How LoRaWAN is Accelerating IoT | LoRa Alliance's Alper Yegin

IoT For All Podcast · 30 Jun 2022 · 28m

What this episode covers

Alper Yegin, Vice-Chair of the LoRa Alliance Board and Chair of its Technical Committee at Actility, explains how LoRaWAN accelerates IoT by offering low power, long range connectivity in unlicensed bands. He details the technology's ability to enable 10+ year battery life for sensors and its deployment across public, private, and community networks, including satellite integration. Yegin addresses the market's fragmentation as a primary challenge, noting that while LoRaWAN solves connectivity, application-specific integration remains difficult, leading to standardization efforts like IPv6 support.

Mentioned

Companies
LoRa Alliance, Actility
Products
LoRaWAN
Also
GSM, Wi-Fi, ZigBee, Z-Wave, Bluetooth Low Energy, NFC, RFID, UWB, LEO Satellites, IPv6

Other shows on the same ground, closest first.

  • Moore's Lobby · 47m

    Ep. 5 | LoRaWAN: The Things Network and LoRa Alliance Talk Open IoT

    Wienke Giezeman, co-founder and CEO of The Things Network, and Dave Kjendal, CTO/COO of Senet and LoRa Alliance board member, discuss the LoRaWAN protocol for open IoT. They explain why LoRaWAN’s low power, spread spectrum modulation, and lack of vendor lock-in make it superior to NB-IoT and Sigfox for wide-area applications like agriculture and smart cities. The conversation highlights the technical architecture, including secure elements like the Microchip ATECC608, and the business case for open standards versus proprietary 'walled gardens.'

  • The Amp Hour · 1h 23m

    An Interview with Richard Ginus

    Richard Ginus of TWTG explains the mechanics of LoRaWAN, detailing how chirp spread spectrum modulation enables long-range, low-power communication for sensor networks. He discusses the trade-offs between LoRa, Sigfox, and NB-IoT, covering regulatory constraints like the 1% duty cycle in Europe and the architecture of gateways, network servers, and application servers. Ginus also shares practical insights on battery life optimization, adaptive data rates, and the use of indoor solar energy harvesting modules.

  • Over the Air · 22m

    Building A Low-cost Satellite IoT Solution

    Alastair Williamson, CEO of Wyld Networks, explains how his company created an affordable satellite IoT solution by combining LoRaWAN technology with low-earth orbit satellites to enable global connectivity. He details the 'beaconing' mechanism that keeps sensors in sleep mode for 2-5 years on battery power, allowing data collection in areas without terrestrial coverage. Williamson highlights key use cases in precision agriculture, such as soil moisture monitoring to reduce water waste, and industrial applications like monitoring oil pipe corrosion for Chevron. He also discusses the company's roadmap to launch its commercial service in late 2022 and expand into carbon sequestration monitoring.

  • The Amp Hour · 1h 20m

    An Interview with JP Norair

    JP Norair of Haystack Technologies explains how his company uses LoRa hardware with custom firmware and error correction to achieve superior range and quality of service compared to standard LoRaWAN stacks. He details his background with the DASH7 standard for campus-level asset tracking and discusses his consulting work with startups, including the SolPad solar storage system which uses decentralized industrial networking. Norair also shares practical advice on antenna design, recommending the use of high-frequency ceramic chip antennas from Johanson to simplify tuning for various frequencies.

  • Over the Air · 27m

    Satellite Iot: Space-Based Connectivity Solutions With Oli Potter

    Oliver Potter, COO of Ground Control, explains how satellite IoT bridges the connectivity gap for assets in remote maritime, renewable energy, and climate monitoring applications where cellular coverage is absent. He details the evolution from expensive geostationary satellites to cost-effective Low Earth Orbit (LEO) constellations, highlighting the industry's shift toward standardized protocols like 3GPP Narrowband IoT to enable cheaper, interoperable hardware. Potter emphasizes that successful deployment requires rigorous data compression and edge AI to manage the high cost and power constraints of space-based transmission, ensuring long-term reliability for critical infrastructure like wildfire detection and tsunami warning systems.

The summary, chapters and topics are generated from the episode’s audio by this directory, not written by IoT For All Podcast. The episode itself belongs to its publisher.