Syslor DICT solutions

Syslor is a leading French company specializing in DICT systems for construction projects. Since 2017, it has focused on enhancing safety and efficiency on construction sites through innovative technologies. By providing real-time data visualization and collaboration tools, Syslor helps field operators reduce errors, improve workflow, and ensure timely project delivery. Its solutions are designed to…

Syslor: Enhancing Safety and Efficiency in Construction Projects

What is Syslor?

Welcome to Syslor – the leading solution facilitating VRD (Road and Various Networks) projects. Syslor is one of the foremost French companies equipping field operators with DICT (Declaration of Intent to Start Work) systems. Since 2017, Syslor has been perfecting the art of improving safety on construction sites and reducing completion times, even at great distances from the agency. With the power to visualize networks at a glance on a smartphone, Syslor helps avoid accidents and damages, improves collaboration among field teams, surveyors, clients, and suppliers… and drives a modern secure workflow on every site.

Main Benefits

The benefits of adopting Syslor solutions extend far beyond the obvious technological advances, featuring impressive key figures and facts that guarantee success:

  • Guaranteed Precision: Eliminate costly errors with RTK technology – every centimeter counts.
  • Enhanced Security: Protect teams and projects, drastically reducing operational risks and network damages.
  • Increased Productivity: Save precious hours through faster data capture and visualization, turning outdated plans into a modern digital workflow.
  • Complete Ecosystem: Cover every field need from implementation to recollection using a suite of apps compatible with smartphones and tablets.
  • Professional Support: Gain from expert training, technical support, and guidance that secure the success of each project.

DICT Marking and Staking Implementation

Syslor’s solutions are specifically designed for the effective use of DICT by public works actors. The implementation of construction sites and marking for carrying out network works with DICT ensures that every aspect of the site is executed with meticulous precision. This system dramatically reduces the preparation time required for works and their delivery, helping to eliminate errors that lead to delays, additional costs, and even potential hazards. The technology employed allows for the direct integration of data analysis with field operations – a seamless process that is as innovative as it is reliable. It is a real game-changer in today’s construction and network sector.

Bridging the Digital Gap

Syslor Solutions have been built to meet the expectations of professionals on the ground. Specifically, the DICT process is simplified and expedited, reducing both the delay and the risk of misinterpretation of plans. Field operators no longer need to rely solely on traditional geometers. Instead, they have access to tools like augmented reality, photogrammetry, and interactive field notebooks that support contractors, network managers, design offices, sensitive sites, and local communities. The integration of these technologies means digital data is quickly available in the cloud, allowing authorized workers to retrieve updated information on underground networks anytime, anywhere… using a smartphone with a digital twin in augmented reality.

Technological Innovations in the Field

The suite of Syslor solutions includes groundbreaking tools that address common challenges in the field. First, the GNSS Receiver tackles all field challenges with centimeter precision, substantially reducing the risk of costly damages. Then, the implementation phase is made as smooth as a swipe on a touchscreen – survey, grade and implement directly from a smartphone. Augmented reality allows the visualization of buried networks with enhanced precision and safety, while the recollection feature captures trench diagrams and automatically produces a recollection plan from video footage. These innovations ensure that network incidents caused by a lack of precision are minimized, while saving development time and reducing the need for manual input.

Modernizing Field Data and Workflow

Precision on site is vital. Syslor addresses documentary complexity by saving hours of work through error prevention and plan interpretation. The technology not only minimizes errors that can result in significant repair costs and safety hazards for teams, it also ensures that each project is delivered on time. With Syslor, digital transformation in field operations moves ahead at a rapid clip – a continuous innovation process that constantly evolves to meet the demands and challenges of modern infrastructure projects.

Project Impact on SDGs

  • SDG 9: Industry, Innovation, and Infrastructure – Enhancing construction site technology with futuristic tools.
  • SDG 11: Sustainable Cities and Communities – Reducing operational risks and ensuring safer urban developments.
  • SDG 12: Responsible Consumption and Production – Minimizing waste through digital documentation and precision.
  • SDG 13: Climate Action – Contributing to lower carbon footprints by reducing rework and improving efficiency.
  • SDG 17: Partnerships for the Goals – Strengthening collaboration between field teams, surveyors, and public authorities.

Transforming Underground Public Services

Syslor aspires to become the Google Maps of underground public services. The concept is simple yet revolutionary: by inscribing the site data used by ground operators into the cloud, the system permits authorized workers to access constantly updated information on underground conduits whenever needed. With a digital twin in augmented reality, operators not only visualize these networks in real-time but also input new data at the site. This data is then automatically integrated into the owner’s geographic information system, yielding comprehensive, reliable, and updated details. This transformation reduces damages to pipelines, minimizes work delays, and, importantly, lowers the overall carbon footprint of projects… a dynamic approach to modern data management in public infrastructure.

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