DishPointer (Satellite Finder) vs GIStance

DishPointer allows you to align your satellite dish with great precision in a minimum of time thanks to augmented reality. Adjusting a dish has always been complicated. but thanks to DishPointer this task becomes child's play. By following the 9 steps of the application, you will successfully install your dish in few minutes. No more need for a gyroscope to use augmented reality. We have combined the accelerometer and magnetometer data to compensate for the possible absence of the gyroscope. This allows the majority of smartphones to benefit from augmented reality. In DishPointer we have also integrated a module to calculate the magnetic declination and compensate the error between magnetic north and geographic north because we have noticed that the majority of smartphones do not integrate this declination. This help to display the right direction DishPointer is an application that lets you orient your dish or antenna to any satellite. Thanks to the sensors of your smartphone (Compass, accelerometer) this application displays the target satellite in space in order to better choose the location of your dish or antenna and to ensure the absence of any obstacle (wall, tree…). DishPointer also uses GPS to display your location on a map and then display the direction of the target satellite from your location. The compass accompanied by a beep allows you to orient your antenna or satellite dish by following the acceleration of the beeps and the arrow of the compass. The accelerometer is used to check that the support of your antenna or dish is vertical. The steps for adjusting the antenna or the dish: 1- choose your language 2- retrieving your GPS position automatically using GPS or manually by entering your latitude and longitude. 3- choose your target satellite to calculate the orientation parameters of the antenna or the satellite dish. 4- check that the support of your antenna or dish is vertical. 5- calculate the polarization and adjust the rotation of the LNB (the head of your antenna or satellite dish) 6- adjust the elevation 7- display of a line which indicates the orientation of the target satellite from your position on a Google Maps. 8- using the compass of your smartphone accompanied by a beep to help you find the right direction of the satellite (available in Pro version). 9- display the satellite in augmented reality thanks to your camera and make sure that there is no obstacle. This is used to validate the location of your antenna or dish (available in the Pro version). 10- refine the settings. For the app to work properly, DishPointer will need the compass and the accelerometer from your smartphone. Tips: - if your smartphone does not have a GPS, you can manually enter your latitude and longitude (you can get them on Google Maps). - the compass is only essential for the Pro version. - do not hesitate to recalibrate the compass and avoid approaching it too close to the arm of the parabola because it is sensitive to metallic elements. Try to place your smartphone where there is the least magnetic interference. The free version of DishPointer is enough for you to install your dish. It will calculate the orientation parameters and display the precise direction of the satellite on a Maps map. The Pro version offers you the use of augmented reality to see the exact position of satellites in space. It also provides you with an assistant based on the phone compass to display the exact direction of the target satellite. Contact: infosoftycontactfree@gmail.com

GIStance turns an iPhone plus a connected GNSS receiver into a survey-grade field capture system for infrastructure, utility and construction crews. Centimeter-level positioning, georeferenced photo documentation, and 3D LiDAR scanning — captured on site, structured for the office. Built for FTTX rollout, utility networks and construction documentation, GIStance replaces the paper-notes-plus-consumer-camera workflow with a single tool that records where every asset is, what it looked like, and when it was captured. Precise positioning • Connect an external GNSS/RTK receiver for centimeter-level accuracy • Live fix status and accuracy readout before you record a point • Positions attached to every photo, measurement and scan Georeferenced photo documentation • Capture site photos with coordinates, timestamp and accuracy embedded • Tie documentation to project sections and construction phases • Consistent, auditable evidence for as-built records and billing 3D LiDAR scanning • Capture point clouds and meshes of trenches, structures and installations • Scans stored as measurement artifacts alongside points and photos Built for the field • Works with mapped basemaps for on-site orientation • Fast capture flow designed for gloved hands and daylight screens • Data queued and synced when connectivity allows Part of a documentation ecosystem Field captures sync to the FotoGIS asset hub and become available in the GISdoc office platform for project tracking, phase completion, plan-vs-actual comparison and report generation. What the crew captures on site is what the office works with — no manual re-entry. Who it's for • Field surveyors and rollout crews • Utility and network operators • Construction documentation and as-built teams Requirements GIStance requires a compatible external GNSS receiver for survey-grade accuracy and an active GISdoc/FotoGIS account. It is a professional B2B field tool, not a standalone consumer app.