Reverse Engineering the Microsoft exFAT File System

whitePaper | February 25, 2020

Globalization has driven the use of digital technologies across all industries. While many sectors have adopted the changes as feasible, several are yet to leverage the opportunities arising out of the same. According to different studies, the construction industry is also catching up, albeit slowly, in the drive to leverage the benefits of cloud, Blockchain, IoT, analytics, Big Data, Drones etc.

whitePaper | January 20, 2022

Knowledge is any organisation’s biggest asset, but in construction and engineering, the culture of knowledge management is specifically important due to the information-, regulation- and process-saturated nature of the industry.

whitePaper | June 23, 2022

Model-Based Systems Engineering (MBSE) is perhaps one of the most misunderstood and often abused acronyms in the engineering vernacular. Many companies struggle to understand how it will improve their entire product lifecycle and address the ever-increasing complexity of products. In many companies, executives and middle management experience a lack of understanding regarding the rapid pace of today’s technology and its impact on organizations and processes. Technical practitioners may gain additional insight as they focus their energies on establishing strong MBSE practices. The successful implementation of MBSE includes transformations and enhancements in three key areas: organization, process and technology. This white paper shares proper planning and implementation considerations in adopting an MBSE practice. It provides a high-level view, defines critical components to help success and identifies many problematic areas to avoid in an implementation journey.

whitePaper | March 19, 2020

Regenerative solutions are safe method of directing energy back onto the line. These systems can pay back the cost of the regenerative device and the variable frequency drive operating the motor. This article compares a few of the most common regenerative solutions to present the advantages and disadvantages of each.

whitePaper | November 14, 2019

When specifying the mechanical and electrical equipment for a building, it is easy to assume that extra capacity is a good thing, but it actually can be just as counterproductive as having undersized installations. In the first place, extra capacity comes at a higher upfront cost, which makes the building owner assume unnecessary expenses. There are also many types of equipment that experience performance issues when over-engineered, which can range from low energy efficiency to a diminished service life.

whitePaper | July 21, 2022

President Biden has called for net-zero emissions, economy-wide, by 2050. Accomplishing this will require increasing efficiency, vastly increasing renewable energy capacity, and transitioning from fossil fuels to clean electricity. Buildings have a critical role to play in achieving each of these objectives. This paper proposes a framework for determining which metrics are best suited for policies to move existing commercial and multifamily buildings forward on the path toward zero carbon emissions. Choosing the right metrics is necessary for effective policies, but it is not sufficient to achieving a just and inclusive energy transition. Building performance policies — in conjunction with other complementary policies — must bring the benefits of improved performance to those living in affordable housing andhistorically underserved communities, and at the same time ensure that the cost of compliance does not create new burdens. Jurisdictions must consider the impact of policy decisions on equitable outcomes, particularly with respect to establishing performance levels, options for compliance, and penalties for non-compliance.