Cohere Technologies

The innovator of Universal Spectrum Multiplier (USM) software for 4G, 5G, and Multi-G, and Pulsone™ Technology based on the Zak-OTFS waveform for ISAC and NTN.

[Light Reading @Light_Reading]

Nokia is supporting a new open RAN interface it hopes will make its offer look far more competitive in the 5G battle against Ericsson and Samsung.

Read more on Light Reading: https://t.co/nb3mAAz29G

[Cohere Technologies @pulsone]

Why Mission-critical Integrated Sensing & Communications (#ISAC) is needed... and how cellular networks...using multi-waveform for delay doppler radar-sensing... is the answer https://t.co/SyTlAkeU7o

[Cohere Technologies @pulsone]

Scott Bicheno & Iain Morris welcome back Ray Dolan, CEO of Cohere Technologies to the @telecoms podcast. They start with an update on the clever radio technologies Cohere is involved in. One of those involves the introduction of #ISAC (integrated sensing and communication) and discuss the opportunities that offers. https://t.co/W1FhsH2b9K

[Cohere Technologies @pulsone]

Defense is becoming a new growth engine for telecom — and the networks already standing are the point. On today’s Squawk Box Europe, Cohere Technologies CEO Ray Dolan told CNBC why cellular towers are the practical place to detect and track drone swarms. Conventional ISAC makes sensing and communications compete for capacity. Cohere’s approach puts both in the same waveform so they do not steal from each other.

Watch the segment: https://t.co/7YQwBwhNae

#ISAC #5G #6G #CounterUAS #DefenseTech #Telecom

[Cohere Technologies @pulsone]

Significantly Improving Performance of Zak-OTFS based ISAC
Researchers designed a Zak-OTFS radar waveform that sharpens target resolution in both the delay and Doppler domains — reducing image blur and lowering signal-processing complexity. The discrete approach also shows a 100 dB reduction in sidelobes versus traditional Zadoff-Chu sequences proposed for 5G. A clearer sensing picture, with less processing overhead.
🎧 Listen: https://t.co/XiDAjCeEJA
Apple Podcasts: https://t.co/PO4OnqmKeo
Spotify: https://t.co/T9YApdJnig
#ISAC #ZakOTFS #Pulsone #6G #RadarWaveform #Sensing #WirelessInnovation

[Cohere Technologies @pulsone]

Silent Sentinels: Cohere Technologies’ Multi-Waveform Approach Aims to Turn Commercial Cellular Networks into Integrated Sensing Platforms
https://t.co/yyEs1ephhv

[Cohere Technologies @pulsone]

The Economic Benefits of a New, Radar-based Communications Platform
The Universal Spectrum Multiplier and its ECHO dataset significantly increase the value of 5G assets by delivering 6G-grade capabilities — including mission-first Integrated Sensing (ISAC) and AI-native optimization — on existing infrastructure now. No forklift upgrade. More value from spectrum and towers already deployed.
🎧 Listen: https://t.co/MiawnQIQ7G
Apple Podcasts: https://t.co/PO4OnqmKeo
Spotify: https://t.co/T9YApdJnig
#USM #ECHO #ISAC #5G #6G #AIRAN #SpectrumEfficiency #USM #Pulsone

[Cohere Technologies @pulsone]

"A new development (by Cohere Technologies) aims to achieve exactly that by transforming existing cellular infrastructure into a distributed drone-detection network. Instead of relying on dedicated radar installations, the system uses commercial 5G and future 6G communications networks as a sensing platform." @iHLS1 $ISAC #ZakOTFS @pulsone
https://t.co/wSp0fgMUSQ

[Cohere Technologies @pulsone]

Multi-G – Universal Neural Receiver enables receipt of multiple waveforms
Traditional model-based receivers struggle with the complexity and variability of modern wireless channels. This deep-dive podcast explores an AI-native physical layer that uses reservoir computing for real-time deconvolution — adapting at sub-millisecond speeds without heavy offline training that fails across different environments. By focusing online learning only on the unknown variables, the Universal Neural Receiver simplifies the design and works across waveforms including CP-OFDM and Zak-OTFS. A practical step toward Multi-G and 6G systems that can handle diverse signals in one receiver.
🎧 Listen here: https://t.co/euIk7oH0U8
Apple Podcasts: https://t.co/PO4OnqmKeo
Spotify: https://t.co/T9YApdJnig

#6G #MultiG #NeuralReceiver #AINative #ZakOTFS #Wireless

[Cohere Technologies @pulsone]

New podcast episode!
Bringing ISAC and Multiple Waveforms to the OCUDU RAN Stack
In July 2026, Cohere was awarded a DoW contract to build a mission-first ISAC sensing platform by integrating:
• Zak-OTFS wireless system
• Multi-RAT Spectrum Sharing
• A novel Neural Receiver directly into the Linux Foundation’s OCUDU RAN stack.

Listen to how this advances dual-use sensing + communications for next-gen networks.
🎧https://t.co/T9KetNcZy3

#ISAC #ZakOTFS #OCUDU #OpenRAN #6G #DoW

[Cohere Technologies @pulsone]

Under financial pressure? Want to expand spectral capacity without major new CapEx? Mobile operators can unlock significant economic benefits by adding the Universal Spectrum Multiplier (USM) to existing networks. In this podcast, the team breaks down the @AppledoreVision white paper that quantifies the positive business case — higher spectral efficiency, deferred infrastructure spend, and faster ROI.

🎧 Listen here: https://t.co/6h4ho0ayBM
📄 Appledore paper: https://t.co/N5GmuxymAi

#USM #5G #SpectrumEfficiency #Telecom #OpenRAN #MobileOperators #CapEx

[Cohere Technologies @pulsone]

@pulsone announced support for the AI-RAN powered E3 interface — unlocking tighter integration of distributed apps (like their Universal Spectrum Multiplier) with base stations (CU/DU). This means:
• Higher spectral efficiency & network capacity
• Real-time optimization of scheduling, precoding & channel estimation
• Seamless Open RAN compatibility
• Stronger support for 5G/6G, Massive MIMO, ISAC, NTN & satellite D2D
A major step forward for AI-native RAN and next-gen wireless innovation.

Full details 👉 https://t.co/a23IPZS2bk

#5G #6G #OpenRAN #AIRAN #SpectrumEfficiency #Telecom #USM

[Cohere Technologies @pulsone]

Listen to this podcast on the Universal Spectrum Multiplier (USM)
https://t.co/aGBucBQKFm
In just 15 minutes, explore:
• The origins of USM
• The Delay-Doppler channel model that powers it
• How it unlocks breakthrough spectral efficiency
• Seamless integration into Open RAN and traditional base stations
#5G #USM #OpenRAN #SpectrumEfficiency

[Cohere Technologies @pulsone]

https://t.co/wOm5Cfugj8 "Cohere Technologies has announced support for the E3 distributed application (dApp) interface, which should allow it's Universal Spectrum Multiplier (#USM), ECHO, and #Pulsone dApps to be deployed in Open RAN environments. Cohere says this will help drive AI-RAN adoption." @pulsone

[Cohere Technologies @pulsone]

🎉 We're honored that @Light_Reading has chosen Cohere Technologies @pulsone for TWO awards in the "Most Innovative RAN Product or Solution” category for our ECHO and Pulsone products. Proud to be recognized alongside some of the industry's top innovators. Thank you to our incredible team & esteemed judges!

🔗 More about our products: https://t.co/DJqaZ0y9MF
#LLAwards #RAN #Telecom #6G #Innovation #Pulsone

[Light Reading @Light_Reading]

Light Reading is pleased to announce the 151 finalists chosen from hundreds of entries in this year's Leading Lights Awards. #LLAwards

See the full list here: https://t.co/a98BUHDE9f

[Cohere Technologies @pulsone]

12 brilliant episodes of our AI podcasts are now available on Apple Podcast and Spotify.

In just 20-25 minutes, we take deep and technical insights and turn them into 'bite size' and easy-to-understand analogies.

The AI podcasts are hosted by Echo and Ether who are designed to take extremely complex PHY layer mathematics concepts, and academic materials developed by Cohere Technologies and other researchers, and turn them into an understandable and readily available conversational format.

➡️ Apple Podcast: https://t.co/PO4OnqmKeo
➡️ Spotify: https://t.co/T9YApdJnig
➡️ Cohere's Website: https://t.co/T9KetNcZy3