Matchstiq G-Series and X40 platforms
incorporate OmniSIG AI/ML technology to enhance signal intelligence
and direction finding
ROLLING
MEADOWS, Ill., May 2, 2024
/PRNewswire/ -- Epiq Solutions has partnered with DeepSig, a
pioneer in AI-native wireless communications, to deploy artificial
intelligence and machine learning (AI and ML) directly onto Epiq's
software defined radios (SDRs). This will make integration easier
for Epiq's customers, and represents the next step in Epiq's
innovation of signal processing and small form factor SDRs.
According to John Orlando, Epiq
Solutions CEO & Co-Founder: "Advancing RF and signal processing
capability in small form factors is core to Epiq's strategy.
Partnering with DeepSig to accelerate the adoption of AI & ML
applications at the RF edge is going to enable the next generation
of RF missions."
Tim Newman, DeepSig Vice
President, Federal Partnerships, says: "The combination of OmniSIG
and Epiq's G-series and X40 SDRs is incredibly powerful. Machine
learned signal identification and direction finding can now fit in
the palm of your hand and be deployed on commercial timescales and
volumes for applications like UAS payloads."
With this partnership, Epiq will sell full licenses of both
OmniSIG (for signal detection and classification) and OmniSIG
Localization (enabled by direction of arrival estimation), as well
as full sets of OmniSIG Studio so customers can build their
own models based on captured RF signals of interest. Finally,
DeepSig will integrate Skylight natively into OmniSIG, enabling
users to detect and identify cellular signals in OmniSIG, then pass
the signal to Skylight for full decode and analysis.
Additionally, each Matchstiq G-Series and X40 platform Epiq
delivers will now come with a pre-installed demo license of
DeepSig's OmniSIG software application, and will be pre-loaded with
a detection model to support real-time classification of LTE and
Bluetooth signals received.
For the past 14+ years, Epiq has been continuously innovating
its small form factor SDRs, making strides in constrained size,
weight, and power (SWaP) applications. Epiq has also pushed the
limits of 4G and 5G signal processing via solutions like Skylight—a
network survey tool that delivers complete insight into the
cellular world and can run on an SDR that fits in the palm of your
hand. Epiq's most recently announced SDRs, including the Matchstiq
G-Series and Matchstiq X40, allow for more advanced software
hosting of applications that rely on AI and ML. Now, Epiq's
partnership with DeepSig will accelerate the adoption and
deployment of AI & ML-based signal processing for signal
detection, classification, direction finding, and
communications.
About Epiq Solutions
Epiq Solutions develops
cutting-edge software-defined radio products and processing
solutions to enable spectrum dominance for maritime, land, air, and
space domains. With more than 14 years serving government and
commercial enterprise customers and 20K+ devices fielded to date,
Epiq Solutions is a trusted partner with a proven heritage of
delivering open architecture products in radically small form
factors where time-to-market, cost, and performance are critical
for mission success. For more information, visit
epiqsolutions.com.
About DeepSig
DeepSig is a pioneer in AI native
wireless communications. Its transformative technology pushes
the boundaries of spectrum sensing, wireless performance and
network capabilities. Drawing on a unique blend of expertise in
deep learning, digital signal processing and wireless systems
expertise, DeepSig's AI/ML powered software enhances security,
efficiency and capacity for tactical and commercial wireless
communications in licensed or shared radio spectrum, and in
existing 5G Open RAN or AI native next generation networks.
DeepSig and OmniSIG are trademarks of DeepSig, Inc.
Contact: Anastasia Hamel
anastasia.hamel@epiqsolutions.com
View original content to download
multimedia:https://www.prnewswire.com/news-releases/epiq-solutions-announces-new-partnership-with-deepsig-302134443.html
SOURCE Epiq Solutions