Wireless Hub for Intelligent Power-Saving Protocol.
Extending smart building sensor battery life by up to 200% — without hardware replacement.
A physics-native BLE sensor hub that eliminates wasted transmissions through intelligent channel physics and world-model inference.
78% of BLE sensor battery drain in dense smart buildings is wasted.
Sensors broadcast data that hasn't changed, burning power on unnecessary packets.
Dense deployments cause constant packet collisions, forcing retransmissions and draining batteries faster.
Connected devices broadcast at maximum power into already-characterized channels. The hub pushes optimal power. Their channel gets cleaner; their radio stays the same.
It drops into your existing BLE infrastructure as an intelligent gateway — no new hardware, no rip-and-replace. It operates at the physics layer, doing three things no other platform can.
Continuously scans the RF environment, building a real-time map of which BLE channels are clean, congested, or collision-prone — and acting on it instantly.
Per-packet, the hub adjusts its own TX power and pushes optimized reporting thresholds and duty-cycle configs to connected devices via GATT. Passive beacons benefit too — through a cleaner channel and fewer collision-induced retransmits.
WHISPER brings its intelligence to smart speakers, mixed-reality headsets, and whole-home platforms, offering crucial spatial context without privacy-invasive cameras or microphones. It integrates seamlessly as both an observer and a governor within standards-based smart home fabrics.
Our pf occupancy model is a secure alternative to PIR and computer vision, ensuring privacy while providing accurate spatial data.
Acts as an intelligent governor, tuning connected accessories in real-time and eliminating the need for constant cloud connectivity.
For vendors owning their device fleets—phones, smartwatches, earbuds— Can improve battery life extensions through sophisticated connection-parameter control.
This capability is particularly powerful for devices with vendor-controlled firmware, where WHISPER can directly influence battery performance, such as extending coin-cell life on location tags or reducing background BLE wakeups.
Smart buildings are getting denser — more sensors, more interference, more battery replacements. The status quo is unsustainable. The result is an infrastructure layer that makes existing deployments intelligent.
Eliminate costly battery replacement cycles. Passive beacons benefit from a cleaner RF environment — no hardware changes required either way.
Drop it into existing BLE deployments. Connected devices are optimized immediately. Passive broadcast beacons benefit from reduced RF congestion. No rip-and-replace. Immediate ROI.
The physics do the work. Your connected sensors get smarter. Your passive beacons get a cleaner channel.
The first physics-native BLE energy optimization platform. No heuristic-based competitor can replicate it.
The intelligent gateway creates a compounding intelligence advantage — the more it operates in a space, the smarter the deployment gets.
Not just an optimizer — a platform in motion. As the world model matures, it evolves from an energy optimization layer into a full spatial intelligence platform.
Drop into existing BLE infrastructure. Zero hardware changes.
Immediately reduces wasted hub uplink and collision-induced retransmits. Connected devices see large battery gains via reporting-threshold and duty-cycle pushdown. Passive beacons benefit from a cleaner RF environment.
Builds a precise physics map of the space.
The hub mesh becomes self-tuning. Predictive. Intelligent. A living system that gets smarter with every deployment.
WHISPER is the infrastructure layer the smart building industry didn't know it was missing.
Warehouse Environment Intelligence
Every worker, cart, forklift, and package in your warehouse is already broadcasting BLE signals. WHISPER SENSE is listening.
A passive environment intelligence platform that detects, counts, and analyzes human presence, equipment movement, and zone activity — using the signals already in motion across your facility. No sensors to deploy. No batteries to replace. No cameras. No privacy concerns.
The same Physics Channel Monitor (PCM) module built for BLE interference scanning is turned outward — now listening to the ambient RF environment across warehouse zones, dock doors, pick aisles, and staging areas.
The PCM module scans ambient BLE advertisements from worker handhelds, wearables, forklifts, smart carts, and asset tags already moving through the facility. No active interrogation. No interaction with devices.
The world model classifies and counts unique devices, filters out stationary infrastructure (fixed readers, dock beacons, charging stations), and resolves device randomization to produce accurate zone-level occupancy and equipment counts.
Real-time presence data — worker headcounts per zone, dwell time, aisle congestion, equipment flow patterns, dock activity — delivered to WMS and building management systems via standard APIs.
A real-time physics map of every warehouse zone — camera-less, microphone-less, and privacy-native by design.
Passive headcount and presence detection per zone, dock, and aisle. No cameras. No audio. No privacy risk.
Equipment flow patterns, dwell time, aisle congestion, and dock activity — inferred from ambient BLE signals already in motion.
RF propagation shifts reveal environmental changes: door states, zone partitioning, and structural anomalies — without dedicated sensors.
For defense, intelligence, healthcare, and high-security industrial buyers — WHISPER runs entirely on a customer-owned LAN that physically cannot reach the public internet.
Hubs never reach the open web. All traffic stays on the customer LAN.
Channel collapses to LAN-only mesh or Matter fabric. No vendor cloud dependency.
Time sourced from a local stratum-1 server — GPS-disciplined or rubidium on site.
Firmware arrives via signed media (USB, optical, one-way diode) and is verified against an on-prem root key.
No crash reporting, no analytics, no data leaving the network.
The data is yours, signed, and never has to leave your network.
Occupancy sensing has always been expensive, invasive, or both. That changes here.
More than a product — a platform. The same ESP32-S3 hardware intelligently runs two distinct firmware modes, each designed to solve critical and costly challenges in modern smart buildings.
For: Facilities teams, sensor network operators
For: Space planners, building operators, HR teams
Deploy once. Get energy intelligence and occupancy intelligence — from a single hub, on a single platform.
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