EDGE AI POD

Join Iri Trashanski, Chief Strategy Officer of Ceva, as we explore how intelligence is shifting into a distributed fabric where devices connect, sense, and infer in concert with the cloud. From phones and PCs to earbuds, cars, and medical wearables, we break down why latency, privacy, cost, and power are driving a new architecture—and how agentic AI coordinates models across endpoints to deliver seamless outcomes.

We unpack the connect, sense, infer framework as a practical blueprint for product teams. On connectivity, we compare Bluetooth, Wi‑Fi, 5G, Thread, Matter, UWB, and Zigbee, and explain how each fits different throughput, power, and range needs. On sensing, we look at audio, vision, and motion pipelines, plus sensor fusion running on AI‑tuned DSPs. On inference, we show how NPUs and AI DSPs scale from tiny wearables to automotive ADAS and why monetization increasingly happens at inference, not training. Along the way, we trace real evolutions: headsets moving from simple streaming to AI noise reduction and biometrics, vehicles layering ADAS on top of connectivity, and low‑cost glucose monitors gaining always‑on analysis.

To make this tangible, we walk through a real‑time translation chain that spans earbuds, a phone, and the cloud. The earbud enhances and detects wake words, the phone runs ASR and translation for low latency, and the cloud summarizes meetings for long‑form insights. The result is faster response, stronger privacy, and lower OPEX, with heavy compute where it belongs and lightweight models at the edge. If you’re building for the next wave—physical AI across billions of devices—this conversation offers a clear roadmap and concrete choices you can act on today.

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What if the best training data for your model never existed in the real world? We walk through a practical, high-stakes use case—defect detection on aluminum cans—and show how synthetic images, perfect annotations, and smart scene design can outperform slow, manual pipelines.

First, we explain why traditional data collection and labeling bog down computer vision projects: rare defects are hard to capture, human annotations drift, and production lines can’t pause for staged photo shoots. Then we share how a no-code platform lets teams design photoreal scenes, generate millions of images across can types—standard, sleek, slim, and stubby—and automatically export COCO, YOLO, and TensorFlow labels. You’ll hear how we simulate real defects like bent, broken, lifted, and missing tabs with fine control over severity and placement, so models learn edge cases that matter.

We also dig into realism. Reflective metal surfaces demand careful lighting and shading, so we randomize illumination, camera angles, and rotations to capture what top and side inspection cameras actually see. That domain diversity pays off in robustness across factories, lines, and sensors. The result: the world’s largest synthetic can dataset—2,985,600 images, high and low resolution, fully annotated, and released under Creative Commons Zero for frictionless experimentation and deployment.

Beyond this single project, the episode highlights a shift in how AI gets built. Analysts expect synthetic-first pipelines to dominate by 2030 because they deliver controllable, balanced, and privacy-safe data at scale. If you’re tired of chasing edge cases with screwdrivers and clipboards, this conversation offers a faster, cleaner path to high-accuracy models on the factory floor.

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Ever wondered why so many groundbreaking AI innovations never make it to market? The answer lies in the treacherous gap between research and reality – a challenge that's costing companies millions and delaying critical technologies from reaching consumers.

This riveting panel discussion brings together seasoned experts from Intel, Wind River, Advantech, EmbedUR, and The Things Industries who've accumulated plenty of "scar tissue" trying to bridge this divide. Their conversation cuts through the hype to reveal the practical obstacles that prevent brilliant AI concepts from becoming commercial products.

The panelists don't hold back as they address the hard truths: safety certification requirements that can derail deployment in mission-critical industries, the dangers of incorporating AI technology without clear use cases, and the lack of standardization that forces developers to reinvent the wheel with each implementation. One panelist shares how aerospace customers peppered them with certification and explainability questions for 45 minutes when presented with new edge AI capabilities – revealing how regulatory requirements can completely block adoption in certain sectors.

You'll gain invaluable insights into the four pillars needed for successful edge AI deployment: standardization, traceability, explainability, and certification. The discussion also explores the surprising disconnect between technology maturity and business processes, revealing why even the simplest IoT implementations fail when organizations aren't digitally ready.

Whether you're a researcher, developer, product manager, or business leader, this conversation provides the roadmap for turning your AI innovations into market-ready solutions. Because as one panelist bluntly puts it, "At the end of the day, the KPI is cash." Subscribe now to hear the strategies that can help your next AI project cross the finish line from laboratory to real-world deployment.
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You shouldn’t need a warehouse full of broken products to build a reliable vision model. We dig into how synthetic data flips the script for manufacturing and quality control, showing why controlled scenes, perfect labels, and rapid iteration can outrun old pipelines of manual collection and error-prone annotation. With Sherry List and Goran from Synthetic AI Data, we walk through the strategy behind a no-code engine that empowers fusion teams—engineers, developers, and operators—to generate the exact scenarios their models need.

The story centers on a high-stakes, high-volume domain: metal and aluminum cans. From standard to sleek, slim to stubby, tabs in different materials and colors, and both beverage and food lids, we map the defect landscape that actually matters on the line. Bent, broken, missing, and lifted tabs are recreated with photoreal materials, realistic reflections, and varied lighting, then captured from top-down and side angles to match real inspection setups. The result is control—over class balance, severity, camera pose, and environment—so teams can stress-test models and discover what improves accuracy before hitting production.

We also reveal the scale required to make a difference: roughly three million synthetic images, high and low resolution, fully annotated in COCO, YOLO, TensorFlow, and more. Releasing the dataset under CC0 via the EDGE AI Labs removes friction for researchers and practitioners to explore defect detection, domain randomization, and multi-view training. Along the way, we share a cautionary tale of “screwdriver datasets” and explain why simulation delivers safer, faster, and more reproducible results. If you care about computer vision performance, cost, and time-to-value, this conversation offers a practical blueprint you can use today.

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The cloud can’t carry the weight of billions of sensors forever, and we’re proving why. We walk through a new class of ultra‑low‑power, heterogeneous neuromorphic microcontrollers that bring real intelligence to the edge, where timing, latency, and privacy matter most. From raw IMU streams to on‑device actions, you’ll hear how spiking neural networks, tiny CNNs, and a RISC‑V core team up to decode the world in real time without draining a battery.

We dig into the full signal path: encoding analog magnitude and velocity into spikes, pushing temporal patterns through an SNN accelerator, and decoding results for decisions on the spot. Our Talamo SDK lets you train in a familiar PyTorch‑like workflow, visualize progress with TensorBoard, and then hand everything to a system compiler that maps your pipeline across hardware and software, generating deployable binaries. No guesswork, no fragile glue code. To keep iteration fast, our cycle‑approximate SoC simulator mirrors the chip’s timing behavior so closely that functional results match hardware one‑to‑one, enabling confident development even before silicon lands on your desk.

We also showcase a live wearable gesture demo built on accelerometer and gyroscope data, using integrate‑and‑fire and temporal‑contrast encoders to capture amplitude and motion dynamics. You’ll get candid results: auto‑generated code trades a bit of size and power for big gains in developer speed, while the simulator runs near real time. To cap it off, we announce a commercial, award‑winning ultra‑low‑power neuromorphic chip designed for consumer electronics, smart home, industrial monitoring, and wearables. Ready to build products that sense, understand, and act at the source? Follow, share, and leave a review to tell us what you want to create at the edge.
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