The Challenge
For years, GNSS protection systems were designed around a relatively simple assumption: platforms would encounter a single dominant source of interference.
Today’s reality is different.
As autonomous systems become more prevalent across defense and commercial operations, interference environments are more complex, dynamic, and persistent. Operators increasingly face multiple simultaneous interference sources, changing RF conditions, and longer mission durations.
This shift raised an important engineering question:
How do you maintain reliable GNSS performance when interference itself becomes more complex?
What We Learned
Through years of deployments, integrations, and customer engagements – supported by hundreds of deployed systems and tens of thousands of operational hours across air, land, and maritime platforms – one trend became increasingly clear:
The challenge is no longer simply blocking a jammer.
Modern autonomous systems require GNSS protection solutions that can adapt to evolving interference conditions while remaining practical for real-world platforms.
This insight shaped the development priorities behind Aura.
Engineering Priorities Behind Aura
Multi-Source Interference Mitigation
Designed to address increasingly complex interference scenarios involving multiple simultaneous sources.
Faster Adaptation
Designed to be fully retrofitted into existing UAV platforms while responding more effectively to changing RF conditions throughout a mission.
SWaP Optimized
Available in both enclosed and compact OEM configurations, enabling seamless integration into size, weight, and power-constrained autonomous platforms.
Improved Efficiency
Optimized power management supports longer missions and integration with power-sensitive platforms.
Future-Ready Architecture
Designed for continuous evolution. Aura enables rapid in-field software upgrades, allowing operators to deploy newly released anti-jamming algorithms in approximately 15 minutes.
This allows operators and platforms to adapt to emerging RF interference techniques without hardware modifications.
The Result
Aura represents the next evolution of GNSS protection at infiniDome.
Built on years of operational experience and engineering insight, it was designed to help autonomous platforms maintain GNSS availability in the most challenging jamming environments – without compromising size, weight, or integration simplicity.
As interference becomes an expected part of the operational landscape, GNSS protection must evolve accordingly.
Aura was engineered with that reality in mind.
Aura was not developed to solve yesterday’s jamming problem.
Aura was engineered for the increasingly complex interference environments autonomous systems face today and will face tomorrow.
