Fast. Modular.
Anywhere.
Fly away cyber hunt kits with blazing fast speed
Blazing Fast Cyber Hunt Kits
REDHOUND leverages Ampere arm-based processing
We deliver unmatched efficiency, mobility, and performance in the field. Whether deployed in austere environments or high-threat networks, Ampere arm-based processors gives REDHOUND a tactical edge.
Ultra-Efficient Power Consumption
ARM’s energy-efficient architecture enables REDHOUND to operate longer on limited power—ideal for forward deployments and mobile cyber missions.
Future-Proof Ecosystem
Backed by a global development community and expanding ecosystem, arm ensures REDHOUND stays at the forefront of secure, high-performance edge computing.
Low Heat, High Reliability
Reduced heat generation means REDHOUND performs consistently in harsh conditions without the need for bulky cooling systems.
Market Dominance in Mobile and Edge
Ampere arm powers the vast majority of mobile devices worldwide, fostering a mature ecosystem of tools, applications, and developer resources that REDHOUND benefits from directly.
Compact, Lightweight Hardware
ARM’s simplified instruction set allows for smaller, more rugged form factors—making REDHOUND highly portable and mission-ready.
Cost-Effective Architecture
Ampere arm-based processors are generally less expensive to produce than traditional x86 processors—making REDHOUND a more affordable, scalable solution for cyber operations.
REDHOUND provides all the software and hardware needed for Edge Missions including taps, switches, firewalls, and cables.
Turnkey Cyber Hunt Kit
Full Spectrum Cyber Warfare
REDHOUND delivers a consolidated common architecture for data collection, processing, and visualization at the edge with the ability to share data streaming or batch to enterprise systems such as Big Data Platform, Elastic, and Splunk.
Support beyond the Cyber Mission
REDHOUND is an open architecture that can be integrated with 3rd party hardware and software to support any mission that requires low power and high performance at the edge.