An Update on Insolvency in the Australian Construction Industry

whitePaper | February 24, 2022

Cloud-native engineering empowers organizations to design and develop scalable, agile, cost-effective applications and run them in dynamic environments such as on-premises or in public, private, or hybrid clouds. A cloud-native application consists of microservices working together in an application that can be scaled easily. These microservices are often packaged in code along with libraries and dependencies to run anywhere. In a cloud-native app, the application code is designed, built, and delivered very differently than it would be for conventional, monolithic apps. Cloud-native engineering enables loosely coupled systems that are resilient, manageable, and observable to be combined with robust automation, allowing engineers to make changes frequently.

whitePaper | September 22, 2022

Heightened volatility in global supply chains will persist into the future. This has major implications for the construction equipment industry. Based on data from both developed and developing markets, we identify five categories of disruption that are causing component scarcity in the short, medium and long term: geopolitical, structural, environmental, operational and reputational disruptions. For most industry players, geopolitical and structural risks are top of mind.

whitePaper | June 6, 2022

With ongoing advancements in converging technologies, energy generation and usage and other business models, the construction industry has an opportunity to transform the way it functions. Challenging conventional norms could be the key to solving many of the bottlenecks the industry has faced for years. At the same time, there are inherent risks associated with transformative shifts. The time is right to take advantage of the potential financial, environmental and societal rewards.

whitePaper | August 2, 2022

The purpose of the Technical Design Requirements for Alberta Infrastructure Facilities (TDR) document is to provide architects, engineers, contractors, client groups, facility administrators and operators involved in designing and building facilities with a comprehensive set of requirements. The requirements have been developed by Alberta Infrastructure Technical Services and Procurement Branch by consolidating best practices information, from the position of knowledgeable owner, as well as national and international subject matter experts. They are based on components and systems which have proven to be reliable and efficient, to meet the needs of the users, and to have acceptable life cycle costs. The requirements are intended as a minimum for planning new facilities and renovating and operating existing facilities. Innovative designs, products, systems and technology are encouraged after thorough evaluation of potential benefits and risks, value analysis and life cycle cost. Early and regular involvement by Technical Services staff is recommended when proposing alternatives.

whitePaper | March 2, 2020

The automotive industry is going through the greatest revolution in its history. From insurance and financing to after-market services and flexible business models, digital disruption is driving every organization out of its comfort zone. In this white paper, you’ll learn how technology-driven trends and customer service expectations are redefining the CX.

whitePaper | April 25, 2022

As a data hub and application carrier, data centeris a basic guarantee facility for carrying digital computing power and information systems of variousindustries, an important precondition for building information platform, and a key link in the development of digital industry chain. Data center infrastructure is also an important part of ensuring stable operation of data centers. Troubleshooting, root cause analysis and remediation of facilityproblems are common challenges for any infrastructure operation. Therefore, data center infrastructure design becomes critical. Many emerging trends are impacting all operations within the current data center, such as the increased data center rack densit