Project 4 engineers and deploys hardened networking solutions for ground-based scientific payloads — from remote field stations to underground research facilities. Built for where science actually happens.
From design to deployment — engineered for the environments where ground-based science demands reliability.
Custom radio frequency architectures for challenging terrestrial environments — dense forest, canyon terrain, underground facilities, and extreme weather sites.
Self-healing mesh topologies that maintain data integrity across distributed field sites. Designed for multi-payload arrays spanning large geographic areas without fixed infrastructure.
End-to-end field station design, ruggedized enclosure specification, power management, and telemetry pipeline integration with lab and operations centre systems.
Ruggedized transceiver, switch, and router integration for extreme temperature, moisture, vibration, and EMI environments. Custom enclosures for indoor labs and outdoor field sites.
High-throughput data acquisition, local storage buffering, and backhaul protocols. Real-time monitoring dashboards and automated anomaly detection for mission-critical science data.
End-to-end network architecture reviews, link budget analysis, site surveys, and regulatory compliance for scientific research programs at universities, national labs, and private institutions.
Tailored network solutions for every terrain and facility type where science happens on the ground.
Complete networking stacks for isolated field research sites — from polar stations to desert arrays. Covers sensor telemetry, data backhaul, and remote command links with no existing infrastructure required.
Hardened networking for caves, mines, tunnels, and buried sensor arrays. Specialized RF propagation modeling and leaky feeder cable systems engineered for below-grade environments.
Rapidly deployable network infrastructure for mobile and temporary research facilities. Vehicle-mounted and trailer-based systems that come online within hours of arrival on site.
Wide-area mesh networks linking dense grids of scientific instruments — seismic, atmospheric, hydrological, and more. Synchronized data collection with sub-millisecond timing across nodes spanning kilometres.
We build the invisible infrastructure that lets
scientists focus on discovery,
not connectivity.
Core performance parameters across the P4 product line.
The P4-NET platform is our flagship ground networking stack — a modular, software-configurable system built for the rigours of real-world scientific field deployments.
Project 4 operates under the S7L umbrella — a group of specialized engineering companies building the technology that enables next-generation science.
Founded to fill a critical gap in scientific research infrastructure, Project 4 was built by engineers who understood both the extreme demands of field science and the equally extreme demands of reliable networking in harsh environments.
We don't take generic enterprise networking gear and hope it survives. We start with the scientific mission, understand the site conditions, and engineer a network from the ground up. Every P4 deployment is a custom solution — because no two field sites are the same.
Whether you're setting up a remote sensor array or networking a new research facility, we want to hear about your project. Let's build the ground network your science deserves.