Carlson Viking GNSS Receiver with Triple-Fix RTK Technology

I’m currently in Norway at the Geomatics Days, together with Bjørnar Sund where we are showcasing the Viking GNSS receiver alongside Carlson Layout and SurvPC. The interest in Triple-Fix technology is strong — especially from users working in challenging environments who want extra confidence in their measurements. By combining three independent RTK engines and validating results in real-time, the Viking adds a valuable layer of reliability in the field. Curious how this performs in your workflow? Feel free to reach out — I’m happy to show what this can mean in practice.

Troubleshooting Built-in Radio Mode Issues – Tips and Tricks, Do’s and Don’ts: When performing field surveys with APEKS GNSS receivers, the Built-in Radio mode is the most reliable method for real-time data transmission between the Base and Rover. However, factors such as signal interference, mismatched settings, or hardware connection issues often lead … Continue reading → #Technology #UK #US #World

When it comes to subsea navigation, range isn’t just a spec, it’s mission-critical. The faster a DVL achieves bottom lock, the less position error builds up. That means greater accuracy, better performance, and more confidence in your vehicle’s data from the very start. Nortek's longest-range DVL, the DVL 333, offers a maximum bottom track range of 375 m. Our bottom tracking algorithms are tailored to and extensively tested over challenging seabed types such as steep slopes and variable seabed compositions. Curious how DVL technology can elevate your operations? Dive into our guide 👇 https://bit.ly/47mEwWG

Choosing a #GNSS system today is no longer just about hardware. It’s about infrastructure, workflow, and total cost of ownership. In this comparison, we look at GEO-MEASURE vs traditional GNSS solutions like Trimble across four key dimensions: • Accuracy: both deliver centimeter-level #RTK performance • Network access: global decentralized RTK vs regional/proprietary networks • Workflow: mobile-first simplicity vs complex software ecosystems As precision positioning becomes foundational for construction, surveying, and robotics, the question is no longer just which device is better, but which system scales better in real-world workflows. GEO-MEASURE combines: • Global RTK access (21,000+ stations) • Simple mobile workflow • Lower cost of entry All without sacrificing survey-grade performance. Learn more about GEO-MEASURE: https://lnkd.in/dxZjNzJ3

Dynamic Line Rating can be implemented in different ways. For many grid operators, sensorless Dynamic Line Rating provides an effective entry point. ✅ Fast to deploy, standard‑compliant and requiring no installation on the line, sensorless DLR (AAR) delivers a first level of insight into line behavior using external data. It allows operators to move beyond static assumptions and begin operating with greater flexibility. 📈 Sensorless methods form the foundation of the DLR pyramid, with data certainty and situational awareness increasing as operators climb toward higher levels of measurement. 👉 Swipe to learn about the base of the DLR pyramid. Explore our DLR solutions: https://lnkd.in/ezsmp6JM

This week we released agent-mode in Convexity. It's still an early feature, but in our own internal use it's already been genuinely transformative. In this demo, I built a model of the ASEAN Power Grid - fetching ~7k assets, country-level costs from the IEA, grid topology, and more - all processed into a simulation-ready system model in ~3 minutes. To contextualise the impact for non-modellers, this could take teams weeks or months to do. Agent-mode is now available to all Convexity users: https://lnkd.in/epbpnfN2

FCC Sends PNT Solutions NPRM to OMB – Look at developing alternatives to GPS positioning, navigation, and timing technologies – https://lnkd.in/eEqEkutv #Regulation #PNT

New Post: *Continuous‑Variable Quantum Secret Sharing Using Two‑Dimensional Gottesman–Kitaev–Preskill Grid Codes for Satellite‑Based Secure Communications* - https://lnkd.in/dQc7Cwmy Quantum Secret Sharing Using Two‑Dimensional Gottesman–Kitaev–Preskill Grid Codes for Satellite‑Based Secure Communications* **Abstract** We introduce a practical, immediately deployable quantum secret‑sharing protocol that operates with continuous‑variable \(CV\) optical modes coupled to two‑dimensional \(2D\) Gottesman–Kitaev–Preskill \(GKP\) grid codes. The scheme enables a sender to distribute a shared secret key among multiple ground stations with confidentiality \[…\]

Tick tock, no not that one. The Swiss supposedly perfected the clock but it was a British chap called Brunel who changed the world with it, giving the railways a shared sense of time so trains could actually run to schedule. A simple idea that underpinned everything that followed. Then modern tech arrived, as it does, and we quietly handed that responsibility to a satellite signal anyone can jam. Back then jamming and spoofing were considered low risk, but today they’re significant threats and I don’t see many people talking about it. The bit that gets forgotten, GNSS isn’t really a navigation system, it’s a timing system. Applications use that timing signal to derive position and location, so when GNSS is denied or spoofed, it doesn’t just take out navigation, It takes out the clock reference that 5G networks, financial systems, power grids and radio networks all depend on silently in the background and were never designed with a Plan B. Assured navigation and assured timing are the same problem wearing different hats. You start trying to solve one and you inevitably find the other. We went looking for a rotten apple and ended up with penicillin so to speak. At its core the Solace Vector platform maintains atomic level timing at sub 50ns, with the ability to reach sub 30ns, even when GNSS isn’t available. For satcom, MANET radio systems, infrastructure on and off grid, systems that simply cannot afford to lose their clock reference, that’s where we see the penicillin being prescribed. Because when the clock goes, everything else follows. Networks stop knowing when to talk and when to listen. You only have to stand in a crowded train station to understand the chaos a broken timetable creates. Looking forward to continued testing and seeing where this takes us Solace Communications Solace Global #pnt #timing