Syntheva builds human‑like service robots that run emotional AI entirely on‑device, removing the need for cloud connectivity and keeping all speech, facial and sensor data private. Using its Sharded Activation Reduction Architecture, the robots perform advanced language and perception tasks on low‑power CPUs, enabling affordable, energy‑efficient operation for privacy‑focused homes and enterprises such as healthcare and hospitality.
Funding
Funding not disclosed
Founders
Product
Problem
Consumers and businesses increasingly adopt home and service robots, but concerns over data privacy and the high cost of GPU-powered AI limit adoption, especially for affordable devices that must operate offline.
Solution
Syntheva develops human-like robots that run emotional AI entirely on-device, eliminating the need for cloud connectivity and ensuring that user conversations and sensor data never leave the robot. By leveraging the Sharded Activation Reduction Architecture (SARA), the robots perform advanced language and perception tasks using only low‑power CPUs, reducing hardware costs and power consumption. The platform combines expressive facial and vocal articulation with privacy‑first design, providing a responsive, socially aware companion that can operate safely in environments with strict data‑security requirements.
Target Audience
Primary customers are privacy‑conscious households and enterprises (e.g., healthcare, hospitality) that require secure, emotionally intelligent robotic assistants for on‑site use.
Features
- On‑device emotional AI engine that processes speech, facial expressions, and gestures without internet access
- Air‑gapped hardware architecture guaranteeing that no user data is transmitted or stored externally
- SARA distributed inference framework that splits neural network activations across multiple CPU cores to achieve low latency without GPUs
- Energy‑efficient processing pipeline optimized for battery‑operated or plug‑in home robots
- Modular sensor suite (audio, vision, touch) integrated with privacy‑preserving data pipelines
- Real‑time adaptive dialogue system capable of context‑aware, empathetic interactions