The five digital technologies that made a splash in 2023

Both John Sisk and the Vinci Building/Sir Robert McAlpine JV, Integrated Health Projects, tested it successfully. Meanwhile, Ferrovial not only tested SitePrint, but also the outdoor setting-out robot from Civ Robotics.

While body cameras are not a new thing in law enforcement and are gradually becoming de riguer for workers in public-facing roles, they’re not a part of the established construction toolbox.

Thus, Axa UK’s move to provide body cameras to contractors to keep a record of remediation work being carried out on buildings that contain flammable cladding and insulation makes this list.

The recordings from the body cameras will provide detailed information about materials used, together with evidence of working practices and site management for the areas being refurbished.

There’s not a lot you can’t do with 3D modelling, but how do you realistically predict sound and acoustics? Step forward Treble Technologies, a start-up in Iceland, and its Treble platform that enables engineers, designers, architects and developers to design and virtually prototype sound experiences.

Treble's sound simulation platform allows stakeholders to not just see how their designs will look, but to simultaneously hear exactly how they will sound in real life.

Microgravity technology. Cosmic radiation monitoring. Gravity gradiometry. 2023 saw hard science [almost science fiction to my ears – Ed] offering solutions to major infrastructure issues.

The Defence and Security Accelerator highlighted the work of Cambridge University spin-out Silicon Microgravity. The latter is developing a gravimeter, a tool for measuring minute changes in the force of gravity, which can be deployed remotely on autonomous land vehicles or drones to detect underground structures, keeping workers out of danger zones.

The Defence and Security Accelerator, this time with the Nuclear Decommissioning Authority, also highlighted Glasgow-based Lynkeos Technology’s use of muography. This is a technique that uses natural radiation (cosmic ray particles) to monitor complex structures and assess their integrity, including identifying any voids or any degradation of steel reinforcement bars. This project seeks to develop a portable muography capability for monitoring underground, ageing reinforced concrete infrastructure.

Finally, University of Birmingham spin-out, Delta g, is pioneering the use of gravity gradiometry for underground mapping. Gravity gradiometry can measure subtle changes in the pulling strength of gravitational fields when clouds of atoms are dropped.

In 1989, Kate Bush detailed a human’s relationship with their computer [Deeper Understanding on The Sensual World album - Ed]. In the 2010s, Apple deployed Siri, Amazon unleashed Alexa, and Joaquin Phoenix fell in love with a Scarlett Johansson-voiced AI assistant in the movie, Her. Now, virtual assistants are set to be your new, potentially very helpful colleague.

This year we reported on two in particular. First, Wendy, developed by Aiforsite, can respond in real-time to text or voice on a smartphone, tablet or computer. Wendy can manipulate a BIM model, get product information from the model, generate 2D images from it and link other data sources to it, according to Aiforsite.

Then came a construction chatbot developed by former Arup engineer Stefan Lukic. He has led a team to develop Civils.ai: a tool that uses a large language model (LLM) to generate answers tailored to construction projects.

Users upload datasets, such as site reports, contracts or design codes, that the AI processes to generate answers to specific questions posed by users relating to their project.

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