IoT Connectivity Solutions

In global manufacturing and logistics, downtime is more than just a financial burden—it can cost market share. Despite this, 40% of industrial IoT downtime is still caused by connectivity gaps. The solution lies in adopting multi-connectivity architectures that integrate various types of connectivity to address different operational needs: - Private 5G: Offers secure, low-latency control for on-site operations. - Public 5G: Provides wide-area mobility for field teams and moving assets. - Satellite: Ensures always-on coverage for remote locations like mines, offshore rigs, and shipping lanes. - Wi-Fi: Delivers cost-effective high-bandwidth access for indoor, non-critical tasks. Real World Use Cases: 1️⃣ Automotive Manufacturing Plant – Private 5G + Wi-Fi: A Tier 1 supplier leverages Private 5G for real-time control of autonomous guided vehicles and robotic arms, while Wi-Fi manages non-critical data uploads and employee devices. The result? Zero handoff lag and 15% faster assembly cycles. 2️⃣ Global Container Shipping – Satellite + Public 5G: A logistics giant equips vessels with satellite connectivity for ocean crossings and seamlessly transitions to public 5G upon port arrival. This ensures continuous tracking of refrigerated containers and immediate customs documentation upon docking. 3️⃣ Remote Mining Operation – Private 5G + Satellite: A mining company in South America utilizes Private 5G for autonomous haul trucks within the mine, complemented by satellite backhaul to connect with headquarters thousands of miles away. This setup reduced manual inspections by 40% and enhanced safety reporting. 4️⃣ Cold Chain Logistics – Public 5G + Wi-Fi: A food distributor employs public 5G for temperature monitoring during transit, switching to Wi-Fi at warehouses for bulk data syncing and predictive maintenance uploads. This approach contributed to a 12% reduction in spoilage across their network. By integrating Private 5G, Public 5G, Satellite, and Wi-Fi, enterprises realize the ROI quickly by implementing these strategies across their global operations. #iot #iiot #5g #private5g #satelliteIOT

IoT Connectivity in 2025. A wide range of technologies — new ones being introduced, old ones being phased out. The backbone of IoT is clearly entering its next phase. For years, we relied on technologies originally designed for consumers, such as 2G and 3G - faithful servants and vital foundations for the industry’s development. But as they are now being phased out, a new generation of IoT-specific technologies is gaining traction — and with it comes both opportunity and complexity. The reality? The pace of change varies greatly by region. And for our customers with global footprints, this uneven rollout makes it even more critical to stay informed about where and when technologies are being phased out. Just as vital is choosing the right technology for new deployments — or when replacing existing ones. As always, new tech drives hype. There’s a lot of noise around 5G-based technologies like RedCap, 5G NSA, and 5G SA. But beneath the buzzwords, what are we really seeing? Understandably, this is one of the most common questions we get from our customers. And while there’s far more to say than what fits in a single post, here’s my brief take:    🔹 4G is still the backbone of global IoT Cat-1 and LTE-M are here to stay — scalable, reliable, and available nearly everywhere. It's the safe choice for those needing global reach today. 🔹 5G RedCap is promising, but not production-ready It’s an exciting bridge between low-power and high-performance use cases, but full 5G Standalone rollouts are still a few years out. 🔹 Satellite IoT (NTN) is coming — slowly Ideal for remote coverage, but with technical and regulatory hurdles, mainstream adoption will take time.   So what’s the advice we give our customers? ✅ Use what works today. Proven technologies like LTE-M and Cat-1 are excellent choices — no need to wait for the future. ✅ Match the tech to your real-world needs. Don’t chase trends. Focus on coverage, latency, cost, and power consumption. ✅ Plan for the 2G/3G shutdown now. Don’t get caught off guard. Audit your fleet and migrate in time. ✅ Design for flexibility. Modular hardware and remotely updatable SIMs offer critical agility as networks evolve. ✅ Start small. Scale smart. Pilot early, learn fast, and grow confidently. For those who want to know — what’s available now, what’s coming, and what suits which use case — I dare say our experts have put together one of the most comprehensive guides out there. It’s based on the real questions we get and the insights we’ve gathered over a long time. 👉Download our latest tech guide here https://lnkd.in/dUT_4ZTA

Ever get frustrated watching a firmware update drain your battery while every device keeps “talking” to the network for the same data? TL;DR—With a small software change, a network can now broadcast the same data to thousands of #IoT devices at once—no new routing protocol required. Why this is a win for you (or anyone who uses IoT): -Faster, cheaper updates: The network delivers firmware patches, security fixes, or even video to every sensor, camera, or wearable in seconds instead of minutes. -Longer battery life: Devices simply listen for the broadcast instead of constantly checking in or managing routing tables. Less radio time means more battery life. -No new hardware: This is a software-only change. Existing Wi-Fi access points, routers, and IoT gateways work just as they do today. Bottom line—#IGMM (Internet Group Message Multicast) is a simple, backward-compatible change that makes broadcasting to many IoT devices cheaper, easier, and much kinder to batteries. Anyone pushing the same data to lots of devices—telecom operators, cloud providers, IoT manufacturers, campus IT teams—benefits from a lighter, faster, and more reliable solution. This work comes from #RTXBBN’s Marc Mosko and the University of Toronto's J.J. Garcia-Luna-Aceves. It was selected as Best Short Paper at the Conference on Cloud & Internet of Things. Read the full paper:  https://lnkd.in/g8UN474g #CIoT2025 #CloudComputing #BestPaper #Networks #WirelessNetworking #IGMP #Research #FutureOfConnectivity RTX

The cellular connectivity landscape for IoT has transitioned from niche consumer applications to strategic enterprise infrastructure. A new report from Telenor IoT and Analysys Mason explores this shift, mapping out technology choices across multiple dimensions of coverage, latency, and scalability. Companies are navigating network sunsets, extending legacy 4G deployments, and evaluating new rollouts under pressure to avoid service disruption and optimize lifetime cost. The guide highlights the global availability of LTE Cat-1, LTE-M, NB-IoT, 5G NSA/SA, RedCap, and NTN satellites, each suited for specific use cases. It presents real-world tradeoffs with clear examples, helping business leaders align connectivity plans with both current infrastructure and future technology trajectories. With 4G likely to dominate most deployments through 2030, the focus turns to practical integration rather than speculative adoption. RedCap and NTN are poised to play a role, but access and roaming limitations persist. #Connectivity #NTN #Satellites #FutureofTechnology #IoT