Engineering-quality GIS and Mapping Software

BIM methodology helped NJS Engineers India P Limited rework Guwahati’s water supply infrastructure, solving high pressure and water loss problems, as well as saving time and costs during design.

IZZI expands FTTC network with Bentley’s communications applications, reducing design costs by 25 percent while bringing triple play services to 8 million new customers.

To improve the intermittent water supply of the Agra Water Supply System, NJS Engineers India P Limited was retained to evaluate the distribution system and determine the optimal solution for delivering a continuous water supply to Agra city.

CCCC developed 3D models of a 43-kilometer stretch of the JiHe Expressway to reduce survey time by 42 days.

Vodafone Greece designed and constructed a new optical fiber project in Athens that will connect more than 250,000 customers in five years.

State Unitary Enterprise MosgortransNIIproekt was contracted to facilitate traffic management projects to improve traffic capacity and reduce accidents on Moscow’s roadways.

Infraero developed Brazil’s first digital twin, using Bentley applications to virtualize more than 920 square meters of Londrina’s airport surface area.

In the wake of the 2010 China drought, BIM technology accelerated delivery of a hydropower project to bring water to the people of Guizhou Province.

The Research and Design Institute for Urban Transportation used Bentley software to modernize project delivery for Moscow’s transportation infrastructure, reducing labor costs by 15 percent.

Lic. migrates Honduran land administration data from legacy platform to Bentley Map, achieving faster performance and tighter security.

The City of Helsinki leveraged Bentley’s reality modeling software to generate a 3D representation of Helsinki as part of its smart city initiative, improving internal services and processes.

AECOM used Bentley software to manage the development of transportation and utilities networks for India’s first smart city, optimizing collaboration to reduce delivery times and minimize project costs.

The SAMIT project clearly documents and publishes subsurface utility data for Caltrans design teams in the 12 district offices to identify underground utilities and avoid hitting them.

HDR used Bentley BIM advancements to create an as-designed 3D model of new New York Bridge over the Hudson River.

LE34 creates innovative solution to providing line-of-site building guidelines for a historic park using Bentley Map and Bentley Pointools.

Mortenson Construction uses Bentley software to model solutions for construction under severe constraints at 75 wind turbine sites.

Mortenson Construction reduced wind-turbine footprint by 40% with Bentley software, mitigating disturbance on environmentally sensitive lands.

Napier City Council consolidated multiple asset management systems for a single, authoritative source for improved information lifecycle management capabilities with Bentley solutions.

Bentley Map enabled the National Registry Center of El Salvador to map land register locations without a costly dedicated map server so users can accurately locate any parcel in the registry via a Web browser.

Ordnance Survey Ireland developed a new authoritative spatial data referencing framework that integrates national data related to location, saving more than EUR 600,000 in operating costs.

Bentley Map is instrumental in Singapore Land Authority’s production of 3D map data and city model for all of Singapore—more than 700 square kilometers.

Sydney Airport leverages Bentley software to launch a self-service, facilities management system which gives employees quick, easy access to design and geospatial data, and improves information mobility.

Tata Consulting Engineers optimizes site plan for an ashram in Dharampur, India, using 3D digital terrain models produced with Bentley technology.

In order to maximize operational efficiency, reduce risk, and enhance safety, Western Power Distribution enables field operatives to access and update asset and mapping data using mobile devices.