The Road That Came With Proof
IoT Sensing · Physics AI · Real-Time
Every machine has a voice.
Boson is how you hear it.
Boson is Cognecto's field intelligence layer. It connects to any device—telematics, GPS, sensors, MQTT, TCP—normalizing raw telemetry into structured, verified field events. Real-time proof, zero manual logs.
LIVE · 47 passes tracked · 3 devices active · last sync: 14 secs ago
CAT Fleet
GPS & Telematics
Komatsu Shovel
Payload & Load Data
Volvo Hauler
Engine CAN Bus
IoT Sensors
Vibration (Physics AI)
Bar
Percentage
Search geofence
14 Mar - 2025
Total Passes :
Roller Mapping Over Road
24181260
Feeds/min · Production throughput
5,000+
Boson processes 5,000+ telemetry records per minute with zero packet loss, even during peak multi-device ingestion windows.
OEM integrations · Live today
20+
Boson normalizes proprietary protocols from 20+ OEMs, TCP, and MQTT devices into a single, unified database schema.
Average activation time
7 days
Go live across your entire site in 7 days. Zero on-prem IT, hardware procurement lead time, or custom training required.
How it works
Not a tracker.
Not a tracker.
A verification engine.
Most IoT platforms just collect data. Boson understands what it means.
When a roller compacts a road, Boson doesn't just track GPS. It counts passes per chainage, validates compaction sequence, and flags issues like missed passes or idle time before mistakes become costly.
Using physics-based AI, models are trained on compaction mechanics, structural load, and equipment lifecycle, reflecting the actual physics of the work being monitored.
Compaction pass counting — GPS-verified, per chainage
Asset health monitoring — predictive, not reactive
Multi-OEM normalisation — one schema, any device
The data pipeline
From raw signal
From raw signal
to verified intelligence. In seconds.
Step 01 · Collect
Any device. Any protocol.
Boson listens on HTTP push, MQTT, raw TCP, and pull APIs. Supporting pre-built codecs for most telematics units, GPS trackers, and custom IoT gateways, we can onboard new devices in under a week.
→
Step 02 · Normalise
One schema. Every OEM.
Raw OEM payloads arrive in mismatched formats. Boson's engine normalizes proprietary binary, JSON, and NMEA streams into a single, clean schema, keeping your dashboards simple and unified.
→
Step 03 · Verify
Physics AI runs the rules.
Normalized data flows into our physics AI layer. Boson applies domain-specific rules—like compaction passes, geofences, and sequence logic—to output structured, audit-ready field events, not raw telemetry.
What Boson monitors
Six things Boson
Request a demo →
Six things Boson
does out of the box.
Roads & Highways
Compaction Pass Counting
Every roller pass across chainage segments is validated against the BOQ compaction schedule. Over-rolling and under-rolling are flagged in real time, replacing manual inspector tally sheets with geo-tagged maps.
Mining · Construction
Equipment Fleet Tracking
Real-time GPS tracking for all assets, including excavators, tippers, and rollers. Boson maps routes, calculates payloads, tracks idling, and correlates positions with overall progress.
All Industries
Asset Health & Predictive Maintenance
Monitor engine hours, fuel, vibration, and sensor anomalies. Predictive models flag components approaching failure before downtime occurs, shifting your operations from emergency repairs to scheduled maintenance.
Platform Core
Multi-OEM Telematics Normalisation
Boson decodes telematics from a mixed fleet of 20+ OEMs (TATA, Mahindra, 808GPS) and custom TCP devices into a single schema. One API, one dashboard, one source of truth.
Roads · Mining · Water
Geofence & Boundary Monitoring
Monitor site boundaries, restricted zones, and corridors in real time. Equipment geofence violations and route deviations are logged, timestamped, and instantly pushed to your Cortex dashboard.
Water Networks
Water & Utility Network Monitoring
Connect pressure sensors, flow meters, and IoT gateways across your network. Anomaly detection flags pressure drops and leaks before outages occur, transforming passive networks into smart systems.
Under the hood
Built for
Built for
5,000 feeds per minute.
Built for production.
Boson is a high-throughput, multi-tenant ingestion and normalization engine purpose-built for the scale and demands of industrial infrastructure monitoring.
4
Parallel API workers — every request under 200ms
10
Background threads — async, non-blocking ingestion
Zero
Data loss — Redis-backed task queue
<5s
Latency — device ping to Cortex dashboard event
Fire-and-forget ingestion — Boson returns 202 Accepted instantly, parsing and normalizing data asynchronously so devices never block or wait.
Isolated sandboxing — Test new device integrations and formats in a safe sandbox before promoting them to production.
Multi-tenant security — Organization data is isolated at the workgroup level with schema-level separation and role-based access.
Secure data tunnels — Ingest data through encrypted Cloudflare tunnels with no open firewall ports or static IP dependencies.
Enterprise cloud sync — Forward normalized packets directly to AWS IoT Core and Timestream for central data warehousing.
Device compatibility
If your equipment has a signal,
If your equipment has a signal,
Boson speaks its language.
Boson supports most standard telematics OEMs and protocols out of the box. Custom device codec creation takes under 5 business days.
Protocols
HTTP Push
MQTT
Raw TCP
Pull API
AWS IoT
NMEA
Custom Binary
OEM Devices
CAT
JCB
Mahindra
TATA
Ashok Leyland
CNH
Ajax
BEML
Eicher
Hamm
Wirtgen
Daimler
In the field. On the record.
Boson, deployed.
Boson, deployed.
Real sites. Verified outputs.
99.5%
Fuel accuracy
2×
Output increase
<5%
Unplanned downtime
"We needed one platform that could track every truck, every shift, across a mixed fleet from multiple manufacturers. Boson normalised them all — TATA units, 808GPS trackers, and our own custom TCP devices — into one dashboard. Fuel accountability went to 99.5%."
99.5%
Fuel accountability
2×
Effective output
Multi-OEM
Unified on one schema
FG Gold · Gold Mining Operations · West Africa
Canyon Resources · Minim Martap Bauxite · Cameroon
NRIDA · PMGSY Network · Ministry of Rural Development · India
Why Boson
The data layer that
The data layer that
no one else has built.
Four structural advantages built through years of R&D across civil engineering, physics, and machine learning.
01 / Physics AI, Not Generic ML
Models trained on how infrastructure actually works.
Boson is trained on compaction physics, pipeline dynamics, and equipment fatigue, rather than generic datasets. It flags deviations based on physical anomalies, not just arbitrary thresholds.
02 / Fire-and-Forget Architecture
Your devices never wait. Your data never drops.
Processes asynchronously with sub-200ms ingestion responses. Even at 5,000+ feeds per minute under peak multi-site load, Boson loses zero packets. Built for production scale from day one.
03 / Multi-OEM From Day One
20+ OEMs. One schema. No custom integrations.
Use your existing devices regardless of OEM or protocol. Avoid hardware vendor lock-in and save on integration fees when expanding or changing your fleet.
04 / Audit-Ready by Default
Every event is structured, timestamped, and retrievable.
Every event is normalized, validated, timestamped, and bound to a verified device identity and workgroup. Boson delivers structured, audit-ready evidence, not raw dumps.
Part of a bigger picture
Boson hears.
Boson hears.
Photon sees.
Cortex decides.
Boson is the foundation layer. On its own, it provides advanced IoT intelligence. Connected to Photon and Cortex, it completes a unified AI operating system for infrastructure.
01 / Hear
Boson
IoT Sensing & Physics AI
Connects to any device, normalises any signal, and verifies field events with physics AI.
You are here
02 / See
Photon
Vision AI & Safety Monitoring
Computer vision running 24/7 across every site camera — PPE compliance, intrusion detection, fire and smoke events in real time.
Explore Photon →
03 / Act
Cortex
Dashboard & Decision Layer
The intelligence operating layer — BOQ verification, shift planning, and role-based audit access from field to Ministry.
Explore Cortex →
Common questions
Everything you need
Everything you need
to evaluate Boson.
Don't see your question? Talk to our team — we typically respond within 2 hours.
Request a demo →What devices does Boson support?
Boson ships with codecs for 20+ OEM telematics manufacturers — including TATA Advance, 808GPS, Mahindra, Fleetedge, TrackStar, and custom TCP/MQTT devices. If your device isn't in the library, we build the codec in 5 business days. We support HTTP push, MQTT, raw TCP, and pull API protocols.
Does my team need to replace existing hardware?
No. Boson is designed to connect to the devices you already have in the field. Bring your existing GPS trackers, telematics units, IoT sensors, or custom-built gateways. Boson normalises the signal — you don't change the hardware.
How long does it take to go live?
Typically 7 days from signed agreement to live monitoring. That includes device onboarding, codec configuration, workgroup setup, and dashboard access for your team.
Is Boson data secure and isolated by organisation?
Yes. Boson is a fully multi-tenant platform. Each organisation's data is isolated at the workgroup level — schema-separated, access-controlled, and cascade-deleted on offboarding. Data in transit is Cloudflare-tunnelled. Data at rest uses Fernet encryption for credentials and AWS-grade storage for telemetry.
How does Boson connect to the Cortex dashboard?
Boson normalises incoming telemetry and publishes structured events which Cortex consumes in real time. Every verified field event appears in the Cortex dashboard as a structured, timestamped record. No manual handoff. The pipeline is automatic.
Can Boson handle multiple sites and multiple countries?
Yes. The platform is built for multi-tenant, multi-geography deployment. We have customers running simultaneous operations across India, Australia, and Africa on the same Boson instance. Devices are provisioned by workgroup, and monitoring boundaries are configurable per site.
Start in 7 days
Your equipment is already
Your equipment is already
talking. Boson just needs
to be introduced.
Bring your existing telematics devices. We connect to them, normalise the data, and have you live within a week. No hardware purchase. No IT procurement. No ambiguity.
✓ 20+ OEM integrations live
✓ 5,000+ feeds/min capacity
✓ Make in India certified
✓ NDEA · AWS · Cloudflare secured
Frequently Asked Questions
Find answers to common questions about our platform and deployments.
Boson Listener is Cognecto's edge IoT hardware platform that captures real-time telemetry from heavy infrastructure equipment. It measures vibration, GPS position, engine parameters, and environmental conditions, streaming data to the cloud for AI analysis.
Boson Listener integrates accelerometers for vibration and compaction monitoring, GPS modules for location tracking, fuel flow sensors, temperature and humidity sensors, and CAN bus interfaces for engine telemetry on heavy equipment.
Boson Listener is a ruggedized, IP67-rated device designed for harsh industrial environments. It is magnetically mounted or bolted onto compaction rollers, dump trucks, excavators, and other heavy equipment. Installation takes under 30 minutes per unit.
Boson Listener transmits vibration amplitude, frequency, GPS coordinates, speed, fuel consumption rate, engine RPM, and operating hours. Data is streamed in real time via 4G/LTE or stored locally and synced via WiFi at the site office.