What’s Making Waves in IoT Right Now

Here are some cutting-edge IoT developments happening right now—from innovations in energy harvesting and edge intelligence to impactful real-world applications and upcoming conferences:

1. Mouser Launches a Security Resource Center to Strengthen IoT Defenses

Mouser Electronics recently introduced a new Security Resource Center aimed at helping design engineers navigate IoT vulnerabilities. It emphasizes adopting zero-trust architectures and rigorous component selection to improve overall security.Design and Development Today

2. The Things Conference 2025: Edge IoT Comes to Amsterdam

Returning to Amsterdam on September 23–24, this year’s edition of The Things Conference will focus on Edge IoT, LoRaWAN, AI at the edge, energy harvesting, and single-board computing. Expect 200+ sessions and 1,500+ attendees shaping next-generation IoT strategies.iotforall.com

3. Smart Floors Shape the Future of Slip-and-Fall Litigation

IoT-driven smart floor sensors are becoming pivotal in legal cases, especially in New York. These sensors log conditions like surface wetness in real time, providing unbiased, data-backed evidence in slip-and-fall incidents—though preserving this data quickly is essential.Lawyer Monthly

4. Spot­ta’s AI-Enabled Pest Detection Aids Sustainable Farming

UK startup Spotta is transforming pest control using IoT sensors and AI. Its pheromone-based devices detect pests like red palm weevil up to three months earlier than traditional methods in trials conducted in Qatar and the UAE.Business Insider

5. GlobalFoundries Unveils Advanced Platforms for IoT & Networking

GlobalFoundries is pushing forward with its 22FDX+ RRAM and 130 nm CBIC SiGe platform announcements—designed to bolster AI and IoT applications and potentially boost investor confidence.Simply Wall St

Let’s dig deeper into energy-harvesting IoT and edge AI, since those are two of the hottest areas shaping the future of connected devices.

🔋 Energy-Harvesting IoT

Instead of relying on batteries that need replacing, energy-harvesting IoT devices generate their own power from the environment.

Key Sources of Harvested Energy:

• Solar/Photovoltaic: indoor light or outdoor sunlight.

• RF Energy: scavenging energy from Wi-Fi, 5G, and other radio signals.

• Vibration/Mechanical: piezoelectric sensors that harvest energy from movement.

• Thermal Gradients: converting temperature differences into usable electricity.

Why It Matters:

• Enables batteryless sensors → ideal for smart cities, healthcare wearables, and remote agriculture.

• Lower maintenance costs → no battery replacements in hard-to-reach places (e.g., oil rigs, bridges, pipelines).

• Makes ultra-low power AI at the edge feasible.

💡 Example: Energy-harvesting tags are being trialed in logistics to track shipments continuously without recharging.

🧠 Edge AI (Artificial Intelligence at the Edge)

Instead of sending all IoT data to the cloud, AI models run directly on devices or nearby gateways.

Key Advantages:

• Reduced latency → instant decision-making (e.g., industrial safety shutoffs, autonomous vehicles).

• Lower bandwidth costs → not all raw data needs to be transmitted.

• Better privacy → sensitive data stays local.

• Energy efficiency → smaller, optimized models consume less power.

Hot Technologies Driving This:

• TinyML frameworks (e.g., TensorFlow Lite Micro).

• New chip architectures (e.g., RISC-V, neuromorphic processors).

• LoRaWAN + AI combos → long-range communication with intelligent local filtering.

💡 Example: Smart cameras running object detection locally → only send alerts when an event occurs, not 24/7 video.

🌍 Where to Get Involved

• The Things Conference 2025 (Amsterdam, Sept 23–24): focus on LoRaWAN, edge IoT, and energy-harvesting breakthroughs.

• IoT World Congress (Barcelona, Oct 2025): major global showcase for industrial IoT + AI.

• TinyML Summits (global): specialized gatherings for developers of low-power AI at the edge.

What These Trends Mean for You

Trend	Implication
Security & Zero-Trust Design	Essential as IoT devices multiply—engineers must embed security from the ground up.
Edge & Energy Innovations	Edge AI, energy-harvesting tech, and low-power chips are enabling more autonomous, responsive systems.
Domain-Specific IoT	From legal evidence to agricultural monitoring, IoT is proving invaluable across verticals.
Scaling via Standards & Platforms	Conferences and new platforms are helping consolidate ecosystems and accelerate deployment.