Senior Manager - Forward Deployment Engineer

IntelliXR launches its platform for eye and brain biomarkers. Oct 16, 2026 IntelliXR brings together the Ocunur headset, an SDK and API, and IntelliMDM, giving research and product teams one platform to capture, manage, and study eye and brain biomarkers at clinical scale. United States, October 17, 2026 - IntelliXR, the platform for eye and brain biomarkers from CitrusBits, today announced its official launch. The platform unites the Ocunur headset, an SDK and API, and IntelliMDM fleet management, so teams developing diagnostic, monitoring, and research applications can start from a single medical-grade foundation. The launch follows IntelliXR's soft launch at the Ophthalmology Futures European Forum in London in September, where the platform was presented to clinicians, investors, and industry leaders by Gaurav Malik. Eye movements, pupil responses, and visual function are emerging as measurable signals of neurological and ophthalmic health. Capturing them reliably requires precise hardware, consistent software, and data handling that meets clinical standards. IntelliXR brings these together in three layers. The Ocunur headset captures the raw signal through binocular eye tracking, up to 3,000 nits of display brightness, and a dedicated patient response controller. The SDK and API provide one integration point for eye tracking, pupillometry, stimulus presentation, perimetry, and privacy controls. IntelliMDM manages headsets across sites, handling security, configuration, and over-the-air updates. Regulatory groundwork is already in place across ISO 13485, ISO 27001, HIPAA, and FDA readiness. The platform is already proven in clinical use. RadiusXR delivers FDA-cleared, head-mounted visual field testing on the IntelliXR stack, with a 0.94 correlation to the clinical gold standard in the NOVA Trial and now supports more than 10,000 users across 2,000 clinics. RadiusXR was also recognized as a CES 2023 Honoree. IntelliXR serves researchers studying eye movements and visual function, solution builders developing diagnostic and monitoring applications, pharma and biotech teams running studies with eye-based endpoints, CROs managing multi-site trials, and device makers adding eye and brain measurement to their products. "The science of eye and brain biomarkers is moving quickly, but capturing those signals consistently across devices, sites, and studies has held many teams back," said Gaurav Malik, Chief Commercial Officer at CitrusBits. "IntelliXR gives them a medical-grade foundation from day one, so the next diagnostic or research tool can reach patients in months rather than years." About IntelliXR IntelliXR is the platform for eye and brain biomarkers, uniting the Ocunur headset, an SDK and API, and IntelliMDM in one medical-grade platform. Developed by CitrusBits, which has 18 years of experience in healthcare technology, IntelliXR serves researchers, solution builders, pharma and biotech teams, CROs, and device makers across ophthalmology, neurology, and adjacent clinical fields, with a mission to serve 1 million patients over the next five years. IntelliXR works with partners and industry organizations across XR, telecom, and healthcare, including VRARA, T-Mobile, AgeTech, and HLTH. Contact Info: Name: Usman Malik Email: Send Email Organization: IntelliXR Phone: (925) 452-6012 Website: http://intellixr.ai Release ID: 89206233 Should you identify any discrepancies, concerns, or inaccuracies in the content provided in this press release or require assistance with a press release takedown, Daily Sports Club strongly urge you to notify Daily Sports Club promptly by contacting [email protected] (it is important to note that this email is the authorized channel for such matters, sending multiple emails to multiple addresses does not necessarily help expedite your request). Its responsive team is committed to addressing your concerns within 8 hours by taking necessary actions to resolve identified issues diligently or guiding you through the necessary steps for removal. Its dedication lies in providing accurate and reliable information.

Verizon CTO: 6G needs a breakthrough for AI uplink demand. Verizon CTO Yago Tenorio says industry is 'missing a breakthrough' in 6G for uplink capacity as future AI applications change network traffic patterns. October 14, 2026 The expectation that AI is going to reverse decades of wireless traffic patterns with devices sending more data back to the network has sparked a rethink on uplink capacity for 6G. As the standards take shape, Verizon hopes new ideas will address what could be a capacity crunch for AI-fueled data uploads. Mobile networks are designed to deliver faster download speeds by dedicating as much bandwidth as possible to downstream connections to users and far less for upstream data coming from the other direction. Typical downlink-to-uplink ratios are 9:1 or 8:2. But AI could change all that. Verizon envisions AI usage shifting from transactional prompts and answers to future applications needing "continuous contextual awareness" that would drive the downlink-uplink ratio to be more like 1:1. Speaking at RCR Wireless' 6G Forum, Verizon chief technology officer Yago Tenorio described the scenario as a device would send information about a user's reality through sensing, video or audio on a real-time, continuous basis to "your AI agent of choice" in the cloud or network edge. But sometimes those devices will be AI wearables, like smart glasses, that are limited by size, power, heat dissipation and how many antennas can realistically be added. "Everything puts pressure on the uplink. You need more capacity, but the device is less capable," said Tenorio. He noted there are some techniques that can help, pointing to "sub-band full duplex" as an example among others. While confident the industry can come up with other ideas, his comments suggest some bigger thinking is needed to avoid an "uplink crisis." "We're missing a breakthrough that will probably have to go all the way down to the architecture...There is a very real uplink demand that I don't think we can satisfy just with incremental improvement," he said. Time to think about decoupling? For one of the concepts being discussed, he posed, "Can we think of a full decoupling of uplink and downlink? And a deployment that is much more pervasive of uplink receivers everywhere that are listening and are close to the customer...reducing and relieving the uplink for the device?" "It's just an example. Maybe it's not needed. Maybe it's not practical. We'll see about it," he added. The decoupling idea is that different frequency bands can be used for downlink or uplink, according to a recent Ericsson blog. For example, midband spectrum for downstream and perhaps lowband for upstream. Rather than assigning portions of the same band to uplink and downlink, decoupling is like giving them each their own "highway," Akhil Gokul, VP, head of technology at Ericsson, told Light Reading earlier this year at Network X Americas. T-Mobile is looking into uplink/downlink decoupling as an upcoming 6G feature. At Network X in Dallas, Egil Grönstad, senior director of technology development and strategy, said of the concept that "you can have more flexibility on how you're pairing spectrum that I think will be very helpful, where we can select whatever is the best spectrum, downlink versus uplink, so it's not that fixed ratio." He also said it might be worth examining whether it is possible to use unlicensed spectrum as a way "to get more uplink capacity, especially for fixed applications," such as fixed wireless or use cases like camera monitoring. In its 5G-Advanced network, T-Mobile has been rolling out features to boost uplink, including uplink carrier aggregation, uplink MIMO and transmit switching. Verizon is also working on 5G uplink. A test by Signals Research Group of Verizon's 5G standalone network, where it had implemented Ericsson's 32T32R massive MIMO radios, showed marked uplink improvement. Meanwhile, AT&T indicated that adding upstream capacity was part of the reasoning behind acquiring EchoStar's 600MHz lowband spectrum. The carrier plans to deploy Ericsson's dual-band 600MHz radios that feature "uplink-enhancing 8RX [i.e., eight receiver] technology," which was said to be a first for lowbands. Building 6G up from the use case. For Verizon's Tenorio, uplink is part of the equation for enabling future services. The carrier is determined that with this generation, unlike 5G, the use cases should come first rather than the technical capabilities. "We have the opportunity to design 6G with use cases in mind...as opposed to just specify it from speed and latency and performance, and then hoping that the use cases will make use of it," he said. The carrier expanded its 6G Innovation Forum last month with nine new members and highlighted trials with integrated sensing and communication (ISAC) and AI wearables, aimed at pinning down requirements for use cases. "What we have in front of us is a lot of questions that we need to ask and we need to find answers for. We have the opportunity to shape 6G so that it hits the ground running, and it enables use cases that are going to be the successful ones and the ones that we can monetize as an industry and the ones that add value...We have precious two years in front of us," he said. Senior Editor, Light Reading Michelle Donegan covers all things 5G, 6G and mobile tech for Light Reading. She has been writing about the telecoms sector since the early 1990s. Her first job was with Global Telephony magazine in Chicago, where she got an intro to publishing and tech reporting. After moving to the UK in 1999, she has covered telecoms tech, business and policy issues at publications including Communications Week International and Total Telecom. She was also part of Light Reading's European editorial team from 2007 to 2013. Between stints at Light Reading, she was busy freelancing and was a regular contributor to Mobile Europe, Mobile World Live, TelcoTitans, TM Forum, and more. Want more Light Reading stories in your Google search results? Join 62,000+ members. Yes it's completely free.

T-Mobile stock offers a free cash flow yield of 8.2%, nearly double the S&P 500 median of 4.5%. Over the last twelve months, the wireless and broadband provider generated about $16.2 billion in free cash flow, up from $3.8 billion three years ago. The shares have declined 23% in twelve months amid concerns about slowing growth. Revenue increased 7.9% in the latest quarter, down from 11.3% growth two quarters earlier. Operating margin contracted to 20% from 23% a year ago. T-Mobile carries debt equal to 69% of its market value, compared with 21% for the broader S&P 500. When factoring in net debt, the effective cash yield drops from 8.2% to 5.2%. The company reports third-quarter results on 28 October.