By Amanda Lacey, Founder and Director, Popcom
In the rapidly evolving landscape of smart infrastructure and digital transformation, Built Edge technology is emerging as a groundbreaking shift in how we conceptualise, design, and operate the buildings and infrastructure of the future.
At its core, built edge technology integrates physical building structures with energy-harnessing infrastructure and advanced computing systems. It allows data to be processed and stored onsite rather than relying exclusively on distant, energy-hungry data centres. This approach has the potential to revolutionise the construction and technology industries, enabling more sustainable, secure, and efficient ways of managing digital information.
What is Built Edge technology?
Built edge technology is an architectural and digital integration model that embeds edge computing infrastructure directly within the built environment. It leverages advances in modular construction, sustainable materials, passive energy design, solar technology and smart systems, such as artificial intelligence (AI), the Internet of Things (IoT), and real-time analytics, to turn buildings into self-sufficient data processing hubs.
Rather than routing all digital activity through centralised data centres or the cloud, built edge–enabled structures process and store data locally. This reduces latency, improves data security, and significantly lowers the energy footprint typically associated with centralised storage.
Companies like Lynx Systems are at the forefront of this movement, offering modular building systems designed to function as decentralised edge computing sites. These structures can act as both energy-efficient workspaces and localised data servers, creating what some call a ‘digital nervous system’ within cities.
CEO of Lynx Systems Marianna Geddes estimates that built edge smart buildings are up to 80 per cent more energy efficient than current structures.
‘It has taken many years of research and practical application, but we are now at a stage with built edge technology where we can harness the power of green energy and wrap technology into the fabric of buildings.
‘Essentially, we can create “smart buildings” that negate the needs and risk of using cloud-based storage, are up to 80 per cent more energy efficient, and are safer. The building itself becomes the producer of energy, the centre for data collection, storage and processing, and also immediately responsive to building requirements like heating and cooling.’
The current state of building and infrastructure
Traditionally, the built environment has focused on structural integrity, spatial function, design and, more recently, sustainability; however, the integration of digital technologies in buildings has been piecemeal at best. Smart building systems, such as lighting; heating, ventilation and air conditioning (HVAC); and security have adopted IoT-enabled solutions, but the deeper potential for buildings to become autonomous digital entities is only just being realised.
Currently, most data generated from smart infrastructure is transmitted to remote data centres or cloud servers for processing and storage. These data centres are massive energy consumers, accounting for an estimated one to two per cent of global electricity usage, and this number is expected to rise dramatically with the increasing reliance on AI and connected devices. Even users saying ‘please’ and ‘thank you’ when using ChatGPT is costing tens of millions of dollars in electricity usage, according to OpenAI CEO Sam Altman, and mass acceptance and use of AI is only just beginning on a consumer level.
Cloud storage, while convenient and scalable, introduces vulnerabilities in latency, bandwidth limitations and data security. Moreover, conventional buildings lack the modularity and digital readiness to adapt to evolving demands in data and communications infrastructure.
The opportunity: moving from centralised to decentralised digital infrastructure
Built edge technology presents a significant opportunity to decentralise our digital infrastructure. By embedding edge computing capability within buildings, data can be processed closer to its source – actually onsite, eliminating the need to transmit large volumes of information across networks.
Lynx Systems technology partner Green Edge Computing Corp (GECCO) has designed an Edge Computing Appliance that brings together data processing, data management, and networking for edge-optimised workloads in adverse operational environments to work within the built edge environment.
‘With our EdgePod product, we have reduced the size, weight, power and cooling demands by over 75 per cent compared to conventional 19-inch rack-mount IT equipment in a purpose-built enclosure or facility. The modular design eliminates wiring errors and reduces training, operations, and maintenance costs,’ says Co-founder of GECCO Rudi Carolsfeld.
‘For building operators that need enhanced video analytics – for security and safety oversight, HVAC and other automation systems, to migrate and scale existing systems, and improve access to distributed computing resources – the EdgePod is an ideal built edge technology partner.’
Using a technology such as GECCO’s EdgePod, and the Lynx System modular design system, there are profound advantages across several dimensions:
1. Energy efficiency
Buildings enabled with built edge systems can operate as self-sustaining units, powered by renewable energy sources like solar panels and supported by passive design elements that reduce heating and cooling demands. Processing data locally also reduces the carbon footprint associated with transmitting and storing data in remote data centres.
2. Latency and speed
For applications that require real-time responsiveness, such as autonomous vehicles, building automation, security systems, and medical diagnostics, local data processing dramatically improves response times. Built edge environments can respond to inputs almost instantly, without the delay caused by long-distance data transmission.
3. Data sovereignty and security
Storing data onsite allows organisations to maintain greater control over their digital assets, improving security and compliance. This is particularly relevant in sectors like health care, law, finance and government, where data privacy and jurisdictional control are paramount.
4. Resilience and redundancy
Distributed data systems are inherently more resilient. If a central server or data centre goes offline, edge-enabled buildings continue to function independently. This decentralised model enhances business continuity and disaster recovery capabilities.
5. Smarter urban environments
When multiple buildings are equipped with built edge capabilities, they form a network of intelligent nodes within a city. These nodes can communicate, share resources, and collaboratively optimise energy use, traffic flow, and public services. It’s a foundational element for truly smart cities. They should be able to connect with streetlights, traffic lights, and any other asset that requires data and power within a radius of the building.
The future of construction with Built Edge technology
The rise of built edge technology will inevitably influence how we design and construct buildings. Modular design, prefabricated systems and integration-ready structures will become the new norm, but that does not mean a compromise on style and aesthetics. Architects, developers, and city planners will need to collaborate with building technological leaders like Lynx Systems and IT engineers to create buildings that are not just beautiful and habitable, but also computationally capable.
Design thinking will shift from simply creating spaces to building intelligent environments that understand and respond to their occupants and external conditions. Buildings will function like living systems; processing data, optimising operations and even learning over time.
A new paradigm in building and technology
Built edge technology represents more than just a technical upgrade; it’s a philosophical shift in how we view the role of buildings in the digital age. No longer passive spaces, our built environment is poised to become an active, intelligent participant in the data economy.
As we move towards a future shaped by AI, automation, and ubiquitous connectivity, the need to decentralise data processing becomes not just desirable, but essential; the built edge enables higher performance and stronger security in an era when it’s seriously needed.
Built edge technology offers a path forward that is not only more sustainable and secure, but also aligned with the evolving needs of both individuals and society at large. By keeping data close, we not only improve efficiency and privacy, but also unlock new possibilities in how buildings serve the people and communities around them. It’s time to align, evolve and lead with a smarter, more resilient built environment. //
About the author
Amanda Lacey is Founder and Director of Popcom, a PR and Communications agency based in Sydney, Australia. Working with building, infrastructure and technology companies, Lacey has a keen interest in the future of the industry and a drive to tell the stories of those involved.