• Unique mapping-as-a-service offering targeted at enterprises wanting to create differentiation and improve operational efficiency
• Of particular benefit to T&L industry players wanting to build custom maps at scale

CES 2021 - HERE Technologies, the leading location data and technology platform, today announced the introduction of a unique mapping-as-a-service offering. The HERE private mapping offering is targeted at enterprises wanting to create differentiation and reduce operational costs through building, maintaining, and using unique map datasets for advanced analytics and services. The offering is enabled by advanced platform functionality coupled with industry-leading map creation, processing and delivery capabilities.

Available now, bundled as part of a professional services engagement, the first private mapping use cases relate to industrial yard mapping, leveraging probe data from private fleets of vehicles in order to create and update the map. Progressively through 2021, the aim is to enable enterprises to bring their own map data onto the HERE location platform and use it in combination with HERE map data and services which will increasingly be available as a self-serve experience. Enterprises will have the option to do this autonomously or can co-develop with the HERE professional services team, who provide a wide portfolio of globally scalable mapping-related services, to define a...

• EV Routing delivers the most optimal route including charging time
• Trips and charging stops can be planned to take into account both static and dynamic data

January 11, 2021

CES 2021 – Range anxiety is a key concern for many drivers. Therefore, ensuring easy and fast access to chargepoints is essential to persuading drivers to switch to EV vehicles. At the same time, many players in the ride-hailing industry have pledged to electrify their whole fleets and some countries have committed to banning sales of conventional petrol and diesel engine cars. With that in mind, HERE Technologies is unveiling a new EV Routing feature to optimize both private and commercial electric vehicle routing while minimizing the number of charging stops and reducing battery charging times, based on the vehicle’s consumption model.

EV Routing takes into account topography, road geometry, real time traffic information and traffic patterns while planning trips. It can be synced to the consumption model of the vehicle and can be adjusted to different driving styles, loads or weather conditions. EV Routing is a feature of a routing API built on top of HERE map and is included in Advanced Driver Assistance Systems (ADAS) products. It also leverages HERE EV Charge Points^[1], a database that includes vehicle...

Pilot located in Orlando, Florida controls drone flying in Detroit, Michigan

ORLANDO, Fla., Jan. 11, 2021 — (PRNewswire) — Red Cat Holdings, Inc. (OTCQB:RCAT^[1]) ("Red Cat" or the "Company"), a leading brand in the drone industry, announced that Fat Shark, a wholly owned subsidiary, had partnered with Skypersonic, the manufacturer of the Skycopter UAV, to complete a long distance drone flight remotely.  The flight consisted of a pilot, located in Orlando, Florida, controlling a drone flying in Detroit, Michigan.  The flight integrated Fat Shark's new digital technology, "Shark Byte" with Skypersonic's Skycopter and remote pilot software system.  The pilot's flight instructions to the drone were transmitted through Skypersonic's servers located in Italy.  The companies believe this represents the first commercial completion of a remote flight similar to how drones are used by military forces.

DENVER, Jan. 11, 2021 — (PRNewswire) — Placekey,^[1] the universal standard identifier for physical places that launched in October with the backing of over 500 organizations, today announced an integration with Snowflake, the Data Cloud company, with launch of itsSnowflake External Function^[2] as part of a larger goal to make Placekey's identifier available to a wider audience.

CityJSON offers an easy-to-use alternative to the GML encoding of CityGML 2.0 for the storage and exchange of 3D city models.

7 January 2020: The Open Geospatial Consortium (OGC) seeks public comment on its adoption of CityJSON as an OGC Community Standard^[1].

CityJSON is a JSON^[2]-based encoding for a subset of the OGC CityGML data model^[3] (version 2.0.0). CityJSON defines ways to describe most of the common 3D features and objects found in cities (such as buildings, roads, rivers, bridges, vegetation, and city furniture) and the relationships between them. It also defines different standard levels of detail (LoDs) for the 3D objects, which allows different resolutions of objects for different applications and purposes.

A CityJSON file describes both the geometry (an object’s form) and the semantics (an object’s function) of the features in a given area, such as the buildings, roads, rivers, vegetation, and city furniture.

The aim of CityJSON is to offer an alternative to the GML encoding of CityGML, which can be verbose and complex to read and manipulate. CityJSON aims at being easy-to-use, both for reading datasets and for creating them. It was designed with programmers in mind, so that tools and APIs supporting it can be quickly built.

The differences...