Cohere Technologies
Cohere Technologies is a telecommunications software company developing spectrum-efficiency, wireless optimization, and emerging 5G, 6G, sensing, and satellite-network technologies.
Last updated October 14, 2026
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Overview
Cohere Technologies is a privately held telecommunications software company headquartered in San Jose, California. Its business focuses on improving the performance, capacity, and observability of mobile wireless networks, particularly 4G and 5G radio-access networks. The company’s technology work is associated with Orthogonal Time Frequency Space (OTFS), a two-dimensional wireless waveform and channel-representation approach intended to provide more stable communications under difficult mobility, Doppler, and multipath conditions. The company was founded in 2011 by serial entrepreneur Shlomo Rakib and mathematician Ronny Hadani, an associate professor at the University of Texas at Austin. Rakib and Hadani had patented the OTFS waveform in 2010, and Cohere initially concentrated on commercializing that research for mobile-network applications. Rather than positioning itself primarily as a conventional radio-equipment vendor, Cohere developed software intended to work with existing network infrastructure, base-station systems, cloud platforms, and open radio-access-network architectures. A significant change in the company’s commercial direction occurred in 2018. Cohere began emphasizing delay-Doppler channel detection, estimation, prediction, and precoding software as tools for improving deployed 4G and 5G systems. That year also brought the company’s first reported carrier trials, conducted with Telefónica. Raymond Dolan, a co-founder of Flarion Technologies and former executive associated with the development of advanced mobile-network technology, joined Cohere as chairman and chief executive officer in October 2018. Cohere’s principal commercial platform is the Universal Spectrum Multiplier, or USM. Announced in 2021, USM is designed to increase spectral efficiency and improve multi-user multiple-input, multiple-output performance in both frequency-division duplex and time-division duplex networks. It can be integrated into radio-access-network equipment or deployed as an application in a near-real-time RAN intelligent controller and telco-cloud environment. The platform uses cloud-based architecture, delay-Doppler channel modeling, machine-learning-assisted scheduling, and beamforming to coordinate network resources across sites. The company has reported testing or demonstrations involving operators and technology partners including Vodafone, Deutsche Telekom, and Telstra. Cohere has expanded its product portfolio beyond the core USM platform. Dynamic Network Alignment, announced in 2023, is an automated MU-MIMO beamforming and calibration tool intended to use existing network and spectrum assets. In 2025, the company introduced Pulsone Technology, a product family based on the Zak-OTFS waveform and aimed at integrated sensing and communications, non-terrestrial networks, satellite communications, and future 6G systems. In 2026, it announced ECHO, or Enhanced Channel Insight with Holographic Observability, a feature designed to transform operational USM data into detailed, real-time information about wireless channels and radio environments. Potential applications include sensing, digital-twin networks, network resilience, and AI-supported radio optimization. The company has participated in the development of open and disaggregated mobile-network ecosystems. In February 2023, it announced cooperation with Mavenir in support of Open RAN. In April 2023, Cohere joined Intel, Juniper Networks, Mavenir, and VMware in announcing the Multi-G O-RAN initiative, with support from operators including Vodafone, Telstra, and Bell Canada. In March 2026, it joined the OCUDU Ecosystem Foundation, a Linux Foundation initiative focused on an open, multivendor, software-driven ecosystem for AI-RAN innovation. Cohere reports holding more than 300 patents related to 4G, 5G, and OTFS technologies. Its current positioning combines wireless intellectual property with deployable software for network operators and equipment suppliers. The company’s longer-term opportunity lies in applying its waveform and channel-insight technologies to 6G, sensing, satellite connectivity, and AI-enabled radio networks, although the scale of commercial adoption and financial performance is not publicly established in the supplied sources.
History
Cohere Technologies emerged from research into Orthogonal Time Frequency Space, or OTFS, a wireless waveform and channel-representation technique developed by mathematician Ronny Hadani and entrepreneur Shlomo Rakib. The pair patented the technique in 2010 and founded Cohere Technologies in 2011. OTFS represents wireless channels in the delay-Doppler domain, allowing systems to model signal delay and frequency shifts more explicitly than conventional time-frequency approaches. The company’s initial objective was to translate that research into practical improvements for mobile communications operating under mobility, multipath, and rapidly changing channel conditions. During its early period, Cohere concentrated on the commercialization of OTFS for 4G and 5G networks. The company’s first reported carrier trials took place with Telefónica in 2018. That year marked a broader strategic emphasis on delay-Doppler channel detection, estimation, prediction, and precoding software rather than on waveform research alone. Raymond Dolan, a co-founder of Flarion Technologies, joined as chairman and chief executive officer in October 2018, bringing experience from the development and commercialization of advanced wireless-network technologies. Cohere subsequently developed software intended to work with existing radio-access-network infrastructure. Its main platform, the Universal Spectrum Multiplier, was announced in 2021. USM is designed to improve spectral efficiency and multi-user MIMO performance in both FDD and TDD networks. It can be integrated into network-equipment supplier products or deployed as a RAN-intelligent-controller application in a telco-cloud environment. Its architecture combines cloud-based processing, multi-site visibility, delay-Doppler channel modeling, machine-learning-assisted scheduling, and beamforming. The approach is intended to allow operators to increase capacity using existing spectrum and network assets rather than relying solely on additional spectrum or major hardware replacement. The company broadened its product scope in 2023 with Dynamic Network Alignment, an automated MU-MIMO beamforming and calibration tool. It also increased its participation in the Open RAN ecosystem. In February 2023, Cohere announced a collaboration with Mavenir, and in April it joined Intel, Juniper Networks, Mavenir, and VMware in the Multi-G O-RAN initiative. Operators identified as supporting the initiative included Vodafone, Telstra, and Bell Canada. These activities reflected Cohere’s preference for software that can operate across disaggregated network environments and interact with equipment from multiple vendors. Field activity provided further demonstrations of the USM approach. Vodafone and Cohere reported completing a field test in February 2024 in Vodafone’s 5G network in Ciudad Real, Spain, following earlier laboratory demonstrations. In February 2025, Cohere and Bell Canada reported a brownfield field test conducted during December 2024 and January 2025 near Bell’s technology laboratories in Mississauga, Ontario. The test used Bell’s 850 MHz FDD spectrum on a 5G standalone network. Cohere described USM as operating on a server alongside the gNodeB and coordinating scheduling with a third-party base station to improve MU-MIMO capacity. In October 2025, Cohere launched Pulsone Technology as a distinct family for integrated sensing and communications, non-terrestrial networks, satellite communications, and 6G research. Pulsone is based on the Zak-OTFS waveform and uses delay-Doppler processing rather than the conventional time-frequency orientation associated with OFDM systems. The family also includes a real-time neural receiver developed with academic collaborators and demonstrated on an NVIDIA Jetson platform at a government-focused GTC event. In 2026, Cohere announced ECHO, or Enhanced Channel Insight with Holographic Observability. ECHO is designed to capture operational data from USM and make it available for real-time channel analysis and wireless functions. The company presents the feature as a foundation for integrated sensing, digital-twin networks, AI-assisted inference, adaptive scheduling, beam management, and improved resilience. In March 2026, Cohere also joined the OCUDU Ecosystem Foundation, a Linux Foundation initiative focused on an open, multivendor software ecosystem for AI-RAN. Cohere has stated that it holds more than 300 patents related to 4G, 5G, and OTFS. Publicly available material establishes the company’s technology direction and partnerships, but does not provide sufficient information to assess revenue, valuation, customer concentration, or profitability.
- 2026
ECHO announced
[1]Cohere announced ECHO, a USM capability for extracting real-time channel and radio-environment insights from operational network data.
- 2026
Joined OCUDU Ecosystem Foundation
[1]Cohere joined a Linux Foundation initiative focused on open-source and multivendor AI-RAN development.
- 2025
Bell Canada brownfield trial completed
[1]Cohere and Bell Canada reported testing USM in a live-style brownfield 5G standalone environment.
- 2025
Pulsone Technology launched
[1]Cohere introduced Pulsone for integrated sensing, satellite and non-terrestrial networks, and 6G applications.
- 2024
Vodafone USM field trial completed
[1]Cohere and Vodafone reported successful USM testing in a Vodafone 5G network in Spain.
- 2023
Dynamic Network Alignment introduced
[1]Cohere announced DNA, an automated MU-MIMO beamforming and network-calibration tool.
- 2023
Open RAN collaborations expanded
[1]Cohere announced work with Mavenir and joined the Multi-G O-RAN initiative with several technology companies and operator supporters.
- 2021
Universal Spectrum Multiplier announced
[1]Cohere announced USM, its software platform for improving spectrum utilization and wireless-network performance.
- 2020
GSMA GLOMO recognition
[1]Cohere received the GSMA GLOMO award for Best Network Software Breakthrough.
- 2018
Carrier trials and strategic refocusing
[1]Cohere conducted early OTFS trials with Telefónica and placed greater emphasis on delay-Doppler channel intelligence and precoding software for 4G and 5G systems.
Products and positioning
A telecommunications software and wireless-technology company that helps operators and network suppliers extract more capacity, coverage, sensing capability, and operational intelligence from existing and emerging radio networks.
Wireless network optimization software · 2021
Universal Spectrum Multiplier (USM)
USM is Cohere’s principal software platform for improving 4G and 5G spectral efficiency, capacity, and multi-user MIMO performance. It supports both FDD and TDD deployments and can be integrated into network-equipment supplier systems or deployed as an xApp or RIC application in a telco-cloud environment. The platform uses delay-Doppler channel modeling, cloud-based processing, machine-learning-assisted scheduling, beamforming, and multi-site network visibility. Cohere has reported trials and demonstrations with operators including Vodafone, Deutsche Telekom, and Telstra.
MU-MIMO beamforming and calibration software · 2023
Dynamic Network Alignment (DNA)
Dynamic Network Alignment is an automated solution for calibrating and coordinating MU-MIMO beamforming in 4G and 5G networks. It is designed to work with existing network and spectrum resources, helping operators improve coordination and radio performance without requiring a complete replacement of deployed infrastructure. The product reflects Cohere’s broader strategy of delivering software-defined improvements within established radio-access networks.
Wireless waveform and sensing technology · 2025
Pulsone Technology
Pulsone is a product family based on the Zak-OTFS waveform and aimed at integrated sensing and communications, non-terrestrial networks, satellite communications, and 6G development. It operates in the delay-Doppler domain and is intended to address environments with mobility, propagation variation, and challenging Doppler conditions. The family includes a real-time neural receiver developed with academic collaborators and demonstrated on an NVIDIA Jetson platform.
Wireless channel observability and analytics · 2026
ECHO
ECHO, meaning Enhanced Channel Insight with Holographic Observability, is a capability built around operational information generated by USM. It is intended to provide real-time insight into wireless channels and physical radio environments, supporting integrated sensing and communications, digital-twin networks, network-resilience analysis, and AI-based inference. The planned applications include adaptive scheduling, beam management, and coordination across multiple base stations.
Marketing campaigns
- 2023Multi-G O-RAN initiative
Global telecommunications technology market
Cohere joined Intel, Juniper Networks, Mavenir, and VMware in announcing the Multi-G O-RAN initiative. The effort promoted open, multivendor radio-access-network architectures and was supported by operators including Vodafone, Telstra, and Bell Canada.
Outcome. The initiative reinforced Cohere’s positioning as a software-focused participant in the Open RAN ecosystem.
Brand decisions
2026
Announcement of ECHO observability capabilityProduct launchBackground
Wireless operators increasingly sought richer operational data for automation, sensing, digital-twin models, and AI-supported network management.
Action taken
Cohere announced ECHO as a capability that uses USM operational data to produce real-time, geometry-rich channel and radio-environment insights.
Aftermath
The announcement positioned Cohere’s platform for applications extending beyond capacity optimization into sensing, inference, and network resilience.
2026
Participation in the OCUDU Ecosystem FoundationStrategyBackground
The OCUDU initiative was formed to encourage open-source, software-defined, and multivendor development for AI-enabled radio-access networks.
Action taken
Cohere joined the Linux Foundation initiative and aligned itself with the emerging AI-RAN ecosystem.
Aftermath
The move strengthened Cohere’s association with open software infrastructure and AI-oriented mobile-network innovation.
2025
Launch of Pulsone TechnologyProduct launchBackground
Cohere sought to apply its delay-Doppler expertise to emerging applications beyond conventional terrestrial mobile broadband.
Action taken
The company introduced Pulsone for integrated sensing and communications, non-terrestrial networks, satellite communications, and 6G development.
Aftermath
Pulsone extended Cohere’s product narrative into sensing, defense-related enterprise applications, satellite connectivity, and future-generation wireless systems.
2023
Expansion into Open RAN ecosystemsStrategyBackground
The telecommunications industry was developing disaggregated, software-driven, and multivendor radio-access-network architectures.
Action taken
Cohere collaborated with Mavenir and participated in the Multi-G O-RAN initiative alongside major networking and computing companies.
Aftermath
The partnerships broadened Cohere’s ecosystem role beyond standalone waveform research and linked its software to open-network deployments.
2021
Launch of Universal Spectrum MultiplierProduct launchBackground
Mobile operators sought additional capacity and efficiency from existing spectrum and deployed 4G and 5G infrastructure.
Action taken
Cohere announced USM as software for spectrum optimization, channel modeling, scheduling, and beamforming.
Aftermath
USM became the company’s central commercial platform and was subsequently tested with multiple operators.
2018
Shift toward channel-intelligence and network-optimization softwareStrategyBackground
After early work centered on OTFS modulation, Cohere emphasized delay-Doppler channel detection, estimation, prediction, and precoding for deployed 4G and 5G networks.
Action taken
The company developed a software-oriented approach intended to improve existing radio-access networks and later commercialized it through USM.
Aftermath
This direction became the basis for Cohere’s operator trials, Open RAN participation, and spectrum-efficiency positioning.
Recent events
Sources3 sources
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