3-6 cm¹ accuracy and convergence within seconds
3-6 cm accuracy in seconds
99.9% uptime via internet & L-band satellite
Low bandwidth reduces user data cost
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Reach the mass market with your precise positioning solutions using PointPerfect. Precise, reliable, and easy to use, PointPerfect is a PPP-RTK GNSS augmentation data service that delivers centimeter-level accuracy in seconds on a continental scale.
Get StartedPointPerfect is a PPP-RTK GNSS augmentation data service that delivers centimeter-level accuracy in seconds on a continental scale. Together with u-blox F9 high precision GNSS modules, the combination is a precise positioning solution that is accurate, reliable, and easy to use.
The service answers the fast-growing demand for precise positioning GNSS solutions including autonomous machines such as unmanned aerial vehicles (UAV), service robots, machinery automation, micro-mobility, and other advanced navigation applications. Emerging automotive applications include lane-accurate navigation and telematics.
PointPerfect adopts the industry-driven SPARTN data format. SPARTN enables the highly efficient transfer of GNSS correction data.
It is transparent, and open to any integration partner. This, combined with the lightweight, scalable, and simple to integrate MQTT protocol, results in a real-time, bandwidth-optimized solution that reduces user data costs and is ideally suited for mass-market applications.
Normally, the service requires a data bandwidth of 2400 bits per second for the continental streams. However, for applications with limited data bandwidth and connectivity plans, a localized version of the PointPerfect service is also available. The localized PointPerfect transmits significantly less data compared to the continental streams, reducing it by up to 70% of the bandwidth used by the continental streams.
PointPerfect’s Localized Distribution transmits significantly less data than continental streams, reducing the bandwidth by up to 70% to significantly drop user data costs. With the localized approach, a device subscribes to the localized node topic based on its location.
The data transmitted through each node is optimized based on that location, filtering out unnecessary data that is not relevant to the user, which greatly reduces the required bandwidth.
PointPerfect is delivered via our enterprise-grade cloud platform, utilizes auto-scaling technology, and is proven to support billions of messages.
The intuitive interface provides a self-serve environment from which users have autonomy to manage IoT device fleets, manage billing, monitor events, and have complete API control of functionality.
Without an automated mechanism, the provisioning process involves installing the device credentials at manufacturing. This process is tedious and can slow down the production line, increasing manufacturing costs.
Zero Touch Provisioning (ZTP) makes it easy to deploy huge device fleets, eliminating the headaches of managing digital certificates. ZTP enables devices to provision themselves automatically in the field, the first time they access PointPerfect.
In addition to a traditional subscription-based approach, we offer flexible pay-as-you-go service plans to address various customers, use cases, and applications. PointPerfect eliminates complexities and allows users to engage more efficiently and reduce time-to-market.
Get StartedPointPerfect is ready to use because it is already pre-integrated with u-blox F9 and D9 high precision GNSS modules.Non-native SPARTN receivers are supported by the PointPerfect SDK.
Our industry-leading high precision multi-band GNSS receiver modules and connectivity hardware can now work seamlessly in combination with our PPP-RTK GNSS augmentation services to provide a one-stop-shop solution from silicon-to-cloud.
Technology
Advanced PPP-RTK (SSR)
Horizontal accuracy (RMS)
2-6 cm RMS
Initialization time (varies depending on ionospheric activities)
< 30 s
Coverage
USA, Canada, Brazil, Europe, South Korea and Australia.
Data Rate
Continental: 2400 bps (with reduced bandwidth options)
Standard correction rate
Satellite clock: 5s
Satellite orbits, bias, atmosphere: 30s
Communication methods
Satélite: L-band
Internet Móvel: MQTT+NTRIP