Communications tower inspections commonly need the site to be shut down and the tower climbed by an expert setting up group. If the tower is non-climbable, an elevated work platform should be made use of to allow close-up inspection of the antennas and tools. Capturing images and other details with drones makes it possible for considerable expense financial savings, gets rid of health and safety risks of tower climbs, and reduces the time needed to examine tower problems. The 2017 Be Influenced Awards entries included a number of engaging examples of making use of truth modeling for tower inspections.

SEIKEY S.r.l. is making use of an innovative approach for checking the operating specifications of 11,800 radio base stations (RBS) in Italy for risk prevention, conformity, and the upkeep and advancement of the 3, 4, 4.5, and 5G networks. Evaluations are executed through hd photography, LiDAR sensors, thermographic electronic cameras, and spectrum analyzers. Throughout the assessment phase, it is possible to check out the information that the drone is getting in real-time through ProjectWise. Utilizing ContextCapture, MicroStation, and Bentley Map, data is collected, processed, and handled in ProjectWise where, through Bentley Navigator, 3D visualization provides a comprehensive and sensible view of situations needing intervention. The management of flight routines, the collection and preparation of the necessary permits, and the management of gathered and processed information positioned significant challenges. ProjectWise confirmed to be important for this functional administration. The assessment method caused a decrease in the danger to human life and a reduction in evaluation times, where formerly it took five days to execute an RBS assessment, it could currently be carried out in 6 hrs.

Cristiano De Leonardis, CEO and founder of SEIKEY S.r.l., said, "ProjectWise made it feasible to rapidly coordinate among the stakeholders, offering telecoms drivers with prompt accessibility to current information and a big amount of information (e.g. an in-depth photogrammetric reconstruction with ContextCapture takes around 1,700 40MP photos, up to 30GB of images for each and every RBS, and greater than 400TB of information for all the RBSs). ProjectWise offers the documentation base to support continuous asset management."

iSpatial Global Systems, working with RBI Technical Solutions International (RBI), developed the iGlobe Tower Management System (iGTMS), a proof of idea (POC) discovering making use of unmanned self-governing lorries (UAV), 3D truth modeling, and geographic information systems (GIS) for the maintenance and engineering of mobile towers. RBI is an engineering evaluation company with workplaces throughout South Africa that carries out risk-based inspections for a wide variety of industries. The project goals included lowering the moment from assessment to a workable 3D version on the designer's desktop and, obviously, drastic decrease of the demand for tower climbs.

ProjectWise played a key role for the dispersed teams in managing material and operations from the details gathered in the area right to last records. All records and evaluations are linked to the geospatial details in Bentley Map as well as the spatial folders in ProjectWise. Bentley's ContextCapture was used to create rich truth harmonizes shared through the iGTMS portal. Bentley Map was used as the foundation of the underlying spatial web content combining WMS layers from companies like TomTom and Google. The POC confirmed that reality modeling can enable the maintenance, engineering, and planning teams making choices based on common details which planning in the office is now much more precise, guaranteeing the appropriate modern technology and crews are sent out to the site for any kind of succeeding work.

Eye-bot Airborne Solutions produces 3D engineering all set meshes of structures, such as the monopole cell tower in Springdale, Pennsylvania, making use of ContextCapture. Designing upright structures with UAV photogrammetry is extremely tough when the structure has complicated cross bracing that can be translucented. Eye-bot counts on the unique capability of ContextCapture to make use of photogrammetry and UAV laser scanning to continually produce accurate designs of such intricate towers. Lease holders benefit from the version for remote inspection instead of each company sending out a team to examine their tools, decreasing work in a far more secure environment compared to the traditional method of climbing towers. The designs could be made use of to look for architectural defects that could have been triggered by extreme tension and the area of components can be gauged for wind and ice tons calculations, permitting educated decisions that no more rely only on the person climbing up the tower.

Jake Lydick, founder and Chief Executive Officer of Eye-bot Aerial Solutions, said fact modeling with ContextCapture allows his team to Deliver a vast and complete, verified accurate, up-to-date record of the current state and position of the clients tangible assets contained in an easily consumable source.

SiteSee made use of ContextCapture to develop reality meshes for as-built bookkeeping and evaluation of a Telstra telecommunications tower in Brisbane, Australia and reported a reduction in property examination and maintenance prices of 69 percent in addition to a reduction in project delivery preparation of 86 percent. ContextCapture enabled SiteSee to export a thick factor cloud for further evaluation in their web-based application for remote site assessment to sustain automated corrosion detection and antenna recognition with design, height, azimuth, and mechanical tilt, along with preliminary radiation threat EME simulation within the 3D reality mesh scene. Given that Bentley's ContextCapture sustains Cesium 3D Tiles, SiteSee established the internet application based on Cesium floor tiles. SiteSee's 3DTile audience enables customers from area teams, engineering, health and safety, real estate, and property administration to remotely check out and examine properties and run reports. The fact mesh could likewise be connected to the user's interior property administration system to line up documents with the data extracted from the reality mesh, linking the space between truth and the database of record.