<!– @page { margin: 0.79in } P { margin-bottom: 0.08in } –> DigiScript Philippines, Inc. is an architectural and engineering outsourcing firm based in the Philippines that provides High Definition Surveying and Point Cloud Conversion services to its clientele as one of four major service offerings. Building Information Modeling or BIM, 2D CAD Production Support and 3D Visualization are the three other major services offered by the company.   DigiScript Philippines, Inc. uses only the finest software and hardware to support its services. Its High Definition Surveying services use the Leica Scanstation and the Point Cloud, Cloudworx and Cyclone applications from Leica Geosystems. For its other services the company uses Revit Architecture, Revit MEP, 3DSMax and AutoCAD from the Autodesk software suite.   High Definition Surveying is the technologically advanced alternative to traditional surveying methods. Previously, surveyors had to walk through the areas to be surveyed in order to accomplish the measurements themselves. Much of the procedures were manually performed. The old methods resulted in a number of problems, some of which even resulted in survey teams meeting hostile elements and losing their lives. There were also many cases where the area to be surveyed had such complex topography that presented difficulties, complications and risks for the surveyors. The many problems that occurred during old fashioned surveys raised the possibilities of errors in measurement. Many surveys had to be redone to compensate, still facing the same issues. To top it all, the old survey methods were very expensive. The development of High Definition Surveying totally changed the way surveying is done.   A mere laser beam is used in the High Definition Surveying process. The emitted beam is swept over the areas that have to be surveyed. That act already triggers the performance of hundreds of thousands of minute but precise measurements that are collected by the computer. Once stored, these measurements make up a comprehensive picture of the surveyed area. The computer can interpret the data upon request. The output is a crisp and clear three dimensional image that is as faithful, accurate and highly detailed as a high definition photograph. Its advantage against an actual photograph, however, is its being three dimensional. The 3D image can be walked through or flown over virtually, using the computer. Another advantage is that High Definition Surveying can be used beyond geographical areas to also include buildings and other structures like aircraft or ships.   With High Definition Surveying surveyors can work with utmost discretion. By remaining almost completely unobtrusive, surveyors can still stay safe even in potentially hostile environments. With the new method, surveying can also be finished quickly, enabling the surveyors to leave the site sooner. Even complicated topography does not pose a problem. A laser beam still makes the most accurate measurements and the survey need not be repeated. Finally, High Definition Surveying costs much less than the old surveying methods.   Among the professionals who use High Definition Surveying are CAD professionals, architects, civil engineers, contractors, plant designers, archaeologists and forensic investigators.   The High Definition Surveying and Point Cloud Conversion services of DigiScript Philippines, Inc. are of the highest quality and are competitive in the world market. So are its other services such as Building Information Modeling or BIM, 2D CAD Production Support and 3D Visualization and Imaging. It can be depended on to provide excellent photorealistic renderings, photomontages and site animations, among other outputs.   DigiScript Philippines, Inc. makes sure that it continually upgrades its various architectural and engineering outsourcing services so that all the particular needs of its clients throughout the world are met. It is indeed a worthy architectural and engineering outsourcing partner that will surely boost the profitability of any company it works with worldwide.