The Sensing Intelligence Platform
The Sensing Intelligence Platform
The Sensing Intelligence Platform
Advanced ADCs
CogniSense delivers advanced Tensor‑ΣΔ ADCs that capture richer, cleaner analog detail by performing intelligent, AI‑native CDMA processing at the point of conversion.
Sensing Solutions
Tensor‑ΣΔ sensing solutions fuse multi‑modal inputs into high‑resolution, robust data streams that enable real‑time intelligence across diverse sensing applications.
Display Assemblies
CogniSense’s Tensor‑ΣΔ display assemblies integrate touch, force, and spatial sensing into a unified, high‑fidelity interactive surfaces optimized for next‑gen devices.
CogniSense Tensor-ΣΔ General Purpose Sensing
No need to design different MCUs for different markets – the architecture scales inherently.
No need to design different MCUs for different markets – the architecture scales inherently.
(Currently Under Development – Patents Pending)
Revolutionizing Sensing Through Signal Intelligence & AI
“We don’t fight noise – we make it irrelevant“
CogniSense Labs brings deep expertise in sensing and high‑resolution signal acquisition. By working directly with raw sensor data and applying AI‑native analytics, the platform unifies multiple sensing modalities into a single intelligent signal‑processing layer delivering precision and insight conventional architectures can’t match.
Building on this foundation, CogniSense is introducing low‑cost Tensor‑ΣΔ AFE architectures and new silicon for consumer‑scale deployment, bringing advanced AI‑driven sensing and high‑fidelity, real‑time intelligence to mass‑market devices
Redefining Consumer Experiences with Tensor-ΣΔ Analog Front Ends & AI
Our general purpose Tensor‑ΣΔ AFEs are self‑configuring, adaptive, and designed to offload AI and ML workloads to the host processor, giving CogniSense Labs a clear sensing edge. They deliver high‑fidelity, high‑dynamic‑range signals that stay stable through moisture, gloves, vibration, electrical noise, and other real‑world conditions.
By capturing exceptionally clean analog data at the source, the architecture enables AI‑driven insight extraction, advanced sensor fusion, and lower system cost and complexity creating a more adaptive and scalable foundation for next‑generation consumer products.
From Digital Bottlenecks to AI‑Native Sensing
- Traditional consumer devices rely on on‑chip digital processing, limiting signal fidelity, responsiveness, and power efficiency.
- CogniSense Labs introduces a sigma‑delta analog front‑end (AFE) that captures high‑resolution, low‑noise raw signals directly at the sensor interface.
AI at the Edge, Not Digital Logic on Silicon
- Raw data streams are processed by onboard AI models, enabling adaptive, context‑aware interpretation instead of fixed digital pipelines.
- Eliminates the need for complex digital signal chains, reducing silicon cost, power consumption, and design complexity.
From Digital Bottlenecks to AI‑Native Sensing
- Traditional consumer devices rely on on‑chip digital processing, limiting signal fidelity, responsiveness, and power efficiency.
- CogniSense Labs introduces a sigma‑delta analog front‑end (AFE) that captures high‑resolution, low‑noise raw signals directly at the sensor interface.
AI at the Edge, Not Digital Logic on Silicon
- Raw data streams are processed by onboard AI models, enabling adaptive, context‑aware interpretation instead of fixed digital pipelines.
- Eliminates the need for complex digital signal chains, reducing silicon cost, power consumption, and design complexity.
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We’re at the start of making sensing simpler, smarter, and ready for building next‑gen products with Tensor‑ΣΔ.