Can robots paint like humans? A neuromorphic system using a DVS128 camera + spiking neural network lets a robot create human like brushstrokes, in real time. Developed by @IITalk , @CVUTPraha , @UZH_ch , @ETH_en & more.

How do we make AI sustainable?.@SynSenseNeuro and @_inivation participated in 'Sustainable Futures in the Digital Age', a thought-provoking symposium hosted by the @CHelveticum of the @ETH Zurich, @UZH_en , and @zhdk.

Build neuromorphic applications faster with Rockpool from @SynSenseNeuro. A new paper shows Rockpool outpaces other toolchains, cutting development cycles and boosting productivity. Get started now: Source: #AI #spikingneuralnetwork

A leap in edge robotics from @QUT! The LENS neuromorphic localization system using Speck™ by @SynSenseNeuro & @_inivation uses 90% less power than conventional systems, enabling real-time, on-device energy-efficient robot navigation. Read more: #AI

Visit @SynSenseNeuro & @_iniVation at #CVPR2025 from 13–15 June in Nashville!.Explore the future of vision for consumer electronics & machine vision. Don’t miss Dr @Kynan_Eng at the Event-based Vision Workshop on 12 June. #Neuromorphic #ComputerVision

@SynSenseNeuro showcased its technology and products at the 4th China-CEEC Expo & International Consumer Goods Fair in Ningbo. From perception to computation to application, the SynSense full-stack ecosystem is accelerating the commercialization of neuromorphic technology. #AI

Today we announce @_inivation a @SynSenseNeuro group company, ARIC at @KhalifaUni , and Kumrah AI, will form a global JV in advanced AI industrial visual inspection. #neuromorphic #AI #vision #industrial

Building further links between Switzerland and China!.@SynSenseNeuro and @_inivation CEO Ning Qiao presented at the offices of @swissnexChina .in Shanghai, in a fascinating session on AI.

We're excited to be exhibiting at ICRA 2025 in Atlanta from May 19–22! .Visit us at Stand 319 to see how our neuromorphic solutions are powering next-generation robotic perception and intelligence. #ICRA2025 #Neuromorphic #Robotics #AI

Paired with Rockpool, our open-source toolchain, developers can easily train and deploy custom models, unlocking endless possibilities for research and innovation in edge AI. Learn more: Contact us for a quote:

Top Features.- Ultra-low-power (<1 mW), real-time audio processing.- PDM digital microphone interface for seamless input.- Flexible and scalable neural architectures are adaptable to diverse needs.

Key Applications.- Keyword detection & voice assistants.- Industrial vibration monitoring.- Environmental sound detection and classification.

We're excited to announce the launch of the Xylo™Audio 3 neuromorphic development kit! Designed for real-time edge AI audio applications, Xylo™Audio 3 delivers unmatched power efficiency for sound detection and classification.

Our technology is inspired by the neural processing in the tiny and efficient brains of bees. Learn more here:.Neuromorphic benchmark: #Xylo performance:

Now, together with both industry and research partners, we have jointly established the first systematic neuromorphic #audio computing benchmarks, published in @NatureComms . How do we achieve this ground-breaking performance?.

The @SynSense #Xylo audio processor operates 150–4000x more efficiently than conventional tensor or von Neumann processors, and is also more efficient than other neuromorphic processors.

Join @SynSenseNeuro and @_inivation at #MWC2025 in Barcelona from 3-6 March. Learn more about our revolutionary Aeveon sensor technology, combining event-based speed with frame-based quality for unmatched performance in #XR, #automotive and #mobile applications. Stand 8.1D20.3.

Read the article: #NeuromorphicComputing #SpikingNeuralNetworks #AI.

With NIR, popular frameworks like snntorch, SpikingJelly, Norse, Lava, and Nengo can now seamlessly transfer their spiking neural network (SNN) models to SynSense hardware for efficient deployment. This enables brain-inspired computing to become more accessible and scalable.

A groundbreaking article in Nature Communications unveils the Neuromorphic Intermediate Representation (NIR)—a unified instruction set that simplifies programming across diverse neuromorphic hardware, including Speck™ and Xylo™ from @SynSenseNeuro.