Allinq In Control - Complete control of the underground infrastructure

Pilot Allinq In Control: goodbye to the old GPS measuring rod - Allinq Digital

The use of smart technology such as GPS and LiDAR provides accurate, real-time information on the location and status of underground pipes and cables.

It reduces inaccuracies, saves time, money, and effort, and ensures a significantly accelerated revision process. A user-friendly and innovative solution for underground infrastructure. In the physical and digital world - In Control PlatformTo efficiently map underground infrastructure, there is the In Control Platform. This platform consists of two main components:- a user-friendly application for Apple hardware and- an advanced data analysis platform.

When provinces and cities have a detailed and 3D picture of the underground infrastructure of cables and pipelines, this offers  cost savings, efficiency and risk management. Here are the key areas:

1. Cost savings in excavation work

Less excavation damage: Excavation damage is now a major expense for municipalities and utility companies. With accurate 3D data, damage to cables and pipes can be greatly reduced.

More efficient planning: Contractors can do their work preparation better, resulting in fewer repair and failure costs.

Shorter lead time: Better information reduces the need to stop unexpected work.

2. Smarter urban development and spatial planning

More optimal use of the subsurface: Municipalities and provinces can estimate at an early stage where there is still room for new pipelines and where there are bottlenecks.

Support for housing construction and energy transition: When constructing heat networks, charging infrastructure or hydrogen pipelines, it is better to plan and combine them with existing infrastructure.

3. Reduction of social costs

Reduced traffic disruption: Reduced need for unplanned emergency repairs and shorter closures during roadworks.

Reduced disruptions to utilities: Improved reliability of electricity, water, telecom and gas.

Increased safety: Better knowledge of the location reduces the risk of incidents with gas pipes or high-voltage cables.

4. Cooperation and coordination

Better coordination of projects: Municipalities, provinces and utility companies can coordinate work better (e.g. 'open the street once').

Data-driven decision-making: 3D models make it possible to calculate scenarios (e.g. impact on traffic, soil and energy supply).

5. Management and maintenance

Preventive maintenance: Better information allows maintenance to be planned before problems occur.

Digital twins: A 3D model of the subsurface can be used as the basis for a digital twin of the city or region, which can be used to easily perform simulations and analyses.

With a detailed 3D image of the subsurface, provinces and cities save mainly on excavation damage, repair costs, traffic disruption and inefficient project planning. At the same time, this provides social benefits in the form of reliable utilities, better spatial planning and safer implementation of projects.