Todays telecommunication infrastructure industry requires more that just AI building an accurate digital twin. It requires enhanced digital twin ecosystem that provides advanced design capabilities and superior customer engagement.
REQUEST DEMOREQUEST DEMONot all digital twins are created equal, and the progression from the original digital twin (Gen 1) to the next generation (NexDT), marks a significant leap in capabilities and value proposition. While Gen 1 digital twins, in use for the past seven years, have undeniably served their purpose, their limitations become apparent when compared to the transformative capabilities of the next generation. Let's revisit what a typical Gen 1 digital twin involves:
The SiteSee AI engine within Gen 1 is formidable, boasting over 3 million AI artifacts. These artifacts play a crucial role in equipment detection, rust identification, and spotting missing bolts. This, in turn, enhances asset management inventory and maintenance operations. However, the true game-changer lies in the next generation, introducing a plugin ecosystem that amplifies value creation.
Here's where the difference becomes evident:
Predictive Asset Performance: Unlike its predecessor, the NexDT digital twin empowers a plugin ecosystem to forecast site asset performance in terms of both Structural Load and Electromagnetic Energy (EME) planning, a paradigm shift in itself.
Virtual Site Scope and Colocation Integration: The incorporation of a virtual site scope and an integrated colocation application expedites the approval process, leading to a faster quote-to-cash cycle.
Now, let's delve into the technological features and functionalities that enable this transformative value proposition: NexDT leverages the foundational AI building blocks of Gen 1 and extends an ecosystem around the digital twin. Building upon traditional AI services, it offers: AI Boost for sharper 3D reconstructions AI equipment detection AI comparison reports AI rust detection and severity classification AI missing bolt detection But the innovation doesn't stop there. NexDT goes above and beyond these AI building blocks by introducing the capability to predict the performance of the entire site within the design process itself, a revolutionary concept.
Imagine a Cell Tower Design Tool that allows users to:
Supported use cases include:
When an equipment changed has been submitted in NexDT, the change follows the customer colocation process using SiteSee complete integration API, SiteSee’s purpose build AI engine simplifies asset management by utilising updated drone capture data to compare site changes with the approved designs. This enables an efficient and accurate post implementation acceptance process.
Drag n Drop new equipment onto the tower using a convient BIM catalague. The BIM catalague is fully integrated into NexDT to allow for a central reposirtory of all equipment types include emitters, radio unit, mounts, shleters and even the towers themselves can be included in the BIM catalogue.
The user security is provided by a fully integrated OpenID connect module. This enables tower operators to provide customers and contractors with controlled, equal access to accurate digital twins of a tower assets. Purpose built tools such as drag and drop from our BIM library, EME prediction and structural engineering prediction enables the user to assess the viability of multiple site designs in only a few minutes, a process that typically takes weeks. This functionality minimises the need for multiple design iterations and dramatically reduces the time required to develop an appropriate site design.
As the most experienced asset intelligence provider, SiteSee is partnering with Drone Service Providers.
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