in:
- NOUMEA
- PARIS
- WASHINGTON DC
OUR EXPERTISE
We accompany our clients throughout their telecom projects, from design to implementation.
Thanks to decades of accumulated experience in the deployment of submarine cables and IT project management, our teams have contributed to major projects such as New Caledonia’s FTTH network and the implementation of the Gondwana 2 submarine cable connecting Noumea to Fiji.
smart operator
Science monitoring
and reliable telecommunications
Supported by the United Nations and the international scientific community, SMART projects aim at improving the accuracy of natural forecasts while optimising the costs of current systems. These cables are a major technological breakthrough by combining worldwide connectivity and proactive management of natural risks.
Intelligent connectivity for environmental monitoring and telecommunications.
Real-time data
Seismic data
Climate data
Cost reduction
PROMOTION, FUNDING, and SUPPORT
Pacific Peering works to promote SMART technology with governments, telecom operators, and research institutions. We are also active in seeking financing and in providing technical and financial support for scientific equipment in collaboration with submarine telecommunications stakeholders.
Services
Platform - PPSP
PACIFIC PEERING SERVICES PLATFORM
Our platform is an advanced solution dedicated to the collection, storage, and distribution of data in real time. Designed to rapidly process large amounts of data from SMART cables and DAS (Distributed Acoustic Sensing) systems, PPSP ensures optimum security thanks to strong encryption and a rigorous management of access rights.
Thanks to high availability, the PPSP ensures continuous, uninterrupted operation, enabling the users to monitor and manage their data in real time through an intuitive dashboard and specialised API (application programming interface). This platform is ideal for modern companies who seek to combine efficiency, security, and resilience in the management of their data.
Efficiency,
safety
and resilience
in the management
your data.
Historical data
Our system enables storage of billions of data points, while offering high-performance, secure access.
TAMTAM PROJECT
Pacific Peering leads the TAMTAM Project, a SMART submarine cable connecting Vanuatu to New Caledonia.
This cable, equipped with environmental sensors, will enable the real-time monitoring of ocean conditions and seismic risks, thus providing an increased protection for the 650,000 inhabitants of the region exposed to tsunamis and earthquakes.
The data will be freely accessible to the scientific community and civil protection authorities.
15 M$
Funds raised
12 M$
initial CAPEX
3 M$
OPEX cover for 5 years
fnf project
The FNF Project is a SMART cable connecting Japan, Alaska, Canada, Greenland, Norway, Finland, and Ireland. This cable will considerably reduce lag time between Japan and Europe. This cable will considerably reduce latency times between Japan and Europe.
100 M$
Fund raising objective
90 M$
initial CAPEX
10 M$
OPEX cover for 10 years
mists project
Mediterranean integreted science and telecom system
The MISTS Project is a SMART cable connecting several Mediterranean countries, including Portugal, Spain, Malta, France, Italy, Greece, Morocco, Algeria, Tunisia, Egypt, and Cyprus. It aims at enhancing security, resilience, and connectivity in underserved regions.