Innatera and the EIC Accelerator: Brain-Inspired Chips for Sensors

Innatera, a 2018 spin-out of Delft University of Technology registered in Rijswijk, designs "neuromorphic" microcontrollers that run spiking neural networks, which process sensor data in bursts like brain cells, so battery-powered devices can recognise sounds, gestures or presence locally at very low power. It was selected in the EIC Accelerator's January 2023 cut-off for blended finance and received an EU grant of €2.49 million for "Always-On Intelligent Sensing with the Spiking Neural Processor", a €3.56 million project that ran from May 2023 to April 2025, according to CORDIS. The goal was a silicon prototype of a new analogue-mixed-signal computing fabric.

The project is closed. Its final report states that Innatera gathered requirements with early customers, designed new computing and sensor-interface blocks, built and characterised a silicon prototype, and ran a pilot application on it, ending with "a commercially exploitable architecture", according to the CORDIS reporting page. On 21 May 2025, a month after the project ended, Innatera launched Pulsar, "its first commercially available microcontroller", which it says delivers "up to 100X lower latency and 500X lower energy consumption than conventional AI processors", according to its launch announcement.

Where Innatera Stands Now

At CES in January 2026 Innatera showed customer devices using Pulsar and said it had begun work with Joya, a global original design manufacturer, to put Pulsar into lifestyle, IoT and smart-home products, according to PR Newswire. Joya's founder said the collaboration "is just beginning". Pulsar combines analogue and digital spiking-network engines, a RISC-V processor and accelerators for conventional neural networks, typically running below 1 mW, according to XPU.pub.

The Technology: Chips That Spike

Most sensor data carries nothing of interest; the final report puts the share at over 95% in common uses. Sending it all to a processor or the cloud wastes energy. Spiking neural networks only compute when an input changes, which suits always-on sensors such as radar, microphones and infrared. Innatera's chip handles these workloads next to the sensor, so devices running on small batteries can make decisions locally.

What the EIC Award Promised, and What the Record Shows

The award promised a silicon prototype of a new near-sensor computing fabric. The final report documents that prototype, and the company followed it with a commercial product. The link between the two is not spelled out publicly: Pulsar's launch announcement does not state which of its blocks came from the EIC project. The performance claims are the company's own.

1. Market requirementsDeliveredWith early customers.
2. Silicon prototypeDeliveredCharacterised in year two.
3. Commercial productDeliveredPulsar, May 2025.
4. Volume salesUnverifiedNo figures published.

The Money

Innatera completed a $21 million Series A in June 2024 on top of $6 million of seed funding, XPU.pub reports. Whether the EIC Fund invested under the blended finance award, and on what terms, has not been disclosed by the company, and its revenue and losses could not be checked from free sources.

What Cannot Be Checked

Why Europe Should Care

The final report argues that processing data next to billions of sensors, instead of in the cloud, could save millions of tonnes of CO2 a year. The EIC funded the prototype of a Dutch spin-out's chip, and the company has since put a commercial chip on sale. Whether it becomes a volume product depends on device makers such as Joya, whose collaboration its founder called "just beginning".

The Verdict

Innatera and the EIC have not been asked for comment for this article. It is based entirely on public records and published statements, linked throughout.