DeepSig, a pioneer in AI-native wi-fi communications, will showcase associate integrations at Cell World Congress 2026 in Barcelona, demonstrating how AI-native applied sciences are being built-in throughout Open RAN Infrastructure and moveable spectrum intelligence platforms.
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At MWC 2026, DeepSig will spotlight demonstrations reflecting the rising ecosystem adoption of its AI-native software program platforms.
Collaborating with NVIDIA, SRS, and the AI-RAN Alliance, DeepSig is demonstrating AI-RAN Options OmniPHY-5G® and OmniPHY® Axon, together with a pre-6G totally realized waveform on prime of the 3GPP Rel 17 GPU-accelerated OCUDU stack. OCUDU is an open-source software program platform for base stations that accelerates innovation in cellular networks. Operating on the compact NVIDIA DGX Spark, the demonstration highlights a scalable, carrier-grade base station supporting each industrial 5G and rising 6G cellular gadgets.
By combining GPU-accelerated RAN with AI-RAN purposes and an AI-Native Air Interface, the platform delivers next-generation performance, throughput, capability, and resilience. This 5G and 6G (MRSS) operation displays the necessity for 6G to function seamlessly with 5G connectivity and permits real-world deployment and validation. Powered by the sturdy Axon modem structure trusted throughout superior backhaul and autonomous platforms, DeepSig is paving the way in which for the following technology of software-defined connectivity.
Individually, DeepSig has partnered with PCTEL to combine its OmniSIG® spectrum consciousness software program into PCTEL’s new SeeHawk® Scout tactical sign intelligence platform, which is able to showcase the real-time spectrum-monitoring capabilities of OmniSIG, built-in instantly into a transportable, autonomous heterodyne receiver. This demo highlights how AI-powered sensing, mixed with superior sign decoding, can detect and classify indicators throughout FR1/FR2 mobile and non-cellular bands, determine interference sources, find base stations, and ship actionable intelligence to community operators, regulators, non-terrestrial networks, public security, protection and navy customers, and aviation.
Collectively, these demonstrations illustrate how AI-native wi-fi intelligence can function throughout numerous deployment fashions, from centralized Open RAN infrastructure to field-deployable spectrum monitoring programs working AI-RAN seamlessly in platforms.
“Our focus is on embedding intelligence instantly into wi-fi programs,” stated Jim Shea, CEO of DeepSig. “Whether or not working inside open CU/DU architectures or inside moveable spectrum intelligence platforms, AI-native processing permits quicker sign understanding, improved interference detection, and extra adaptive community efficiency. These collaborations replicate how ecosystem companions are integrating AI instantly into real-world wi-fi deployments.”
The demonstrations will spotlight DeepSig’s capabilities, together with:
- Neural receiver-based bodily layer processing inside Open RAN environments
- Actual-time spectrum sensing and sign classification
- Interference detection and localization
- Integration throughout industrial and mission-critical spectrum use circumstances
As spectrum turns into extra crowded and dynamic and as networks proceed evolving towards software-defined architectures, DeepSig’s AI-native platforms help scalable deployment throughout infrastructure, edge, and moveable programs.
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