Ayana Solutions
2
Platforms (iOS/Android)
3
Navigation SDKs
95%
Mileage Accuracy
AWS
Cloud Telematics
Emerging Tech & IoT · Automotive IoT
Connected vehicle intelligence.
We are an automotive IoT development company that builds connected vehicle platforms from the OBD-II port to the cloud dashboard. From fleet telematics and driver behaviour analytics to usage-based insurance platforms, hire automotive IoT developers from our team who understand CAN bus protocols, real-time GPS streaming, and the reliability standards vehicle systems demand.
Fleet telematics platform development
OBD-II and CAN bus data collection
Driver behaviour analytics and scoring
Connected vehicle mobile apps
Usage-based insurance (UBI) platforms
Automotive dashboard and HMI design
500+
Vehicles monitored live
Real-time fleet tracking and diagnostic telemetry.
15%
Fleet fuel cost reduction
Driving behaviour analytics optimising fuel efficiency.
OBD-II
Deep diagnostics integration
DTCs, engine data, and predictive maintenance alerts.
<1s
GPS update interval
Sub-second location updates via MQTT streaming.
Why MetaDesign
Connected vehicle intelligence — from OBD-II to cloud dashboard.
Fleet telematics, driver analytics, and connected vehicle platforms — from OBD-II port to cloud dashboard, built by engineers who speak CAN bus.
Teams shipping with MetaDesign
Selected work
Case studies.
Eveeio Electric
1000+
EVs Managed
Flutter
Cross-Platform App
Firebase
Real-time Backend
Logistics
Hyperlocal Fleet
TRACK.
DIAGNOSE.
OPTIMISE.
CONNECT.
Fleet Management
Real-time tracking, route optimisation, and driver performance monitoring for commercial fleets.
Vehicle Diagnostics
OBD-II data collection, DTC analysis, and predictive maintenance alerting.
Driver Analytics
Driving behaviour scoring — acceleration, braking, cornering, and speed analytics for safety and insurance.
Fuel Management
Fuel consumption tracking, efficiency analytics, and anomaly detection.
Navigation
Custom navigation and routing solutions for logistics and delivery fleets.
Vehicle Alerts
Real-time alerts for geofencing violations, maintenance schedules, and safety events.
Our Approach
Automotive IoT: Our Proven Process
01
Define
Vehicle data requirements, hardware selection, and connectivity architecture.
02
Prototype
OBD-II reader, data pipeline, and basic dashboard proof of concept.
03
Build
Full platform — data ingestion, processing, analytics, and fleet management UI.
04
Pilot
Field deployment on pilot fleet with real-world testing and iteration.
05
Scale
Production deployment, OTA updates, and fleet-wide rollout.
01
Define
Vehicle data requirements, hardware selection, and connectivity architecture.
02
Prototype
OBD-II reader, data pipeline, and basic dashboard proof of concept.
03
Build
Full platform — data ingestion, processing, analytics, and fleet management UI.
04
Pilot
Field deployment on pilot fleet with real-world testing and iteration.
05
Scale
Production deployment, OTA updates, and fleet-wide rollout.
Customer Value
Why innovators choose us
for emerging tech.
Hardware-to-cloud outcomes from real deployments.
Real-time intelligence
Sensor data processed and acted upon in milliseconds, not minutes.
Connected ecosystems
Devices, gateways, cloud, and dashboards working as one platform.
Edge processing
Critical decisions made on-device without depending on cloud connectivity.
Predictive capabilities
Machine learning on IoT data for maintenance, quality, and demand forecasting.
Secure by design
Encrypted transport, secure boot, and OTA updates for device fleets.
Scalable deployment
Architecture that handles 10 devices or 10,000 without redesign.
By the numbers
400+
Engineers worldwide
200+
Active clients
20yr
Pure-play software
94%
Client retention
Engagement models
Three ways to work with our Automotive IoT team.
Pick the shape that matches your risk and timeline. We will tell you which one is wrong for your situation — even if it’s the bigger one.
Automotive IoT Pod
A dedicated squad of senior engineers, tech leads, and QA delivering milestone-driven results with weekly demos and eval-gated merges.
- Dedicated engineering squad
- Weekly sprint demos
- Fixed monthly cadence
- Direct technical lead communication
Hire Automotive IoT Engineers
Senior specialized engineers embedded into your existing team within two weeks. Your stack, your tools, your standups.
- 2-week onboarding ramp
- Time-zone aligned collaboration
- Direct Git & Jira integration
- Flexible monthly contracts
Turnkey / MVP Build
Go from requirements to production-ready launch in 6–10 weeks with fixed scope, upfront pricing, and guaranteed delivery.
- Fixed-price & fixed-scope
- End-to-end architecture & build
- Complete source code ownership
- Post-launch warranty & support
FAQ
Asked first, every time.
Don't see yours here? Send us the question — a principal engineer will reply within 24 hours.
OBD-II for standard diagnostics (engine codes, fuel consumption), CAN bus for deeper vehicle data (transmission, ABS, tyre pressure), GPS for real-time location tracking, and accelerometer for driving behaviour analysis. As an automotive IoT development company, we handle the full vehicle data pipeline.
We primarily build the software platform and integrate with standard OBD-II readers and off-the-shelf telematics hardware. For custom requirements, we partner with hardware manufacturers and develop the firmware for proprietary devices. Hire automotive IoT developers for either approach.
Yes. Our connected vehicle platform services include API integration with fleet management, routing, dispatch, ERP, and insurance systems for unified operational visibility across your entire fleet.
Sub-second GPS updates via MQTT with edge processing on the device for immediate alerts. Cloud sync for historical analytics and route optimisation using time-series databases (TimescaleDB, InfluxDB) with auto-scaling infrastructure.
Yes. Cloud-native architecture designed for 10K+ vehicles with event-driven processing, time-series databases, and auto-scaling infrastructure. Our automotive IoT development company has built platforms monitoring 500+ vehicles in production.
A proof of concept with OBD-II data collection and basic dashboard takes 4–6 weeks. A production fleet management platform with mobile app, driver scoring, and analytics typically takes 3–6 months.
Yes. Hire automotive IoT developers who build driving behaviour scoring, mileage tracking, risk assessment algorithms, and real-time policy pricing integration — enabling UBI products that personalise premiums based on actual driving patterns.
End-to-end encryption (TLS/mTLS), secure device provisioning, OTA security updates, and compliance with automotive cybersecurity standards (ISO 21434, UNECE R155). Vehicle data is sensitive — we treat it accordingly.
We ensure GDPR compliance by anonymizing telematics data at the edge, utilizing end-to-end TLS encryption, and implementing strict role-based access controls for PII within the cloud backend.
Yes, our engineers stream raw CAN bus and OBD-II DTC (Diagnostic Trouble Code) data to cloud machine learning models that predict component failures before they result in vehicle downtime.
We ensure GDPR compliance by anonymizing telematics data at the edge, utilizing end-to-end TLS encryption, and implementing strict role-based access controls for PII within the cloud backend.
Yes, our engineers stream raw CAN bus and OBD-II DTC (Diagnostic Trouble Code) data to cloud machine learning models that predict component failures before they result in vehicle downtime.
Build your connected vehicle platform with IoT experts.
Tell us about your project. We'll come back with a plan, a timeline, and the right team — no obligations.