Unaffiliated concept. Prepared by Cognitum to illustrate a possible Broadcom partnership. Not affiliated with, endorsed by, or produced by Broadcom; no Broadcom trademarks or logos are used.
Connectivity silicon

The radio already senses. Ship the software that reads it.

Every Wi-Fi chip Broadcom ships is already measuring channel state — that is how it beamforms. The same measurements describe the room the radio is standing in. This platform turns that byproduct into a sensing layer that runs on the CPE, so the capability arrives as part of the reference design rather than as a component your customers have to source.

65Capability demos
116In the catalog
11Categories
On-deviceInference and storage

Why this fits Broadcom

Broadcom supplies the silicon and the reference design; the OEM keeps the brand, the channel and the customer. Cognitum supplies the intelligence layer as bounded, signed, replaceable objects that ride along with the platform rather than competing with it.

Silicon you already ship

Presence, occupancy and fall detection derive from channel state the radio computes anyway. No new sensor, no added bill of materials, no second die.

A reference-design differentiator

OEMs choose a platform, not a datasheet line. Sensing that works out of the reference build is a reason to stay on it through the next cycle.

Pulls through to your customers

The OEM keeps the brand and the subscription; Broadcom supplies the substrate underneath it. The attach is the point.

Bounded and signed

Capabilities are signed, digest-pinned and resource-budgeted, so enabling them does not put the platform's stability or certification story at risk.

The operator console

Static snapshots of a real running build. Same navigation, same data model — shown here in its reference theme; a Broadcom build would carry Broadcom branding throughout. Controls are not wired to a live device.

Capability catalog

65 capability demonstrations, grouped by what they do, with the categories most relevant to Broadcom first. Search or filter, then open any demonstration.

Signal processing4 featured

The RF layer the rest of the catalog builds on — compression, coherence and interference handling.

On-device intelligence7 featured

Inference, attention and continual-learning primitives that execute on the device instead of round-tripping to a cloud.

Fleet & mesh10 featured

Coordination across many devices — consensus, replication, load balancing and orchestration between nodes rather than inside one.

Health & wellbeing8

Contactless physiological sensing from ambient radio: no camera, and nothing worn by the subject.

Research methods7

Advanced and experimental techniques — sparse recovery, temporal logic, hyperbolic embeddings and other frontier work.

HomeCore surfaces5

Role-scoped household and installer surfaces over HomeCore state (ADR 018). Each renders a bounded view; HomeCore owns the domain state.

Developer tooling5

Surfaces for building, deploying and debugging capabilities against a real device.

Security & safety5

Intrusion, tailgating, weapon and anomaly detection for premises protection.

Industrial & workplace5

Plant-floor and site safety: proximity, confined space, structural and equipment monitoring.

Building & energy5

Occupancy-driven HVAC, lighting and energy behaviour for commercial and residential space.

Retail & spaces4

Footfall, dwell, engagement and turnover analytics for physical retail and hospitality.

No capabilities match that search.

About these pages. Each is the demonstration interface for that capability, served exactly as it ships on the device. They render representative data — nothing here is sensing, inferring, or reading live device state.