Demonstrate Your Expertise
Position your expertise alongside the leaders solving real data centre design, construction and delivery challenges.
Design | Engineering | Procurement | Construction | Commissioning
Australia is entering its biggest data centre construction cycle yet,
driven by AI, cloud and hyperscale investment. The challenge now is delivery:
building faster, designing for greater density, securing power and equipment,
and developing the specialist capability needed to deliver increasingly complex facilities.
The Data Centre Construction Summit brings together the leaders
designing, engineering, procuring, constructing and commissioning the country’s
next generation of digital infrastructure.
From the team behind the Data Centre & AI Leaders Summit Australia and New Zealand, this new Summit takes the conversation to the next critical stage: delivery. Connecting the data centre leaders driving growth with the contractors, engineers and specialists responsible for designing and building what comes next.
Put your organisation in front of the people influencing how projects are designed, specified, procured, constructed and commissioned.
Position your expertise alongside the leaders solving real data centre design, construction and delivery challenges.
Lead the conversation around power, cooling, modularisation, digital delivery, commissioning or another critical project challenge.
Engage with engineers, design, procurement and project leaders while critical equipment and delivery decisions are being shaped.
Connect with the developers, contractors, engineers and project teams responsible for major data centre developments.
Put your equipment, technology and capability in front of the people responsible for specifying and deploying it.
Meet customers earlier in the project lifecycle and build relationships across multiple stages of delivery.
For the leaders responsible for turning data centre plans into operational capacity, this is the room to be in.
The strategies behind faster, smarter data centre delivery.
Hear from the owners, developers, contractors, engineers and supply-chain leaders delivering Australia's next generation of data centres.
Explore the issues defining project delivery, from AI-ready design and high-density infrastructure to procurement, construction productivity, digital delivery and commissioning.
Go inside the projects being delivered now.
Move beyond theory with practical case studies examining real data centre projects, delivery models and construction challenges.
Hear what worked, what didn't, where projects encountered problems and what delivery teams would do differently next time.
12 problems slowing down data centre delivery. One room built to solve them.
Join smaller, interactive discussions focused on the industry's biggest delivery constraints, from long-lead equipment and workforce capacity to commissioning, cooling, project controls and supply-chain bottlenecks.
Compare approaches, share lessons and work through challenges directly with your peers.
Meet the supply chain behind the build.
Discover the specialist technologies, equipment and expertise required to take projects from design through to commissioning.
Connect with providers across power, cooling, electrical infrastructure, modular solutions, construction technology, controls and mission-critical services.
Meet the people responsible for getting projects delivered.
Build relationships across the complete project delivery chain, including Data Centre Owners & Developers, Project Directors, Construction Leaders, Engineers, Contractors, Procurement Leaders, OEMs and Commissioning Specialists.
Australia’s data centre market is moving into a new phase.
For much of the past decade, the industry conversation has focused on investment, market growth, site selection, cloud demand and development pipelines.
AI is changing the equation. Projects are getting larger. Power requirements are increasing. Rack densities are rising. Cooling systems are evolving. Construction schedules are accelerating. And global competition for specialist equipment, engineering capability and skilled labour is intensifying.
The challenge is increasingly not simply what should be built/ It is how do we actually deliver it?
Successfully building the next generation of data centres requires the industry to solve increasingly complex questions around:
The Data Centre Construction Summit Australia 2027 is where the entire project delivery ecosystem comes together to address these challenges.
Not simply to discuss Australia’s data centre boom. But to build it.
AI Is Changing the Equation
Behind every new data centre sits an enormous ecosystem of developers, contractors, engineers, equipment manufacturers, technology providers and specialist delivery partners. Successfully delivering these projects requires collaboration across the complete project lifecycle.
The Value Chain
Australia is entering the biggest data centre construction cycle in its history.
AI, cloud and hyperscale investment are driving billions of dollars into new digital
infrastructure — creating unprecedented demand for engineering, construction, power,
cooling, equipment and specialist delivery capability.
But investment is only the beginning.
Now Australia has to build it.
How do we deliver projects faster? How do we design for AI-scale density? How do we
secure power and long-lead equipment? Can modularisation and prefabrication transform
delivery? Where will the specialist workforce come from? And how do we successfully
commission increasingly complex facilities?
The Data Centre Construction Summit Australia 2027 brings together the people
responsible for designing, engineering, procuring, constructing and commissioning
Australia’s next generation of hyperscale, AI and mission-critical infrastructure.
Australia's Data Centre Pipeline Is Becoming a Construction Pipeline
Billions of dollars of digital infrastructure are moving through planning and development towards physical delivery. That creates a rapidly expanding market for contractors, engineers, equipment, technology and specialist construction capability.
The opportunity is no longer simply about attracting data centre investment. It is about successfully delivering it.
AI infrastructure is forcing engineers and developers to rethink traditional data centre design. Higher rack densities, GPU clusters and liquid cooling are changing electrical architecture, cooling, heat rejection, structural requirements, controls and commissioning. Facilities being designed today must accommodate technologies that may change dramatically during their operating life.
Power availability is only part of the problem. Data centre projects increasingly require major substations, transformers, switchgear, UPS systems, generators, BESS and complex energisation programs. For project teams, electrical infrastructure is becoming a fundamental construction and scheduling challenge.
Hyperscalers, AI companies and developers need infrastructure faster. That is driving greater interest in standardisation, modular construction, prefabricated MEP, off-site manufacturing, DfMA and earlier contractor and supplier involvement.
Australian projects compete globally for transformers, switchgear, generators, cooling equipment and other mission-critical infrastructure. Procurement decisions are moving earlier in the project lifecycle and relationships with equipment manufacturers are becoming increasingly strategic.
Data centre development is competing with energy, transport, Defence and other infrastructure markets for engineers, trades, project managers and specialist technical expertise. Scaling Australia's data centre pipeline will require the industry to develop a significantly deeper mission-critical workforce.
Modularisation, prefabrication and off-site manufacturing offer the potential to improve quality, increase productivity and reduce delivery times.
The Industry Needs an Annual Marketplace
As the construction pipeline grows, Australia needs a dedicated meeting place for the people responsible for delivering it.
That is the role of the Data Centre Construction Summit Australia.
Designing for AI How high-density compute, GPU infrastructure and changing technology requirements are reshaping the physical facility. High-Density Cooling Direct-to-chip liquid cooling, heat rejection, water, HVAC and the infrastructure required to support AI-scale densities. Future-Proofing How do you design today's facility for tomorrow's compute?
Power & Electrical Infrastructure Grid connections, substations, transformers, switchgear, UPS, generators, BESS and energisation. Mission-Critical Engineering Integrating electrical, mechanical, structural, cooling and controls systems into increasingly complex facilities. Engineering for Reliability Designing infrastructure that can meet accelerated construction schedules without compromising resilience.
Long-Lead Equipment Managing transformers, switchgear, generators, UPS, chillers and other equipment sitting on the critical path. Supply-Chain Resilience Competing for global manufacturing capacity while building stronger Australian supplier relationships. Procurement at Scale Standardisation, early procurement, framework agreements and new relationships between developers, contractors and OEMs.
Construction at Hyperscale How do we successfully deliver increasingly large and complex facilities while maintaining quality, safety and schedule? Modularisation & Prefabrication Modular MEP, DfMA, skids, off-site manufacturing and the industrialisation of data centre construction. Construction Productivity Better sequencing, project controls, workforce utilisation and new approaches to delivering more with constrained resources. Digital Delivery BIM, digital twins, AI, reality capture, predictive scheduling and technology-enabled construction.
Commissioning at Scale Integrated Systems Testing, controls, energisation, cooling validation and failure scenarios. Operational Readiness Connecting design, construction and commissioning to ensure successful handover. The Final 10% How do we prevent commissioning from becoming the schedule shock at the end of the project?
The Summit is designed for senior professionals involved across the entire data centre project delivery lifecycle.
Project Directors, Construction Directors, Development Directors, Heads of Delivery, Design Directors, Engineering Directors, Procurement Leaders and Commissioning Leaders.
Main contractors, specialist contractors, Construction Managers, Project Managers, Site Managers, Services Managers, Commercial Managers and Planning Managers.
MEP engineers, electrical and mechanical engineers, architects, structural engineers, civil engineers, Design Managers, Digital Engineering Leaders and BIM Managers.
Project managers, quantity surveyors, cost consultants, project controls, planners and commercial advisors.
Utilities, electrical contractors, transformer and switchgear manufacturers, UPS, generators, energy storage, substations and power systems.
Liquid cooling, HVAC, chillers, heat rejection, water infrastructure, mechanical systems and controls.
BIM, digital twins, construction software, AI, project controls, reality capture, automation and robotics.
commissioning, testing, controls, fire, security, cabling, logistics, workforce, safety and specialist mission-critical services.
Project Deep Dives & AI Factories
Move beyond generic presentations and hear directly from the teams delivering major Australian data centre developments. Each session brings together the Developer + Contractor + Engineer trio.
12 Delivery Roundtables
Practical roundtable conversations addressing the biggest bottlenecks in data centre delivery. Attendees choose two 30-minute discussion rotations:
Twelve Problems Slowing Down Data Centre Delivery — And How Do We Solve Them?
Move beyond presentations and participate in practical conversations with peers confronting the same project challenges.
How do we de-risk supply and keep projects on schedule?
What does good look like for design, delivery and operations?
How do we attract, develop and retain the talent we need?
Can modular delivery accelerate timelines without compromise?
How do we turn models into measurable operational value?
What practical steps lift productivity on site?
How do we test, validate and ramp up at speed?
How do we keep complex programs on time and on budget?
How do we manage cost risk in a volatile market?
How do we maintain safety without slowing delivery?
How do we build greater resilience into our supply chains?
What’s next for ultra-high density and future-ready design?
Attendees choose two discussions from topics including:
THE AUSTRALIAN DATA CENTRE DELIVERY PRIORITIES
Turning Conversation Into Action
DCCS is intended to create more than a one-day conversation.
Insights from the conference, project case studies and Delivery Roundtables will contribute to:
THE AUSTRALIAN DATA CENTRE DELIVERY PRIORITIES 2027
A post-event report identifying the most important actions required to improve Australia’s ability to design, engineer, construct and commission data centre infrastructure at scale.
Identify the problems. Share the solutions. Accelerate delivery.
Get closer to the projects, construction pipeline and delivery models shaping Australia's next generation of data centres.
Hear directly from developers, contractors and engineers about what is working, where problems are emerging and what they would do differently.
Understand how high-density compute and liquid cooling are changing engineering and construction.
Explore modularisation, prefabrication, DfMA, standardisation and new delivery models capable of reducing time-to-market.
Understand how leading project teams are addressing long-lead equipment, supply-chain constraints, project controls, cost escalation and workforce shortages.
See how BIM, digital twins, AI, reality capture and automation are transforming project delivery.
Participate in the DCCS Delivery Roundtables and compare approaches to the industry's biggest delivery challenges.
Connect with the specialist organisations providing the power, cooling, equipment, technology and expertise required to deliver the pipeline.
Meet Australia's growing community of data centre Project Directors, engineers, construction leaders and commissioning specialists.
Meet the People Building Australia's AI Infrastructure
Every new data centre creates enormous demand across engineering, construction, electrical infrastructure, cooling, equipment, technology and specialist services.
DCCS Australia gives solution providers direct access to the people influencing how projects are designed, specified, procured, constructed and commissioned.
Connect with developers, contractors and project teams responsible for major upcoming developments.
Engage with engineers, Design Managers, Procurement Leaders and Project Directors before critical decisions are locked in.
Use technical content, case studies and Roundtables to show how your organisation solves real project challenges.
Put your equipment, technology and capability in front of the people responsible for deploying it.
Align your brand with power, cooling, modularisation, digital engineering, commissioning or another critical area of project delivery.
Meet customers earlier in the project lifecycle and across multiple stages of delivery.
Australia’s AI future will not be created by capital alone.
It has to be designed.
It has to be engineered.
It has to be powered.
It has to be cooled.
It has to be constructed.
And it has to work.

Setting the scene: demand, capacity and policy momentum shaping New Zealand’s data-centre expansion

This extended keynote explores where the industry stands today, the challenges ahead, and the shifts required to unlock the next wave of growth in New Zealand and worldwide. Bring your questions.

New Zealand’s accelerating data centre build-out is putting major pressure on teams delivering large-scale facilities, where speed, resilience, and certainty are critical. Construction partners must navigate land constraints, seismic requirements, labour shortages, and supply chain complexity while meeting the rising expectations of hyperscalers and major enterprise clients. This session brings together leading contractors to discuss how they are scaling delivery, managing risk across complex builds, and adapting procurement, cooling strategies, and compliance to support the next wave of large-scale development.




Power dominates most data centre planning conversations, but the right fibre connectivity is just as critical in determining which sites are truly scalable. As AI, sovereign cloud and distributed architectures accelerate, resilient and diverse fibre is increasingly shaping the map of viable locations – and unlocking regional opportunities that weren’t previously possible. In this session, Martin Sharrock (Chief Technology Officer at Chorus) will show:
















New Zealand is rapidly emerging as a key data centre and AI hub, driven by abundant renewable energy, political stability and a growing digital economy. With major cloud providers launching local cloud regions and Auckland’s capacity set to triple by 2025, the country is attracting increasing global attention. New submarine cable connections and regional expansion will further accelerate New Zealand’s position as an international digital infrastructure destination.

As New Zealand’s data centre sector expands, how are investors evaluating PPAs, staged load and sovereign-cloud drivers. Investors are watching market dynamics, regulatory settings, and long-term opportunities, this panel brings together leaders from major funds to discuss where capital is moving, the hurdles they face, and what they see ahead for the sector.




Explore how a true lifecycle approach, linking design, construction, commissioning, and operations through a unified digital twin, can unlock efficiency, resilience, and sustainability in data centres. This session goes beyond the typical focus on digital twins in either construction or operations, showing how Octave’s solutions bridge the gap and enable continuous data flow and value creation from initial design through to decommissioning.

New Zealand’s data centre surge is putting exceptional pressure on construction teams to deliver larger, faster, and more resilient facilities while navigating land constraints, labour shortages, and supply chain volatility. In this opening discussion, leading contractors and delivery partners will share how they are scaling to meet demand, managing risk across complex builds, and adapting to the evolving needs of hyperscalers and enterprise clients. From procurement models to cooling innovation, seismic requirements, and compliance, this session sets the tone for a day focused on construction excellence.





As AI and data centre demand accelerates, supply chains are becoming critical to speed, cost, and project certainty. This session explores how organisations can manage long lead times across key components while navigating procurement risks and global disruption, and how greater resilience and transparency can unlock predictability.
Discover how to balance speed to market with cost control and quality assurance, and the role logistics, warehousing, and smarter planning play in keeping projects on track.

In this session, you’ll hear rapid-fire 5-minute presentations from companies at the forefront of data centre innovation followed by a 20-minute panel discussion exploring how their services and solutions are transforming development – boosting delivery speed, improving cost certainty, and supporting sustainability and resilience goals.
Talk 1: Turn data into smart decisions and maximise your technology ROI with insights that drive safety and strengthen a culture of operational excellence. Facilitated by: Jeff Sharp, Principal Industry Consultant, Octave
Talk 2: Are we protecting tomorrow’s infrastructure with yesterday’s security? Facilitated by: Brad Small, General Manager – Sales and Marketing, Red Badge Group
Talk 3: Modular solutions for the next generation of AI Data Centres. Facilitated by: Alex McCarthy, Data Centre Evangelist, Honeywell APAC
Talk 4: Achieving real time operational visibility




As AI drives unprecedented demand, power and cooling become defining design requirements. This session explores global and local views on grid capacity, heat management, and practical strategies to support high-density AI workloads.

As compute demand accelerates, data centres face growing pressure to secure reliable, scalable, low-carbon power. This panel brings together leaders from energy, infrastructure, and data centre sectors to examine the evolving energy mix, from grid constraints and renewable integration. We will explore how operators plan for long-term resilience and what policy shifts and investments are needed to scale clean energy and its supply chain.





Off the back of last year’s research into the current data centre ecosystem in New Zealand, the DataCentres New Zealand group have collaborated on the development of a national strategy that addresses the domestic need and the export opportunity, ensuring data centres build in New Zealand benefit New Zealand.

Mike Shirley, Head of Sales & Marketing, Spark

Mike Shirley, Head of Sales & Marketing, Spark
Cordis Auckland
83 SYMONDS ST, AUCKLAND 1010
booth #14

booth #16

booth #17
Red Badge Group is a 100% New Zealand owned and operated security company helping organisations rethink how critical infrastructure is protected. With nearly 30 years of experience and a workforce of more than 2,000 security professionals nationwide, Red Badge delivers integrated solutions spanning guarding, monitoring, mobile response, and event security. Operating across some of New Zealand’s most complex and high-profile environments, the company combines human expertise with innovation to improve situational awareness, accelerate response times, and provide greater operational visibility. As infrastructure evolves, Red Badge is focused on challenging traditional security models and exploring how technology can play a greater role in protecting people, assets, and essential services. At this year’s Data Centre Leaders Summit, Red Badge will share its vision for the next generation of security and the role emerging technologies may play in shaping the future of critical infrastructure protection.

booth #13


Vector Fibre your partner for mission-critical digital infrastructure. We deliver scalable, high-capacity connectivity across Auckland – so organisations can connect, grow, and adapt as fast as the market moves.
The pace of the digital economy demands readiness.
At Vector Fibre, We Mean Business.

A family-owned business since 1972, we are Australia and New Zealand’s leading Stormwater specialist. We collaborate with councils, engineers, and contractors to develop risk-free, sustainable water solutions for the future.
Our products and services cater to your stormwater projects, and our experienced team provide full project lifecycle support across sales, delivery, installation, and maintenance. The generational assets we provide ensure water quality and quantity outcomes across a full range of applications and on-site catchment scenarios.
From gross pollutants to hydrocarbon management and stormwater detention – Atlan provides full-service stormwater solutions, and our design & maintenance teams are available to ensure your project compliance.
Bridging the gap between economics and environment, our team works with project stakeholders to keep waterways clean, maximise developable space, and create sustainable outcomes for future generations.
Atlan Stormwater manages project outcomes in our urban catchments to remove pollution at the source. We believe clean waterways are a right, not a privilege. We honour our legacy by working every day to protect Joy in Water experiences for you with your family and friends.

Established in the UK over a century ago, Polyflor is a leading manufacturer of commercial vinyl flooring, renowned for delivering high quality, long-lasting flooring solutions. Supporting the growing demands of the data centre industry, Polyflor’s specialist ESD flooring solutions are engineered to provide reliable static control by safely dissipating electrostatic discharge to ground, helping protect sensitive electronic equipment and critical operations. Tested to international ESD standards, our Static Dissipative (SD) and Electrostatic Conductive (EC) ranges deliver the durability, reliability and low lifecycle maintenance required for modern data centres.

ASSA ABLOY is the global leader in access solutions, supporting critical infrastructure worldwide with secure, scalable and intelligent technologies. With operations spanning more than 70 countries and strong local expertise in New Zealand, ASSA ABLOY helps organisations design and operate secure environments where availability, resilience and compliance are paramount .
For data centres and other mission‑critical facilities, ASSA ABLOY delivers integrated physical and digital security solutions that align with modern IT and facilities architectures. Our portfolio includes high‑security mechanical and electromechanical locking, intelligent access control, identity management and connected devices designed to integrate with building management systems, DCIM platforms and wider security ecosystems .
ASSA ABLOY’s smart solutions enable precise access governance, real‑time visibility and auditability across sites—supporting uptime, regulatory compliance and risk management. From perimeter and mantrap security through to cabinet‑ and rack‑level access, our technologies help reduce operational friction while strengthening protection of people, assets and data .
Backed by global R&D and cybersecurity‑aware product development, ASSA ABLOY New Zealand works closely with CIOs, infrastructure leaders, consultants and integrators to deliver future‑ready access strategies that scale with growth and adapt to evolving operational and threat landscapes.

Autodesk is changing how the world is designed and made. Our technology spans architecture, engineering, construction, product design, manufacturing, and media and entertainment. We empower innovators everywhere to solve challenges, big and small. From greener buildings to smarter products and more mesmerizing blockbusters, Autodesk software helps our customers design and make a better world for all. Over 100 million people use Autodesk software, like AutoCAD, Revit, Maya, 3ds Max, Fusion 360, SketchBook, and more, to unlock their creativity and solve important design, business, and environmental challenges. Our software runs on both personal computers and mobile devices. It taps the infinite computing power of the cloud to help teams around the world collaborate, design, simulate, and fabricate their ideas in 3D. We provide exceptional compensation and benefit packages, and we’d love for you to join us. We’re proud to be an equal opportunity employer, and we consider all qualified applicants without regard to race, gender, disability, veteran status, or other protected category.


DHL Group is the world’s leading logistics company, connecting businesses and markets across more than 220 countries and territories. Through DHL Express, DHL Global Forwarding and DHL Supply Chain, the Group delivers end-to-end logistics solutions spanning international express delivery, freight forwarding, and integrated supply chain services, helping businesses grow, move faster and connect globally.


Cupix is a Spatial Digital Twin software company on a mission to enable the construction industry to maximise project outcomes by mirroring construction sites into virtual spaces in minutes.
Combining AI and BIM technologies, Cupix’s flagship product, CupixWorks, is a SaaS platform which transforms 360 photos taken by off-the-shelf 360 cameras into a virtual 3D space and provides a cloud based unified platform for industry data formats.
Many of Australia’s largest construction companies rely on CupixWorks to enhance collaboration, speed up decision-making, reduce risk, and improve overall project outcomes.
cupix.com

Vertiv (NYSE: VRT) solves the most important challenges facing today’s data centers, communication networks and commercial and industrial facilities with a portfolio of power protection, precision cooling and IT infrastructure solutions and services that extends from the cloud to the edge of the network. Vertiv brings together hardware, software, analytics, and ongoing services to ensure its customers’ vital applications run continuously, perform optimally, and grow with their business needs. Headquartered in Columbus, Ohio, USA, Vertiv employs approximately 24,000 people and does business in more than 130 countries. In Australia and New Zealand, Vertiv has offices in Sydney, Melbourne, Brisbane, Canberra, Perth and Auckland. For more information, visit Vertiv.com, or call 02 9805 5800.
www.vertiv.com

Unleashing intelligence at scale.
Octave is a leader in enterprise software, turning data into decisive action and intelligence into your edge. Our software solves for and simplifies complexity, from the design and build to operations and protection of people, property, and assets — for any scope, at any scale. For decades, we’ve partnered with customers to sharpen performance, elevate efficiency, and amplify results. From factory floors to entire cities, our solutions are tuned to scale up what’s possible from day one onward.
www.octave.com

With our experience in top-tier data centers, Honeywell helps operators meet challenges in accelerating the build of a standardised global fleet. Our proven solutions help optimise facility uptime, improve efficiency, reduce carbon footprint and help protect workers, data and assets.

Chorus’s fibre network is New Zealand’s digital backbone. We run NZ’s largest open access, carrier neutral fibre network – featuring network diversity with resilient onramps to international cable systems. Our data centre partners and enterprise customers get consistent performance, national reach and trusted neutrality. Engineered for low latency and rapid scale, we power cloud, edge, AI, and latency sensitive workloads. We’re not just connecting New Zealand today. We’re the digital backbone of a nation, unlocking possibilities for generations to come.

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