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Resilience, future-proofing and sustainability.

The data structures that we build around Chips allow data to be aggregated between different levels.. We can associate any type of data with a Chip.Conventional engineering data is perhaps the most obvious, but we also include data like staffing levels, containment requirements, power consumption, or even the level of design uncertainty.

This allows for visualisation of different issues within a project..It's important that when we define chips, we don't leave gaps.We aim to capture everything: the building, the equipment, operations, software, hazards, quality requirements, whatever is important in that system.

At the point of inquiry, we are trying to get that information loaded into that Chip..When we are creating plans, we like to work in three dimensions from the very early part of the project.

Chips help speed up the process, because we can move chunks of the design around very quickly and keep data associated with them.

We can do things like automate routing of certain utilities, based on the properties of the Chips.The UK has established ambitious targets to reduce carbon by 2050.

The UK aspires to reduce total carbon emissions by 78% by 2035, compared to 2020 levels, and become net zero carbon by 2050.These ambitions, translated to the built environment, can only be achieved via the implementation of measures to reduce operational and embodied carbon of new buildings, upgrading existing buildings, the use of ambitious policies and crucially via a decarbonised grid..

The built environment contributes to around 40% of the UK's total carbon footprint.Based on UKGBC’s Net Zero Carbon Buildings “A framework definition", a typical Cat A office’s building embodied carbon, after the first year of use, would be 75% of the total carbon, whilst the operational carbon would be around 25%.