Podcasts about gnss

Today's guest is Robert Cheatham https://www.linkedin.com/in/rcheetham/ and we are talking about Japan Earth Observer, https://www.japanearthobserver.com/. This is a newsletter on the space, Earth observation, and geospatial industry in Japan. It is based on a fantastic effort by Robert to systematically collate every last company in the space and earth observation supply chain in that country. Naturally I was drawn to it due to my efforts to do this not only for Japan but every country in the world as the GEO500. We got in touch and exchanged our lists which led to the discussion recorded here today.The GEO500 has 56 Japanese companies since inception. 7 of them are delisted. So the index contains 49 live positions for this country. All GEO500 positions start with $100. The entire Japanese part of the GEO500 stands at $AUD13,000. This is because the 56 have compounded at 8% annually since inception. In the case of this country, starting as a position in Fujitsu in 2000. The top three performers in terms of capital growth rate are Terra Drone (125% annually), Synspective (71%) and QPS (59%). The top 3 in terms of value are Sony ($1100 - bear in mind the $100 starting position, equating to a 20% annual growth rate since entering the index in 2013), NEC ($960, 10%) and Raito Kogyo ($760, 11%). Note that the 3 fastest growers are all earth observation companies, and 2 of those are synthetic aperture radar satellite constellations. This is an exciting part of our industry to watch and I have recorded a couple of great episodes on the power of it. For example, - Jamon Van Den Hoek's work as an academic partnering with some of the world's largest media organisations to monitor building destruction in warzones and after fires: https://open.spotify.com/episode/0RQNjzDtTQTNqv8IiMy2SU- Umbra, a pioneering American SAR satellite manufacturer, they also operate their own constellation: https://open.spotify.com/episode/2QM3OeglXI1naiSgrKod17- Iceye, the equivalent from Finland: https://open.spotify.com/episode/04S3fsdL4cus2tOEbq4KBN- Ursa Space Systems, a commodity intelligence firm that uses SAR to monitor everything from iron ore stockpiles at ports to oil farm tank lids around the world: https://open.spotify.com/episode/3ltO0Bv8Mtq7dgnLhXWGxO- SeerAI, another analytical platform where I coaxed the guest to use SAR as a way to detect surface change on the NEOM excavation, the world's largest (now abandoned) building site: https://www.geospatial.fm/p/seerai-responds-to-johnny-harrisBut this wasn't just about current companies. We were privileged in this episode to be given a history of Japan's trading houses since the 1860s to today. This led to several insights around the longevity, for example, of the social groups that comprise such firms and how they can persist even through a trust busting effort by the winning country after a world war. Another insight was the benefit to society of trust busting and how it unleashed a wave of new companies and from that household names such as Honda and Sony. Honda recently launched a rocket that was able to land itself. This has relevance to possible future earth observation constellation launches. Sony released LiDAR solution in 2013 and also sells other geospatial products like a GNSS chip. We have come full circle.A final note about Robert himself. We are presented here with a cultivated and successful entrepreneur. He grew a geospatial software development firm to 50 people then sold it. He has learnt a foreign language well enough to spontaneously translate things for me during a podcast recording without warning. He also is able to offer a comprehensive historical view on the emergence, development, setbacks and modern day expression of several dominant companies in a vibrant foreign economy, Japan. He shows us the way, then, on multiple fronts. I am grateful for the chance to put an inspiring industry figure in front of you today. Thanks Robert.

This week we're talking about satellite navigation. All of us are using it every day mostly in its best-known form, GPS. Now there is a startup company trying to make satellite navigation much better. What that means, and how they're doing it are among the topics I'm discussing with Brian Manning, CEO and co-founder of Xona Space Systems. Enjoy!

This is a recap of the top 10 posts on Hacker News on June 05, 2026. This podcast was generated by wondercraft.ai (00:30): Changing how we develop LadybirdOriginal post: https://news.ycombinator.com/item?id=48409191&utm_source=wondercraft_ai(01:59): Gov.uk has replaced Stripe with Dutch provider AdyenOriginal post: https://news.ycombinator.com/item?id=48415217&utm_source=wondercraft_ai(03:29): C++: The DocumentaryOriginal post: https://news.ycombinator.com/item?id=48408016&utm_source=wondercraft_ai(04:59): Tracing a powerful GNSS interference source over EuropeOriginal post: https://news.ycombinator.com/item?id=48409664&utm_source=wondercraft_ai(06:29): Astronauts told to return to ISS after sheltering over air leak repairsOriginal post: https://news.ycombinator.com/item?id=48413464&utm_source=wondercraft_ai(07:59): pg_durable: Microsoft open sources in-database durable executionOriginal post: https://news.ycombinator.com/item?id=48414367&utm_source=wondercraft_ai(09:29): Did Claude increase bugs in rsync?Original post: https://news.ycombinator.com/item?id=48411635&utm_source=wondercraft_ai(10:59): Gemma 4 QAT models: Optimizing compression for mobile and laptop efficiencyOriginal post: https://news.ycombinator.com/item?id=48414653&utm_source=wondercraft_ai(12:29): New method turns ocean water into drinking water, without wasteOriginal post: https://news.ycombinator.com/item?id=48413500&utm_source=wondercraft_ai(13:59): Meta enables ADB on deprecated Portal devices [video]Original post: https://news.ycombinator.com/item?id=48406640&utm_source=wondercraft_aiThis is a third-party project, independent from HN and YC. Text and audio generated using AI, by wondercraft.ai. Create your own studio quality podcast with text as the only input in seconds at app.wondercraft.ai. Issues or feedback? We'd love to hear from you: team@wondercraft.ai

Send us Fan MailOn this episode of Embedded Insiders, the CEO of Qualinx, Tom Trill, joins the podcast to discuss GNSS and sovereignty. We're talking about revolutionizing GNSS with an ultra-low-power, high-performance, reconfigurable positioning and location chip designed to challenge conventional GNSS chip architectures. Then, Rich and Rod Cope, the Chief Technical Officer at Perforce Software, are discussing how to employ AI for code development, and whether you should use AI to generate code or limit it to code review. Register for the CRA Virtual Conference on Thursday, June, 25.For more information, visit embeddedcomputing.com

Make a Logo on Fiverr The Carbinox Edge is a durable smartwatch built for people who work, travel, hike, build, sweat and occasionally put their gear through situations most wearables would never survive. In this first look, the Carbinox Edge gets unboxed, paired, tested and then frozen inside a block of ice for one of the most extreme smartwatch durability tests I have ever done. A Rugged Smartwatch Built for Real Abuse The Carbinox Edge comes across as a smartwatch made for rougher environments. It features a stainless steel body, Gorilla Glass, IP69K protection, 5 ATM water resistance and a 1.96-inch AMOLED display. It is designed for users who want something tougher than a basic fitness watch, especially if they work on construction sites, spend time outdoors or simply want a watch that can handle more abuse than a typical smartwatch. The watch also includes dual-band GNSS with six tracking systems, which means it can track location without relying only on your phone. That could be useful for hiking, job sites, emergency situations or anywhere phone-free tracking matters. What Comes in the Box Inside the box, the Carbinox Edge includes the watch body, a band, a manual, a USB-C charging cable and a proprietary charging base. The charging dock is magnetic and connects to the back of the watch using two contact points. The included band uses quick-release pins, making it easier to attach or swap out. That is a nice touch if you want to change bands or replace one after heavy use. Setup and App Pairing Pairing the Carbinox Edge is straightforward. After powering on the watch, the setup process asks for a language selection and displays a QR code for app pairing. The watch connects through the Carbinox Max app, and once paired, it can show notifications, weather, fitness data, health tracking, watch settings and firmware updates. The watch works with both iPhone and Android devices. During setup, it connected quickly over Bluetooth and displayed battery level, GPS satellite data and watch face options through the app. Display, Battery and Features The Carbinox Edge has a 410-by-502 resolution AMOLED display with 331 PPI and up to 1,000 nits of brightness. That should make it easier to read indoors and outdoors. Battery life is one of the biggest selling points. The watch has a 500 mAh battery, with Carbinox claiming up to 25 days depending on use. In the test, the watch still had plenty of battery before being frozen, and after being removed from the ice, it still powered back on and reconnected. Health and utility features include heart rate, SpO2, sleep, stress, mood, activity tracking, workouts, weather, calls, alarms, music controls and notifications. The Extreme Ice Test Instead of simply scratching the screen, hitting it with a hammer or running it over, this test took a different approach. The Carbinox Edge was frozen inside a block of ice for 24 hours. The idea was to simulate an extreme situation where the watch might be buried, frozen or stuck in a harsh environment. After about 12 to 14 hours, the watch stopped responding to the phone while still frozen. But once it was chipped out of the ice, it powered back on, showed the correct time and reconnected to the phone. Even while wet, the touchscreen still responded. The buttons continued working, and the display showed no visible scratches after additional scraping and impact testing. What Worked Well The biggest win is durability. The Carbinox Edge survived being frozen in ice for a full day, then came back to life after being removed. The screen held up well, the buttons still worked and the watch remained usable even while wet. The long battery life is also a major plus. A durable smartwatch is only useful if it can stay powered long enough to matter, and the Carbinox Edge appears built with that in mind. The display is bright, the body feels rugged and the quick-release band system makes it easier to manage than older watch designs. A Few Issues to Watch There were a couple of issues during use. When traveling to Las Vegas, the phone updated to the new time zone, but the watch did not update until the Carbinox app was opened. That could likely be fixed in a firmware update. Notifications were another concern. The watch did not clearly separate text messages from other app notifications, activity alerts or reminders. Turning off unwanted notifications also affected text alerts. Again, this feels like something that could improve through software updates. Final First Look The Carbinox Edge is an extreme smartwatch for people who need more than basic fitness tracking. It is rugged, bright, long-lasting and surprisingly tough. Freezing it in a block of ice for 24 hours did stop it from responding temporarily, but once it came out, it powered back on and kept working. For anyone looking for a durable smartwatch that can handle harsh conditions, the Carbinox Edge makes a strong first impression. Get the Carbinox Edge Here: https://geni.us/carbinoxedge Check out the Geekazine Merch, including "I AM AI " T-Shirt.  Thanks for reading! Don't forget to subscribe to Geekazine: RSS Feed - YouTubeTwitter - Facebook Tip Me via Paypal.me Send a Tip via Venmo RSS Bandwidth by Cachefly Get a 14 Day Trial Be a Patreon: Part of the Sconnie Geek Nation! Reviews: Geekazine gets products in to review. Opinions are of Geekazine.com. Sponsored content will be labeled as such. Read all policies on the Geekazine review page.  Reviews: Geekazine is also an affiliate of Amazon Last Updated on June 9, 2026 3:42 pm by Jeffrey PowersThe post Carbinox Edge Unboxing First Look and Most Extreme Durability Test Ever appeared first on Geekazine.

Thomas Neubauer, CEO of Dimetor discusses with Vincent Lambercy about the latest progresses in drone detection technology. This episode covers various technologies that can be used but also Dimetor speciality: extracting intelligence from telecom data.When drones are controlled using 5G networks, simple RF-scanners can't detect them anymore. Identifying drone-related traffic in the flow of 5G data is possible using artificial intelligence and seeing the network as a sensor.An interesting second use case is detecting GNSS jamming and spoofing, which is also a growing concern for aviation.

GPS and GNSS systems quietly power nearly every aspect of modern life, from financial transactions and power grids to aviation and emergency response. But what happens when they're disrupted?In this episode, host Ken Miller speaks with Dana Goward, President of the Resilient Navigation and Timing Foundation, about the growing threats to GPS and GNSS infrastructure. They break down how jamming and spoofing work, why these attacks are becoming more accessible, and how real-world incidents have exposed critical vulnerabilities.We invite you to share your thoughts, questions, or suggestions for future episodes by emailing host Ken Miller at host@fromthecrowsnest.org or by visiting us on our Instagram @fromthecrowsnestpodcast.To learn more about today's topics or to stay updated on EMSO and EW developments, visit our homepage.

Modern ships are more connected, more automated, and more exposed than ever before. In this episode of the ShorelineHudson Maritime Risk Podcast, we move beyond theory and into operational reality. What happens when navigation systems don't fail… but quietly degrade? When everything appears to be working, yet the data guiding the vessel is no longer trustworthy? Drawing on real-world developments, including escalating GNSS disruption in high-risk regions, Captain Thomas Brown and Andrew Sallay (Cequra) explore a critical and often misunderstood risk: the danger of ambiguity at sea. From degraded positioning signals and decision-making under pressure, to the erosion of traditional seamanship skills and over-reliance on connected systems, this episode reveals how modern vessels can drift into a fragile state, without warning. Most importantly, it examines what can be done about it. If Episode 1 explored how fragility builds, Episode 2 shows what happens when that fragility meets reality. A must-listen for shipowners, operators, and anyone responsible for safe navigation in an increasingly complex risk environment.

Mysterious objects spotted over the Nordics have sparked speculation online but they’re not aliens. Kelluu co-founder Jiri Jormakka explains the technology behind the company’s hydrogen-powered autonomous airships and how they operate in GNSS-jammed environments near the Russian border. Plus: travel expert Maggie Draycott discusses her new venture, Club Aviator. See omnystudio.com/listener for privacy information.

"Let's build a future that's forward rather than back."Are you interested in building towards the future instead of backwards? What do you think about the threat of economic decline or stagnation? How can we utilise our evolved knowledge better to overcome the genius of past inventors? Interview with Casey Handmer, founder of Terraform Industries. We will talk about his vision for the future of cities, city as an emergent element, building new cities, space settlements, the paradox of cities, economic foundations, and many more. Casey Handmer is a physicist, engineer, and entrepreneur who has made significant contributions to space technology and exploration. He earned his PhD in theoretical physics from Caltech and subsequently worked at NASA's Jet Propulsion Laboratory (JPL), where he was involved in GNSS science, Mars mapping, and advanced technology development. He founded Terraform Industries to make carbon-free synthetic natural gas from sunlight and air. Casey is also known for contributions to the Vesuvius scrolls project and high resolution Mars maps, as well as his insightful blog posts about space technology, infrastructure, and the future of human civilization, where he explores complex technical concepts in accessible ways.Find out more about Casey through these links:Casey Handmer on LinkedInCasey Handmer's BlogCasey Handmer websiteCasey Handmer on Youtube@CJHandmer as Casey Handmer on XTerraform Industries website@TerraformIndies as Terraform Industries on XConnecting episodes you might be interested in:No.314 - Interview with Andrew Vass about nuclear powerNo.390 - Interview with Robin Hanson about the need for secluded communitiesNo.409R - The case for economic growth as the path to better human wellbeingWhat was the most interesting part for you? What questions did arise for you? Let me know on Twitter ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠@WTF4Cities⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ or on the ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠wtf4cities.com⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ website where the ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠shownotes⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ are also available.I hope this was an interesting episode for you and thanks for tuning in.Episode generated with ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Descript⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ assistance (⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠affiliate link⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠).Music by ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Lesfm ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠from ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Pixabay

Modern ships rarely fail in dramatic fashion. Instead, they drift. In this first episode of a special five-part Maritime Risk Podcast miniseries, Captain Thomas Brown is joined by Andrew Sallay, Co-Founder and CEO of Cequra, to explore how vessels can gradually accumulate hidden cyber and operational fragility without any single alarm bell sounding. From vendor remote access and GNSS interference to “workarounds” becoming standard practice, this episode reframes maritime cyber risk beyond Hollywood-style attacks. Instead, it examines the quiet erosion of resilience that occurs when digitization, connectivity, and operational pressure intersect. This conversation sets the foundation for the series, exploring: How ships drift into heightened risk environments Why experienced crews can unintentionally mask deeper fragility The danger of false redundancy and hidden system coupling How AI and geopolitical tensions are reshaping the maritime threat landscape This is Episode 1 of a planned five-part series with Andrew Sallay of Cequra, with further episodes rolling out over the coming months as we explore GNSS interference, operational stress events, AI-enabled risk, and practical resilience strategies for shipowners and operators.

⛰️ Ens endinsem en el món de la topografia d'alta precisió amb en David Segura. Analitzem el projecte Sostremetries i la seva missió de posar ordre a la llista dels 3.000 del Pirineu. Com es mesura realment un cim? Per què alguns gegants han perdut el seu estatus de tresmil? Descobrim la metodologia científica (antena GNSS, càlcul de prominències) i repassem la història de les llistes des de Henri Reboul fins als actuals "Cazafantasmas". Una conversa imprescindible per als amants de la cartografia, la ciència i els col·leccionistes de cims.

2026-01-29 | UPDATES #117 | Today, Europe just fired a legal warning shot across the bow of Russia's “shadow fleet” — the aging, murky armada that keeps Putin's oil money flowing, and increasingly turns the Baltic into a grey-zone battlefield. But stern words and legal warnings have never intimidated Putin before, in fact, he takes these as a sign of weakness, unless they are accompanied by action. Fourteen European coastal states say the basics of maritime safety are being shredded — by GNSS jamming, AIS manipulation, and sanctions-evading tankers that treat international rules like optional extras. And the subtext is clear: we're done letting this fleet ghost through chokepoints uncontested. What did Europe announce? Are they claiming jurisdiction over the waters, or over the grey fleet? What are the conditions for interception? And does this make confrontation more likely? How far would Putin go to keep this economic lifeline going? ----------SUPPORT THE CHANNEL:https://www.buymeacoffee.com/siliconcurtainhttps://www.patreon.com/siliconcurtain----------SOURCES: UK Government (26 Jan 2026) — “The growing risks to maritime safety” (open letter; signatories; UNCLOS Art 92; SOLAS/AIS/LRIT requirements) https://www.gov.uk/government/publications/the-growing-risks-to-maritime-safety/the-growing-risks-to-maritime-safetyFinnish Government / Ministry of Transport and Communications (26 Jan 2026) — Press release on the joint letter and GNSS interference - https://valtioneuvosto.fi/en/-/1410829/itameren-ja-pohjanmeren-rantavaltiot-gnss-hairinta-on-lisannyt-merenkulun-turvallisuusriskeja-1Denmark — Danish Maritime Authority (Jan 2026) — Notice referencing the open letterhttps://www.dma.dk/news/2026/january/coastal-states-warn-of-threats-to-maritime-safety-in-the-baltic-and-north-sea-regionERR (Estonia) (Jan 2026) — Summary of the warning and signatorieshttps://news.err.ee/1609924184/all-vessels-are-at-risk-14-countries-warn-shadow-fleet-vessels-to-follow-rulesMaritime Executive (26 Jan 2026) — Reporting and technical context on GNSS/AIS and the letterhttps://maritime-executive.com/article/european-nations-warn-shadow-fleet-shipowners-to-play-by-the-rulesgCaptain (Jan 2026) — Coverage framing the enforcement shift and compliance frameworkhttps://gcaptain.com/europe-signals-new-phase-in-shadow-fleet-enforcement/Insurance Journal (27 Jan 2026) — Coverage of the 14-nation warninghttps://www.insurancejournal.com/news/international/2026/01/27/855788.htmAtlantic Council (22 Jan 2026) — Analysis: shadow fleet as hybrid tool; argues for stronger interpretation/enforcement - https://www.atlanticcouncil.org/dispatches/the-us-is-taking-action-against-russias-shadow-fleet-in-the-baltic-sea-europe-should-follow-suit/Emmanuel Macron on X (Jan 2026) — Public statement on French Navy boarding of a sanctioned tanker - https://x.com/EmmanuelMacron/status/2014341199507706242----------SILICON CURTAIN LIVE EVENTS - FUNDRAISER CAMPAIGN Events in 2026 - Advocacy for a Ukrainian victory with Silicon Curtainhttps://buymeacoffee.com/siliconcurtain/extrasOur events of the first half of the year in Lviv, Kyiv and Odesa were a huge success. Now we need to maintain this momentum, and change the tide towards a Ukrainian victory. The Silicon Curtain Roadshow is an ambitious campaign to run a minimum of 12 events in 2025, and potentially many more. Any support you can provide for the fundraising campaign would be gratefully appreciated. https://buymeacoffee.com/siliconcurtain/extras----------

In this episode, we'll talk about the evolving role of GPS and global navigation systems in an increasingly complex and contested environment. Hear from Lisa Dyer, Executive Director of the GPS Alliance, who will talk about why resilience, interoperability and innovation across multiple GNSS constellations are becoming essential for both national security and commerce. Hear Lisa discuss the future of GPS and GNSS for policymakers, industry, and operators working to ensure trusted positioning, navigation, and timing.

In this episode of “Raising the Aviation Bar”, we sit down with Enrico Parini, the new Director of European Affairs at CANSO Europe, the voice of the European air traffic management industry. In this role Enrico isn't just tackling technical challenges – he's passionate about shaping the future of aviation. Representing 36 air navigation service providers (ANSPs), Enrico's mission is to make sure their voices are heard at the European level, and to spotlight the vital role they play in keeping aviation – and business – running smoothly across the continent. From managing changing air traffic trends and facing growing capacity challenges to addressing cybersecurity risks and GNSS spoofing, Enrico shares CANSO's perspective on safeguarding the skies while keeping innovation moving forward. In this podcast episode, he highlights the vital role of highly skilled ANSP professionals in enabling global connectivity and maintaining Europe's leadership in air traffic management – paying special tribute to efforts this summer to manage peak traffic, with many area control centres going well beyond their planned commitments to handling network traffic.

Launch of the Mauve Telescope: A groundbreaking new space telescope named Mauve, about the size of a mini fridge, has successfully launched aboard a SpaceX transporter mission. Owned by Blue Skies Space, this private telescope will operate on a subscription model, offering unique ultraviolet data that could revolutionize astronomical research by providing dedicated access to space-based observations.Roscosmos Launch Pad Trouble: Following the successful launch of the Soyuz MS.28 crew to the ISS, Roscosmos has reported significant damage to its only active crewed launch pad at Baikonur Cosmodrome. A maintenance cabin collapsed during a post-launch inspection, potentially impacting future missions for up to two years.James Webb Observes Sagittarius A: The James Webb Space Telescope has made remarkable observations of flares from the Milky Way's supermassive black hole, Sagittarius A, in mid-infrared light. These observations provide critical insights into the magnetic field around the black hole and help scientists understand the processes that generate these energetic flares.ESA's Hydro GNSS Mission: The European Space Agency has launched its first scout mission, Hydro GNSS, consisting of twin satellites designed to study Earth's water cycle using GNSS reflectometry. This innovative approach will provide valuable data on soil moisture, flooding, and biomass, enhancing our understanding of environmental dynamics.Osiris Apex's Earth Flyby: NASA's Osiris Apex spacecraft has successfully performed a gravity assist flyby of Earth, capturing stunning images of our planet and the Moon. This maneuver sets the stage for its upcoming mission to the asteroid Apophis, which presents a unique opportunity to study how an asteroid is affected by a close planetary encounter.For more cosmic updates, visit our website at astronomydaily.io. Join our community on social media by searching for #AstroDailyPod on Facebook, X, YouTubeMusic, TikTok, and our new Instagram account! Don't forget to subscribe to the podcast on Apple Podcasts, Spotify, iHeartRadio, or wherever you get your podcasts.Thank you for tuning in. This is Anna and Avery signing off. Until next time, keep looking up and exploring the wonders of our universe.✍️ Episode ReferencesMauve Telescope Launch[Blue Skies Space](https://www.blueskiesspace.com/)Roscosmos Launch Pad Damage[Roscosmos](https://www.roscosmos.ru/)James Webb Observations[NASA](https://www.nasa.gov/mission_pages/webb/main/index.html)Hydro GNSS Mission[European Space Agency](https://www.esa.int/)Osiris Apex Mission Details[NASA](https://www.nasa.gov/mission_pages/osiris-rex/overview/index.html)Become a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-space-news-updates--5648921/support.Sponsor Details:Ensure your online privacy by using NordVPN. To get our special listener deal and save a lot of money, visit www.bitesz.com/nordvpn. You'll be glad you did!Become a supporter of Astronomy Daily by joining our Supporters Club. Commercial free episodes daily are only a click way... Click HereThis episode includes AI-generated content.

Ficou interessado(a) no Balance 2? Vá em https://encurtador.com.br/QGuv para saber mais. Se vc for comprar, use o cupom CORRIDANOAR para ter 10% de desconto.O Amazfit Balance 2 é um relógio supercompleto pra qualquer esporte. E pra corrida é bom, Sérgio? Pra mim, ele "tica" todos os pré-requisitos- Marca corretamente os nossos percursos com GNSS de qualidade- Tem programação de treinos intervalados simples direto no relógio_ Dá pra programar treinos intervalados complexos pelo app- Tem modo modo pista de atletismo- Marca corretamente os batimentos cardíacos- Dá pra ver um resumo do treino no próprio relógio ou no app- Dá pra customizar os campos que queremos ver no relógio durante o treino- Sobe pro StravaFora isso:- A bateria dura pra caramba- Tem display em Amoled com até 1.000 nits.- um monte de coisa que nem cabe aqui mas está no vídeo.Vc já usou algum relógio Amazfit?#amazfitbalance2

Feature über den offSight Navi- und Wander-Trek 2025

PolicyTracker journalist Camilla Mina speaks to Logan Scott, independent consultant and expert in Position, Navigation and Timing about GNSS interferences and its current challenges. They discuss jamming and spoofing but also interferences from other services and ways to mitigate them.

Proveye, an Irish agri and climate tech company headquartered at NovaUCD in Dublin, today announced that it has been awarded a European Space Agency (ESA) contract to complete the development and deployment of ProvVari. ProvVari is a breakthrough precision fertiliser solution designed to increase productivity and reduce costs for farmers and significantly cut the environmental footprint of grassland farming across Europe. For decades, artificial fertilisers have been central to European food production, but their widespread use has also contributed to nutrient loss, water pollution, and greenhouse gas emissions. The mission of Proveye, which is pioneering AI-driven remote sensing for grassland management, is to change that. With ESA's backing through the ESA Spark Funding initiative, ProvVari will harness space technology to guide the precise application of fertilisers, reducing waste and environmental impact while maintaining productivity and profitability for farmers. Built on Proveye's ProvGrass platform, ProvVari will combine satellite imagery from ESA's Sentinel-1 SAR and Sentinel-2 multispectral missions with high-resolution l imagery drone, GNSS guidance, and soil and meteorological data. The technology will generate variable rate application maps that optimise fertiliser use, safeguard water quality, and support national and European climate and biodiversity goals. "ProvVari has already drawn strong engagement from agri-advisors, machinery manufacturers, and seed and fertiliser companies, as well as a growing community of progressive Irish farmers. Together, these stakeholders reflect the urgent need for tools that help agriculture deliver food security while protecting natural ecosystems," said Jerome O'Connell, CEO, Proveye. He added, "At Proveye, we see little trade-off between farming and nature; our technologies are designed to enable both to thrive, and this ESA contract is a major step forward in our mission to align agricultural productivity with environmental stewardship, biodiversity protection, food security and climate resilience." Peter Finnegan, Manager of ESA Space Solutions Centre Ireland, which administers the ESA Spark Funding mechanism, welcomed Proveye's most recent ESA contract award and said, "The development of the ProvVari platform is an exciting new solution that will yield benefits for farmers and the environment alike, and is a timely intervention when positioned against the challenges of both increasing productivity and reducing negative environmental impact simultaneously." ProvVari will be launched first in Ireland in Q1 2026 before expanding to international markets. Alongside supporting farmers, ProvVari will also provide regulators and policymakers with a powerful mechanism to manage fertiliser use sustainably, contributing to healthier soils, cleaner waters, and more resilient landscapes across Europe. More about Irish Tech News Irish Tech News are Ireland's No. 1 Online Tech Publication and often Ireland's No.1 Tech Podcast too. You can find hundreds of fantastic previous episodes and subscribe using whatever platform you like via our Anchor.fm page here: https://anchor.fm/irish-tech-news If you'd like to be featured in an upcoming Podcast email us at Simon@IrishTechNews.ie now to discuss. Irish Tech News have a range of services available to help promote your business. Why not drop us a line at Info@IrishTechNews.ie now to find out more about how we can help you reach our audience. You can also find and follow us on Twitter, LinkedIn, Facebook, Instagram, TikTok and Snapchat.

Join Dr. Arun Seraphin for a conversation with Dana Goward, President of the Resilient Navigation and Timing Foundation. Goward shares insights into the critical vulnerabilities of GPS and positioning, navigation, and timing (PNT) technologies, highlighting the challenges facing U.S. national security. The discussion covers topics such as international PNT strategies and technological alternatives, including global navigation satellite systems (GNSS) like China's BeiDou and Russia's GLONASS, as well as Europe's Galileo network. The conversation also examines defense infrastructure resilience, potential GPS disruption risks, and the urgent need for a comprehensive national PNT architecture that can protect against electronic warfare and cyber threats.Learn More:Resilient Navigation and Timing Foundation: https://rntfnd.org/Be sure to follow us on social media for updates, early access to upcoming events, inside scoops, & more:LinkedIn: https://bit.ly/4htROo0Twitter: https://bit.ly/48LHAx3Facebook: https://bit.ly/47vlht8And for more podcasts, articles, & publications all things emerging tech, check out our website at: https://bit.ly/47oA5K1 

Scientists detect for the first time an unknown source of GPS interference coming from space. Also, as AI begins to design more and more DNA sequences being manufactured synthetically, how can those manufacturers be sure that what their customers are asking for will not produce toxic proteins or lethal weapons? And… how camera traps in polish forests reveal that the big bad wolf is more scared of humans than anything else. For that last few years instances of deliberate jamming and interference of GNSS signals has become an expected feature of the wars the world is suffering. Yet this disruption of the signals that all of us use to navigate and tell the time nearly always emanate from devices on the ground, or maybe in the air. But in ongoing research reported recently by Todd Humphreys of University of Texas at Austin and colleagues around the world is beginning to reveal that since 2019 an intermittent yet powerful signal has been causing GPS failures across Europe and the North Atlantic. The episodes have been thankfully brief so far, but all the signs suggest it comes not from soldiers or aeroplanes, but from a distantly orbiting satellite somewhere over the Baltic Sea. It may not be malevolent, it could be a fault, but the net of suspicion is tightening. A team of scientists including some from Microsoft report today in a paper in the journal Science an investigation to try to strengthen the vetting of synthetic DNA requests around the world. As AI-designed sequencies increase in number and application, the factories that produce the bespoke DNA are in danger of making and supplying potentially dangerous sequences to customers with malicious intents. But how do you spot the bad proteins out of the almost infinite possible DNA recipes? Tessa Alexanian of the International Biosecurity and Biosafety Initiative for Science, and one of the authors explains some of the thinking. Finally, Liana Zanette of Western University in Ontario and colleagues have been hanging around in Polish forests scaring wolves. Why? Because as wolf numbers rise in protected reserves, more and more human-wolf interactions occur. And a suspicion has arisen that the legal protection they enjoy has led to them losing their fear of humans in a dangerous way. Not so, says Liana's team, blowing away the straw arguments and setting fire to the political motivation to reduce their protection status. Wolves are still terrified of Nature's apex predator – us. Presenter: Roland Pease Producer: Alex Mansfield Production Coordinator: Jana Bennett-Holesworth (Image: Simulation screen showing various flights for transportation and passengers. Credit: Oundum via Getty Images).

Welcome back to Your Drone Questions. Answered, brought to you by Drone Launch Academy! This week, we're diving into a listener-suggested topic: GNSS post-processing services. If you're flying mapping missions and need to establish accurate base station coordinates for your PPK (post-processed kinematic) workflow, services like OPUS and Trimble CenterPoint RTX can be game-changers.In this episode, I break down:What GNSS post-processing services are and why they matter for drone pilotsA comparison between OPUS (NGS/NOAA, U.S.) and Trimble CenterPoint RTXLogging best practices (intervals, duration, and timing of uploads)Key limitations, including constellation support and receiver compatibilityPractical advice on when and how to use these services in your workflowWe'll also touch on how these tools compare to other correction methods like RTK networks, and why understanding what's happening “behind the scenes” is valuable when evaluating cloud-based processing platforms.

In this episode of the ShorelineHudson Maritime Risk Podcast, Captain Thomas Brown sits down with Hila Sasson, Director of Product Marketing at Windward, to discuss one of the most pressing and least understood risks facing global shipping today: GNSS jamming and AIS spoofing. From phantom port calls and vessels “sailing on land” to entire fleets suddenly losing navigational capability in conflict zones, these invisible threats are already disrupting trade, complicating compliance, and raising the stakes for shipowners worldwide. Listeners will gain: A clear understanding of the difference between GNSS manipulation, GPS jamming and AIS spoofing. Real-world insights into how spoofing patterns correlate with geopolitical tensions in hotspots like the Black Sea, Arabian Gulf, and Mediterranean. Practical steps shipowners and operators can take to protect their fleets and reputations.   Whether you're a shipowner, broker, insurer, or maritime risk professional, this conversation will help you see through the fog of modern navigation risks.

This week's episode was fueled by innovation, mentorship, and a whole lot of passion for the surveying profession. Brought to you by EMLID, the crew kicked things off with Geoholics News & Happenings, some personal catch-ups, and the TopoDOT Song of the Week—a nod to Ozzy Osbourne's Flying High Again. Perfect choice, considering the theme of perseverance and vision that ran through the conversation. Sponsors Spotlight EMLID: All-in-one aerial survey kit—GNSS, checkpoints, tools, and streamlined workflows. TopoDOT: Total data governance for point cloud workflows. Diamondback Land Surveying (DBLS): A full-service firm delivering precision, reliability, and cutting-edge tech to the industry. GeoSearch: Connecting geoscience professionals with career opportunities. GEODNET: 18,620 satellite miners strong, powering precision navigation for drones, AVs, AR, and beyond. Trimble: Partnering with surveyors to shape a sustainable future. Culture & Flavor Alongside the usual Geoholics flavor—pro tips from Esri, GeoSearch Career Corner updates, and some words of wisdom courtesy of Ozzy himself—the stage was set for a deep dive into surveying leadership. Guest Spotlight – Trent Keenan From Omaha roots to Las Vegas hustle, Trent Keenan has carved out a reputation as not only a successful business owner but also a mentor and advocate for the next generation of surveyors. His hobbies (photography, golf, biking, half-marathons, even calf exercises!) may keep him balanced, but his heart is in advancing the profession. Key themes from the conversation: Pivotal Moments: The turning points that shaped Trent into a recognized voice for the industry. Mentorship: Stories from Mentoring Mondays and the mentors who shaped his path. Challenges of Ownership: Lessons learned while building Diamondback Land Surveying. Future of Surveying: Balancing rapid tech adoption—LiDAR, drones, reality capture—with the craft's timeless fundamentals. Industry Advocacy: Breaking down barriers for new entrants and inspiring seasoned pros to step up as mentors. Legacy & Motivation: The impact Trent hopes to leave and what keeps him fired up day after day. The Elevator Pitch: His 30-second sell to high school students—why surveying is a career worth pursuing. Closing Notes As always, the Geoholics closed the show with a mix of humor, insight, and a few reminders: Rent that tractor. Check your reality capture commitment. Change the public perspective. Don't be a dumbass. And of course, Trent left us all Flying High Again.

Appropriately, I am publishing today's episode from an airport - JFK. This is because it is about the positioning, navigation and timing vertical, specifically about how GPS can be spoofed and jammed, affecting air travel safety. Also appropriately, the recording with Dana Goward, President of Resilient Navigation and Timing Foundation, was occasionally of poor quality. The bandwidth gods have added a bit of ambience reflecting the jamming we talked about. I found Resilient Navigation and Timing Foundation through a Wired article - "A GPS Blackout Would Shut Down the World". Yes, I'm at the podcasting stage where I read Wired articles and just reach out to the people/organisations profiled ;-) Wired used a provocative but truthful title which, perversely, we can be proud of. This is because a vertical in The Geospatial Index is Positioning, Navigation and Timing (PNT) companies. Companies, theory and technology in this vertical have, in Dana's words, produced a silent utility that the whole world has a critical dependence on. Well done to our industry, we are as vital as the water, power, sewer, telecom utilities! The PNT vertical is more well populated than others - 26 companies. There is a flyer in there recently, NextNav. I mentioned them during the episode with Dana and he gave some useful off the cuff commentary on the validity of their offering compared to other more economical solutions. It was a fascinating episode. If you've ever wondered about those maps showing GNSS spoofing and jamming, Dana, a highly accomplished pilot, gave us a lengthy commentary on what they mean and spoke to some geographies where there is a strong risk of this silent utility failing to work properly. A note about running the podcast. It is an experience of talking with some highly accomplished and capable guests. Reading Dana's profile, on gps.gov no less, gives one pause. I got lucky here - I did not read this profile before talking with him. I am glad, because I would have been a deer in the headlights. Some quotes: "...he served as the maritime navigation authority for the United States with 12 different business lines budgeted at over $1.3B/yr, and represented the United States at the International Maritime Organization, International Assn. of Lighthouse Authorities, U.N. anti-piracy working group, and other international forums." He has received a humanitarian award for a coastguard chopper rescue: "...Helicopter Association International's Igor Sikorsky Humanitarian Service Award for his rescue of two fisherman at the height of Hurricane Chantal..." As such, Dana has intimate, professional pilot experience of the risks of GNSS spoofing and jamming. As leader of the maritime navigation authority of the world's largest economy, he has the same degree of knowledge from the perspective of an administrator. This means his call to action as a leader regarding resilience of this silent utility is worth listening to. His charity, Resilient Navigation and Timing Foundation, is also worth joining. One has to wonder when the US will become tired of the embarrassment of being behind the Chinese. Even in the domain of navigation system resilience, the States is behind. I am grateful to Dana for identifying the problem as not being money or technology, but a lack of leadership. He has put himself in front of us as the leader on this issue. Let's listen and study what he has to say, we might find the required actions are straightforward to implement: https://rntfnd.org/.

Hold onto your antennae and calibrate your coordinates — this episode blasts off into GNSS orbit with Mike Horton of GEODNET and Larry Fox of Bad Elf! We're talking democratization, satellites, and a robot invasion of 2025 (no big deal). From Chicago's north side to UC Berkeley and beyond, these GPS pioneers dropped knowledge like satellites in freefall: Why decentralizing GNSS might just save the world (or at least your drone survey). How GEODNET is quietly assembling the world's largest RTK network — one miner at a time. And what happens when a “Bad Elf” and a “Geo-Nerd” walk into a room. There's tech talk, trust talk, and even some good ol' fashioned Iron Man headbanging as Black Sabbath sets the musical tone for the week. Bonus: find out what woodworking, 3D printing, and Mandarin Chinese have to do with geospatial innovation. (Spoiler: nothing... and everything.) And don't miss the NLCPREP brain teaser — GPS isn't about magnets or mirrors, folks! This episode is brought to you by our friends at EMLID, TopoDOT, Hexagon, AllTerra Central, and of course, David Evans & Associates — where commitments are serious, and the relationships are even better.  

In recent years, the integration of technology into everyday life has transformed various sectors, and the pet care industry is no exception. The advent of AI-driven satellite pet wearables represents a significant leap forward, offering pet owners innovative solutions for tracking and monitoring their pets' health and behavior. David Teaster, the Product Marketing Director at SATELLAI, discusses the implications, functionalities, and potential benefits of these cutting-edge devices.The Concept of Satellite ConnectivityAt the core of SATELLAI's pet wearables is the ability to maintain constant connectivity through satellite technology. Traditional pet trackers often rely on cellular networks, which can be unreliable in remote areas. In contrast, the satellite technology employed in these devices utilizes a Qualcomm 9205S modem, enabling direct satellite uplinks.This ensures that the pet tracker can send signals even when out of range of terrestrial cell phone towers. With global navigation satellite systems (GNSS) that connect with five satellite constellations, these wearables promise coverage across 180 countries and over 680 networks. This extensive coverage is crucial for pet owners who travel or live in rural areas, providing peace of mind that their pets can be located at all times.The Role of Artificial IntelligenceThe integration of artificial intelligence (AI) into the SATELLAI devices elevates their functionality beyond mere tracking. AI plays a pivotal role in health and behavior monitoring, offering insights that were previously unavailable to pet owners. By adapting technology from human smart wearables, the developers have created sensors capable of detecting a range of health metrics in pets. The AI system collects and analyzes data on a pet's activity levels, allowing it to establish baselines for normal behavior.What sets this technology apart is its ability to provide personalized insights. For instance, if a pet's activity level declines, the AI can alert the owner and suggest ways to encourage more movement. Additionally, it can identify breed-specific health concerns based on established data about common problems associated with certain breeds. This feature empowers pet owners to have informed discussions with their veterinarians, ultimately leading to better health outcomes for their pets.The Benefits of AI-Driven WearablesThe benefits of the SATELLAI AI-driven satellite pet wearables are manifold. Firstly, they provide pet owners with real-time data about their pets' activities and health, fostering a deeper understanding of their needs. This data can be invaluable for identifying potential health issues early on, allowing for timely intervention. For example, if a dog is less active than usual, the wearable can recommend consulting a vet about breed-specific conditions that may be affecting the pet's health.Moreover, the AI assistant embedded in these devices enhances the user experience by allowing owners to ask questions about their pets. This interactive feature not only makes the SATELLAI more accessible but also educates pet owners about their pets' health and behavior patterns. By enabling owners to track their pets' habits over time, these wearables create a comprehensive picture of a pet's well-being, which can be shared with veterinarians for more tailored care.Future Prospects and AvailabilityThe SATELLAI devices are available now. The SATELLAI Collar runs $499 and the SATELLAI Beacon runs $39.Conclusion: Safety and Security for Your PetSATELLAI pet wearables signify a transformative advancement in pet care technology. By combining satellite connectivity with artificial intelligence, these devices offer pet owners unprecedented access to their pets' health and behavior data. The ability to monitor activity levels, receive personalized health insights, and consult with veterinarians based on reliable data represents a new standard in responsible pet ownership. As these products become available, they hold the promise of improving the quality of life for pets and their owners alike, paving the way for a future where technology plays an integral role in pet care.Interview by Scott Ertz of F5 Live: Refreshing Technology.Sponsored by: Get $5 to protect your credit card information online with Privacy. Amazon Prime gives you more than just free shipping. Get free music, TV shows, movies, videogames and more. The most flexible tools for podcasting. Get a 30 day free trial of storage and statistics.

In recent years, the integration of technology into everyday life has transformed various sectors, and the pet care industry is no exception. The advent of AI-driven satellite pet wearables represents a significant leap forward, offering pet owners innovative solutions for tracking and monitoring their pets' health and behavior. David Teaster, the Product Marketing Director at SATELLAI, discusses the implications, functionalities, and potential benefits of these cutting-edge devices.The Concept of Satellite ConnectivityAt the core of SATELLAI's pet wearables is the ability to maintain constant connectivity through satellite technology. Traditional pet trackers often rely on cellular networks, which can be unreliable in remote areas. In contrast, the satellite technology employed in these devices utilizes a Qualcomm 9205S modem, enabling direct satellite uplinks.This ensures that the pet tracker can send signals even when out of range of terrestrial cell phone towers. With global navigation satellite systems (GNSS) that connect with five satellite constellations, these wearables promise coverage across 180 countries and over 680 networks. This extensive coverage is crucial for pet owners who travel or live in rural areas, providing peace of mind that their pets can be located at all times.The Role of Artificial IntelligenceThe integration of artificial intelligence (AI) into the SATELLAI devices elevates their functionality beyond mere tracking. AI plays a pivotal role in health and behavior monitoring, offering insights that were previously unavailable to pet owners. By adapting technology from human smart wearables, the developers have created sensors capable of detecting a range of health metrics in pets. The AI system collects and analyzes data on a pet's activity levels, allowing it to establish baselines for normal behavior.What sets this technology apart is its ability to provide personalized insights. For instance, if a pet's activity level declines, the AI can alert the owner and suggest ways to encourage more movement. Additionally, it can identify breed-specific health concerns based on established data about common problems associated with certain breeds. This feature empowers pet owners to have informed discussions with their veterinarians, ultimately leading to better health outcomes for their pets.The Benefits of AI-Driven WearablesThe benefits of the SATELLAI AI-driven satellite pet wearables are manifold. Firstly, they provide pet owners with real-time data about their pets' activities and health, fostering a deeper understanding of their needs. This data can be invaluable for identifying potential health issues early on, allowing for timely intervention. For example, if a dog is less active than usual, the wearable can recommend consulting a vet about breed-specific conditions that may be affecting the pet's health.Moreover, the AI assistant embedded in these devices enhances the user experience by allowing owners to ask questions about their pets. This interactive feature not only makes the SATELLAI more accessible but also educates pet owners about their pets' health and behavior patterns. By enabling owners to track their pets' habits over time, these wearables create a comprehensive picture of a pet's well-being, which can be shared with veterinarians for more tailored care.Future Prospects and AvailabilityThe SATELLAI devices are available now. The SATELLAI Collar runs $499 and the SATELLAI Beacon runs $39.Conclusion: Safety and Security for Your PetSATELLAI pet wearables signify a transformative advancement in pet care technology. By combining satellite connectivity with artificial intelligence, these devices offer pet owners unprecedented access to their pets' health and behavior data. The ability to monitor activity levels, receive personalized health insights, and consult with veterinarians based on reliable data represents a new standard in responsible pet ownership. As these products become available, they hold the promise of improving the quality of life for pets and their owners alike, paving the way for a future where technology plays an integral role in pet care.Interview by Scott Ertz of F5 Live: Refreshing Technology.Sponsored by: Get $5 to protect your credit card information online with Privacy. Amazon Prime gives you more than just free shipping. Get free music, TV shows, movies, videogames and more. The most flexible tools for podcasting. Get a 30 day free trial of storage and statistics.

In this data-drenched episode, Kent, Producer Sean and Russ Hall bring the heat with updates, promos, and a life-altering reminder that you can impact anyone within 3 feet…unless you're holding a GNSS rover—in which case, give them a little more room. Enter Ted Knaak, the President of TopoDOT and certified geospatial Jedi. Ted takes us on a journey from Jersey Shore roots to launching Riegl USA in the 90s, and then mic-dropping the geospatial world with TopoDOT in 2011—because clearly, satellites weren't ambitious enough. We talk TopoShare (data governance's cooler cousin), reality capture, point clouds, paradigm shifts, ROI (Return On Innovation?), and how TopoDOT is turning surveying into a high-resolution lifestyle. It's basically Shark Tank meets Star Trek for surveyors. Song of the Week? Bruce Springsteen's “I'm Goin' Down,” which ironically pairs well with LiDAR elevation points. BONUS: If you like brain-twisters, there's even a boundary survey quiz, a GEODNET miner count update, and enough acronyms to crash your COGO. So buckle up, grab your Emlid kit, and prepare to be inspired, educated, and just confused enough to start googling “blockchain RTK.” TopoDOT didn't just draw a line—it rendered the entire surface.

In this episode of "Your Drone Questions. Answered," we tackle the question: What are the different RTK correction methods for drone mapping missions, and when should you use each one?We explore the differences between Real-Time Kinematic (RTK) and Post-Process Kinematic (PPK) workflows, breaking down how these technologies improve GNSS accuracy for professional drone mapping. In this video, you'll learn:-The fundamental differences between RTK and PPK-Network-based vs. local base station correction methods-How to handle mapping in remote areas with poor connectivity-Why ground control points remain essential even with RTK drones-The importance of maintaining workflow flexibility in the field-How modern GNSS receivers can perform multiple functions simultaneouslyWhether you're operating in areas with reliable cell service or mapping in the middle of nowhere, this episode provides practical guidance for choosing the right correction method for your specific situation.

Apologies for the audio challenges...it was one of those nights!! In this episode, the Geoholics crew sits down with serial startup whisperer Sean Gorman, co-founder of Zephr.xyz—a company so cutting-edge it probably triangulated this podcast before it aired. Sean, who grew up everywhere from Germany to the Philippines (basically Carmen Sandiego in reverse), shares how a life of constant relocation and rowing (yes, actual rowing) shaped his journey into geospatial tech superstardom. The conversation navigates GPS spoofing, blockchain-based RTK, and turning your phone into a location-locked superhero—all while trying to make sense of GNSS like it's not just a Scrabble score. We also learn that Sean has exited three startups and still had time to accidentally go viral for a dissertation. Casual. From Sofi Tukker's “Purple Hat” vibes to the WingtraGround setup that even your intern could master, this episode blends tech, travel, and topography in a way only The Geoholics can. One thing's for sure: if location is everything, Sean's been everywhere. Moral of the story? Always bring a base station…and never underestimate a former rower with a PhD and a passion for satellites. 

Dans ce podcast, Francklin nous présente la technologie RTK et ce qu'elle pourra apporter aux aveugles en terme de précision pour le guidage par satellite (GNSS). Si vous souhaitez poser des questions à Francklin, vous pouvez le faire dans les commentaires ci-dessous. Liens utiles Le GitHub de RTKanne. Le wiki de RTKanne, pour l'appli Android c'est le chapitre 5 Bluetooth GNSS sur Android. Le site de Centipede. Les pièces sur le site de Ardusimple pour assembler un boitier RTK : Le récepteur. Le module bluetooth. Le boitier. L'antenne.

Welcome back to another episode of Your Drone Questions. Answered. Today we are answering the question

Why can't we get a GPS signal indoors and what does that mean for modern wireless technology? Guest Luke Jenkins has answers. He starts with the history, functionality, and applications of GPS and GNSS technologies and the proliferation of satellites enhancing navigation accuracy. He then delves into the technical aspects such as atomic clocks, signal... Read more »

Why can't we get a GPS signal indoors and what does that mean for modern wireless technology? Guest Luke Jenkins has answers. He starts with the history, functionality, and applications of GPS and GNSS technologies and the proliferation of satellites enhancing navigation accuracy. He then delves into the technical aspects such as atomic clocks, signal... Read more »

It's been a while! The guys (and Will Wing!) were joined this week by Larry Fox, VP of Marketing & Business Development at Bad Elf and Christoph Strecha, Founder of Pix4D who shared insights into how the integration of Bad Elf's GNSS technology with Pix4D's software enhances accuracy and efficiency for geospatial professionals. We dive into the collaboration between Bad Elf and Pix4D, exploring their innovative 3D scanning solution and its impact on the AEC industry. We dug even deeper into comparing traditional reality capture methods like lidar and photogrammetry, addressing challenges in 3D spatial data capture, the future of mobile 3D scanning in AEC workflows, and the ease of integration with existing surveying and scanning workflows. Music by Black Sabbath!

Having worked on some u-blox GNSS prototypes this week, we decided to figure out what module to check out next. Let's see which u-blox GNSS modules are available that are fast to work with—specifically, those with built-in patch antennas so you can pop them on and start receiving immediately. We'll also take a look at some other options for those willing to connect an external antenna. Visit the Adafruit shop online - http://www.adafruit.com ----------------------------------------- LIVE CHAT IS HERE! http://adafru.it/discord Subscribe to Adafruit on YouTube: http://adafru.it/subscribe New tutorials on the Adafruit Learning System: http://learn.adafruit.com/ -----------------------------------------

The National Standards Authority of Ireland (NSAI), in conjunction with their partners Data Edge, Timing Solutions and HEAnet, are hosting Ireland's inaugural Time & Sync Forum today, 11th Feb 2025, in Santry, Dublin. The event is bringing together a number of leading authorities in timing and synchronisation from Ireland, the UK and the European Commission to discuss key topics and policies relating to critical infrastructure on the island of Ireland. Position, Navigation, and Timing (PNT) technologies play a crucial role in modern economies, and enable over 10% of Europe's annual GDP, or more than €14 trillion*. Major industries such as communications, energy, transportation, public services and financial services are increasingly reliant on precise timing and timing distribution to deliver their services. Commenting on the event, Minister for Enterprise, Tourism and Employment, Peter Burke TD said, "Position, Navigation and Timing technologies are a core part of the work of a number of industries that are cornerstones of the Irish economy. Earlier this year, the Programme for Government committed to delivering a strong enterprise and fiscal framework to support competitiveness and the growth of a strong industrial base which has created jobs, grown exports, promoted innovation, and raised our standard of living. I warmly welcome this event, focussed on building on the launch of the National Timing Grid, and its role in advancing Ireland's domestic capabilities to support industry." Following on from the successful launch of Ireland's first National Timing Grid in 2023, the NSAI is hosting the Forum to promote the continuing need for Ireland to have as much control over its timing infrastructure as possible, including the potential replacement of Greenwich Mean Time with a domestic equivalent. Keynote speakers include Dr. Leon Lobo, Head of the National Timing Centre (NTC) programme at Britain's National Physical Laboratory, who is delivering its national timing strategy. Dr. Lukasz Bonenberg, Space Programmes Policy and Scientific Officer, Joint Research Centre (JRC), European Commission, will also provide his expertise having worked on Galileo, the EU's Global Navigation Satellite System (GNSS). Between them, Drs. Lobo and Bonenberg will provide an important overview of PNT resiliency across Europe. Along with Data Edge, Timing Solutions and HEAnet, NSAI are currently working on enhancing Ireland's PNT capabilities through the National Timing Grid and the distribution of verified global GNSS data to support compliance with the upcoming EU NIS2 Directive. This update to the EU's original Network and Information Security (NIS) Directive significantly expands cybersecurity obligations for critical infrastructure sectors. NSAI's National Metrology Laboratory (NML), based in Glasnevin, maintains the reference measurement standards for Time & Frequency and contribute their atomic clock data to the International Bureau for Weights and Measures (BIPM) who maintain and calculate Coordinated Universal Time (UTC). Whilst Legal Time in Ireland is under the remit of the Department of Justice, the internationally accepted representation of the second in Ireland is maintained by the NSAI's NML. David Fleming, National Standards Authority of Ireland, Technical Manager for Time, said, "We expect this important gathering to provide valuable insights which help us to inform policy development at a Governmental level and outline the requirements for investment in key timing infrastructure for the country. In a time of disruption and major technological advancements, Ireland needs to be as self-sufficient in this area as possible, while also aligning fully with our international counterparts." "With this event, we are aiming to draw in and engage as many interested stakeholders as possible to determine the requirements across the diverse sectors dependent upon precise timing." See more stories here.

Cassie Hanagan, USGS Advancing our understanding of earthquake processes inevitably pushes the bounds of data resolution in the spatial and temporal domains. This talk will step through a series of examples leveraging two relatively niche geodetic datasets for understanding portions of the earthquake cycle: (1) temporally dense and sensitive borehole strainmeter (BSM) data, and (2) spatially dense sub-pixel image correlation displacement data. More specifically, I will detail gap-filling benefits of these two datasets for different earthquakes. BSMs respond to a frequency of deformation that bridges the capabilities of more common GNSS stations and seismometers. As such, they are typically installed to capture deformation signals such as slow slip or transient creep. In practice they are also useful for measuring dynamic and static coseismic strains. This portion of the talk will focus on enhanced network capabilities for detecting both coseismic and postseismic deformation with a relatively new BSM array in the extensional Apennines of Italy, with events spanning tens to thousands of kms away. Then, we will transition toward how these instruments can constrain spatiotemporally variable afterslip following the 2019 Mw7.1 Ridgecrest, California earthquake. High spatial resolution displacements from sub-pixel image correlation serve as gap-filling datasets in another way – providing higher spatial resolution (~0.5 m) maps of the displacement fields than any other method to date, and patching areas where other methods fail to capture the full deformation magnitude or extent, such as where InSAR decorrelates. This portion of the talk will focus on new results that define expected displacement detection thresholds from high-resolution satellite optical imagery and, alternatively, from repeat lidar data. Examples will include synthetic and real case studies of discrete and diffuse deformation from earthquakes and fault creep.

Eldar Rubinov is Positioning and Geodesy Technical Lead at Frontier SI. This is a centre of excellence for spatial information in Melbourne, Australia (https://frontiersi.com.au). We had a great chat about a recent presentation he gave in Malaysia about use of an Australian/New Zealand SBAS for high accuracy positioning in Malaysia. He also tested Gallileo there. Even though both systems are not designed to offer high accuracy positioning in Malaysia, it could nevertheless be achieved with them. SBAS means satellite based augmentation system. It corrects a position from a global navigation satellite system (GNSS) like GPS or Galileo and broadcasts that from a geostationary satellite for a given area. A example is SouthPAN, covering Australia and New Zealand. In 2020 I arranged an Adelaide Mapup attended by Eldar. He gave us all instructions how to make our own receiver. I dutifully did so, here is the build log. We had a broader discussion about some of the technical details of these systems and how they can fail, such as spoofing and jamming. We then moved on to Eldar's comments on the Positioning, Navigation and Timing subindex of the Geospatial Index. It was good to have a review of my work by an expert. Finally, Eldar offered some reflections from his time at Fugro. I asked him for this given they are struggling in the market of late. Some links for those interested in topics discussed: Kuching location SouthPAN SBAS Galileo Galileo authenticated signals GPS PNT Subindex is found amongst this watchlist Listing of a few on LinkedIn Jammers (possibly illegal where you live) Landing in Queenstown, NZ Ramform Tita MyRTK THE GEOSPATIAL INDEX The Geospatial Index is a comprehensive listing of all publicly traded geospatial businesses worldwide. Why? The industry is growing at ~5% annually (after inflation and after adjusting for base rates). This rate varies significantly, however, by sub index. For $480,000 to start, this growth rate is $5,000,000 over a working life. This channel, Bluesky account, newsletter, watchlist and podcast express the view that you are serious about geospatial if you take the view of an investor, venture capitalist or entrepreneur. You are expected to do your own research. This is not a replacement for that. This is not investment advice. Consider it entertainment. NOT THE OPINION OF MY EMPLOYER NOT YOUR FIDUCIARY NOT INVESTMENT ADVICE Resources: Bluesky LinkedIn Watchlist Newsletter Podcast

Welcome back to another episode of Your Drone Questions Answered! In this special nighttime episode filmed outdoors at a hotel in Cleveland, we're diving into an essential topic for drone mapping—understanding the difference between RTK (Real-Time Kinematic) and PPK (Post-Processing Kinematic).If you're not familiar with these terms, they're methods used to improve the accuracy of GNSS (Global Navigation Satellite System) data in drone mapping. We'll cover why corrections are needed in GNSS data, especially when creating high-precision maps.You'll learn how RTK works by providing instant corrections, connecting to reference stations, and achieving near-centimeter accuracy. Then, we'll discuss PPK, which involves post-processing corrections after flights using raw GNSS data and a nearby reference point on-site. Both methods help ensure that mapping coordinates align accurately with the real world, a crucial factor in professional surveying, engineering, and mapping projects.

Tracking elephants in Southern Africa's Kavango-Zambezi (KAZA) region, the largest transfrontier conservation area in the world. Lead scientist Robin Naidoo from the World Wildlife Fund-US explains the complex, cross-border collaboration required to understand elephant movements across vast landscapes and the role of GNSS.   Connected with Robin  https://www.worldwildlife.org/experts/robin-naidoo   Read more information about this study here https://besjournals.onlinelibrary.wiley.com/doi/10.1111/1365-2664.14746   https://news.mongabay.com/2024/09/jumbo-collaring-effort-reveals-key-elephant-movement-corridors/   Check out https://www.movebank.org/

Astronautics professor Grace Gao is an authority on the Global Positioning System. GPS has long been key to navigation on Earth, she says, but science is now shifting its focus outward to the frontiers of space. Gao is working on a GPS-like system for the Moon. To keep costs low, this lunar positioning system will leverage Earth-based satellites complemented by a network of smaller satellites in lunar orbit. It could lead to autonomous vehicles on the moon and a new era of lunar exploration, Gao tells host Russ Altman on this episode of Stanford Engineering's The Future of Everything podcast. Have a question for Russ? Send it our way in writing or via voice memo, and it might be featured on an upcoming episode. Please introduce yourself, let us know where you're listening from, and share your quest. You can send questions to thefutureofeverything@stanford.edu.Episode Reference Links:Stanford Profile: Grace GaoGrace's Labe:Stanford NAV LabConnect With Us:Episode Transcripts >>> The Future of Everything WebsiteConnect with Russ >>> Threads or Twitter/XConnect with School of Engineering >>> Twitter/XChapters:(00:00:00) IntroductionRuss Altman introduces Grace Gao, a professor of aeronautics and astronautics at Stanford University.(00:02:15) GNSS vs. GPSThe difference between GPS and GNSS, and the different global navigation systems.(00:03:09) How Does GPS Work? GPS operation, including the role of satellites, ground monitoring stations, and user receivers.(00:04:07) GPS Signal and SatellitesHow GPS uses multiple satellites and how the different global systems collaborate to improve accuracy.(00:05:23) GPS Challenges in CitiesIssues with GPS in urban environments and the importance of reliability and safety.(00:07:53) Improving GPS AccuracyMultimodal sensor fusion helps enhance GPS accuracy in challenging environments. (00:10:11) Collaboration Among Autonomous VehiclesThe potential for autonomous vehicles to share information for better navigation and safety.(00:14:07) GPS Safety and Signal JammingGPS safety concerns and real-world signal disruption examples.(00:18:56) GPS in Space TravelHow GNSS and Earth-based GPS systems can support space missions.(00:25:05) Designing Lunar GPSThe cost and coverage challenges of creating a lunar navigation system.(00:27:13) Autonomous Moon RoversNASA's plans for collaborative autonomous rovers on the Moon.(00:30:42) Conclusion Connect With Us:Episode Transcripts >>> The Future of Everything WebsiteConnect with Russ >>> Threads or Twitter/XConnect with School of Engineering >>> Twitter/X

News: Zillow adds climate risk data Interagency sea-level rise  Geospatial Analytics market growth InterGEO sees several new sensor and GNSS launches Topic: Discussing government data use for planning and emergency events Music: Sky Groovin by Akolo

“Words are the new weapons, satellites the new artillery.” Jonathan Pryce's villain Elliot Carver says to James Bond in Tomorrow Never Dies right before he manipulates a GPS signal to make a British destroyer begin a confrontation with the Chinese military, may seem like the realm of pop culture; the idea of manipulating GPS signals and disrupting communications has long been a staple of spy thrillers like our favorite James Bond films. But while these scenarios make for thrilling entertainment, the reality is far more complex and consequential.   The invisible threads of satellite technology puppet our every move, from the ships traversing vast oceans to the cars navigating city streets. At the heart of this intricate web lies the Global Navigation Satellite System (GNSS), a constellation of satellites that provide precise positioning, navigation, and timing (PNT) information to countless devices across the globe.   Recent news stories have highlighted the vulnerabilities of GNSS, from the possibility of signal jamming and spoofing to the potential for widespread disruption in the event of a satellite failure. This isn't just in movies, a recent book by Washington Post columnist David Ignatius about a Russian space scientist who finds evidence of a system kill switch, that can turn off the Global Positioning System, on which every aspect of U.S. communications, transportation, and our economic lifeline depends on.   These risks are not just the stuff of fiction; they have real-world implications for our increasingly interconnected society.   Fortunately, advancements in alternative positioning and timing systems offer a promising solution. By harnessing the power of ground-based infrastructure, these technologies provide a resilient and secure alternative to satellite-based navigation, ensuring that our critical systems remain operational even in the face of adversity.   How can Microchip Technology help in securing our critical infrastructure, and help world leaders chart a course towards a future where the doomsday scenarios remain firmly in the realm of fiction?   This is part 2 of a two-part episode.   Links from the episode: https://www.microchip.com/clock    Guests:  Greg Wolff

Karen Quatromoni, Director of Public Relations for Object Management Group (OMG), hosts a discussion on the augmented reality (AR) ecosystem for enterprises. Christine Paray from Parade Research and Consulting introduces the topic of 2024 trends, focusing on hardware. Brian Hamilton and Nima Shams from DigiLens discuss the importance of true AR versus video pass-through in industrial settings, emphasizing the need for spatial awareness and real-world interaction. They highlight DigiLens' Argo platform, which integrates multiple sensors and cameras for diverse use cases. The conversation also touches on the challenges of hardware development, the importance of vertical integration, and the necessity for a diverse range of AR devices tailored to specific industries and applications. Action Items [ ] Develop alternative modules and form factors beyond the Argo platform to serve diverse verticals and use cases. [ ] Integrate additional sensors like pressure sensors, microphones, and cameras optimized for different environments into Argo and partner devices. [ ] Focus on building enterprise-grade solutions from the start with considerations for durability, safety, and workforce needs. Outline Introduction and Overview of the Meeting Karen Quatromoni introduces herself as the Director of Public Relations for Object Management Group (OMG) and welcomes the participants to the OMG podcast series. The focus of the meeting is on the augmented reality for enterprise Alliance (AREA), an OMG program aimed at accelerating AR adoption. Christine Paray from Parade Research and Consulting introduces the topic of 2024 trends, particularly focusing on hardware. Brian Hamilton and Nima Shams are introduced as key speakers, with Brian being the Head of Marketing and Sales for DigiLens and Nima the Vice President and GM of DigiLens. Discussion on Augmented Reality and Video Pass-Through Christine Paray discusses the importance of seeing the real world in AR and questions the relevance of video pass-through in industrial environments. Brian Hamilton emphasizes that there is no one-size-fits-all approach in AR and VR, highlighting the diverse use cases in industrial and enterprise settings. Brian mentions the impact of the Apple Vision Pro and other products on the AR space, noting the importance of spatial computing and the need for true AR in real-world applications. Nima Shams elaborates on the concept of synthetic AR, contrasting it with true AR, and discusses the limitations of video pass-through in industrial settings. Sensors and Sensory Capabilities in AR Devices Christine Paray shifts the conversation to the importance of sensors in AR devices, comparing the evolution of cell phones to the current state of AR eyewear. Nima Shams explains the role of sensors in the Argo platform, including multiple cameras, GNSS radio, pressure sensors, and microphones, to ensure ambient awareness and spatial computing. The discussion highlights the need for devices to be aware of the user's environment and present information at the right time without distracting from reality. Brian Hamilton adds that sensors are use case-specific and need to be vertically focused, emphasizing the importance of integrating sensors for different industries and applications. Diversity of Devices and Customization Christine Paray discusses the need for a diverse range of devices and displays in AR, noting that current offerings tend to be limited to specific form factors. Brian Hamilton outlines DigiLens' three lines of business: manufacturing waveguides, partnering with other companies, and developing their own products like the Argo...

Industrial Talk is onsite at DistribuTech and talking to Danny Petrecca, Vice President of Business Development with Locusview about "Digital Construction Management - digitally streamlining utility's construction". Utilities face budget cuts, regulatory hurdles, and interest rate fluctuations, while digitization can alleviate these pressures and improve operational efficiency. Innovation and problem-solving are key to addressing challenges, with a scarcity of contractors and resources in the digitization journey. Traditional paper-based construction management is inefficient, and implementing mobile technology can simplify workflows and make them more efficient. New technologies such as GNSS receivers and mobile devices have the potential to revolutionize the industry. Action Items [ ] Reach out to Danny on LinkedIn or the Locusview website for more information [ ] Share Danny's contact information on the Industrial Talk podcast and social media platforms [ ] Consider implementing a DCM solution like Locusview to improve construction management processes and data quality (Utilities mentioned) [Throughout] Outline Utility industry challenges with a focus on budget cuts and regulatory hurdles. Scott Mackenzie interviews Danny Petrecca of Locus View at DistributeTech in Orlando. Danny discusses utility budget cuts and regulatory challenges with Scott MacKenzie. Digital construction management for utilities. Danny has over 20 years of experience in the utilities industry, focusing on GIS and software for efficiency improvements. Digital construction management (DCM) is a new space in utilities that needs more attention, encompassing all personas and data collection for capital construction projects. The digital design process starts with an accurate system of record, but as-built data is often inaccurate and unfilled. Field crews work off maps that differ from the designed plan, leading to confusion and inefficiencies. Improving construction workflows with mobile technology. Danny explains challenges in implementing technology in construction field due to resistance from crews. Danny: Mobile app captures only necessary data when completing work orders. Danny describes how technology has made it easier to locate transformers, reducing the need for manual measurements and paperwork. Danny notes that everyone now carries a mobile device, making it easier for people to use technology for everyday tasks. Digitizing construction and utility industries. Danny highlights the ease of use of Locus's technology in the field, with customers reporting that it only takes a minute to map services. Danny and Scott MacKenzie discuss the potential for Locus to become a go-to solution for mapping and managing infrastructure, with Danny expressing optimism about the company's growth. Utilities face resource constraints and long waitlists for transformers, leading to pressure to digitize processes. Danny from Locus View discusses power grid challenges and innovation on Industrial Talk. If interested in being on the Industrial Talk show, simply contact us and let's have a quick conversation. ...

GNSS receivers - why precise positioning will not be coming to your phone any time soon   Igor is the CEO and cofounder of Emlid.com a company that started out making high-precision GNSS receivers in his kitchen and crowd-funded the first batch on Kickstarter.    But that was over ten years ago so today on the podcast Igor is going to tell us about the innovations that made this possible, give a great explanation of RTK and PPP and explain why we should expect to see high precision positioning on your phone any time soon. Connect with Igor here: https://www.linkedin.com/in/igor-vereninov-52a73ab0/ Or visit https://emlid.com/   In this episode, we cover:  **Introduction to Emlid and its Focus**: Introduction to the company Emlid, its CEO and co-founder Igor, and their focus on high precision GNSS receivers and software designed for centimeter accuracy positioning.   **Startup Story and Crowdfunding**: The origin story of Emlid, starting from working with drones in university, the need for accurate maps, the initial challenges with high precision GPS technology, the development of their own GNSS receiver, and their successful crowdfunding campaign on Kickstarter.   **Innovations in GNSS Technology**: How Emlid managed to make high precision GNSS technology more affordable and accessible, the role of open-source software, and the technical innovations that allowed them to reduce the cost and size of GNSS receivers.   **Market and Technology Evolution**: The discussion on how the market for GNSS technology has evolved, including the impact of autonomous cars on the development and availability of multi-frequency GNSS chips, and how these advancements benefited broader applications beyond surveying and construction.   **Precision vs. Accuracy in GNSS**: An explanation of the difference between precision and accuracy in the context of GNSS technology, and the significance of each in various applications like drone mapping and volume measurements.   **RTK and PPP Explained**: A detailed explanation of Real-Time Kinematic (RTK) and Precise Point Positioning (PPP), including how they work, their applications, and their advantages and limitations.   **The Future of GNSS Technology**: Insights into the future directions of GNSS technology, including the challenges and potentials for achieving sub-centimeter accuracy with smartphones, the complementarity of GNSS and visual positioning systems, and the potential for GNSS technology to replace traditional surveying methods.   **Global Utility of GNSS**: A discussion on the importance of GNSS as a global utility, its indispensable role in modern technology and everyday life, and the potential consequences of GNSS failures. More GNSS-related podcast episodes! From GNSS to VPS Reimaging GPS How Google Knows Your Location Past, Present and Future of GNSS SBAS - A base station in the sky