Innatera
Develops ultra-low-power neuromorphic processors for energy-efficient AI at the edge.
Industry
Semiconductors/Neuromorphic Computing
Headquarters
Delft, Netherlands
Team Size
11-50
Founded
2018
Remote
Hybrid/Remote-friendly
Remote Hiring Profile
Innatera hires remote teams across Global with a flexible approach to remote work. They currently have 1 remote position listed on WorkAnywhere.pro.
About Innatera
Innatera develops ultra-low-power neuromorphic processors that mimic biological neural networks for edge AI applications. Their customers include companies in consumer electronics, automotive, industrial IoT, and smart sensors that need efficient AI processing at the edge. The company's main product is the Spiking Neural Processor (SNP), which enables real-time sensory processing with minimal power consumption. As a deep-tech startup, Innatera likely operates with a flexible remote or hybrid work culture to attract specialized talent in neuromorphic engineering and AI hardware.
Tech Stack
Technologies this company commonly uses across product, data, and infrastructure.
Primary Tech
Company Culture
Innatera fosters a collaborative, research-driven culture where engineers and scientists work closely on cutting-edge neuromorphic technology. The environment emphasizes innovation, technical excellence, and solving complex hardware-software integration challenges. Team members typically enjoy autonomy in their roles while contributing to interdisciplinary projects that bridge neuroscience-inspired algorithms with semiconductor design.
Our Values
Innovation in neuromorphic computing, energy efficiency and sustainability through low-power AI, interdisciplinary collaboration between hardware and neuroscience, pushing the boundaries of edge AI capabilities, and creating practical solutions for real-world sensory processing challenges.
Benefits & Perks
Typical benefits likely include competitive compensation, health insurance, flexible/remote work options, opportunities for professional development in emerging tech fields, and potentially equity participation as a startup. Given their specialized field, they may offer conference attendance, research publication support, and access to cutting-edge neuromorphic hardware for experimentation.