Industry
The U.S. has been a leader in technology development, but we lost ground in semiconductor manufacturing by not maintaining production capabilities. Now, with the Chips Act, we are working to regain that ground and prevent dependency on adversaries for critical technologies.
As demand shifts, so does our approach, evolving from merely expedited services to a more comprehensive array of support across international freight, warehousing, and contract logistics. The goal is to be a top choice among a small, trusted group of logistics providers, helping our clients meet their distribution goals reliably and efficiently.
Our solutions are critical in helping the industry bring up new manufacturing nodes more efficiently. By providing advanced analytics and software, we enable engineers to optimize production processes, making the transition to new nodes smoother and more cost-effective
We have carved out a unique position by focusing on data interoperability and patient engagement, which are areas that have often been overlooked in clinical trials. By connecting patients, hospitals, biopharma companies, and trial sites, we improve the flow of data in clinical trials and make the experience better for patients.
As the semiconductor industry evolves, we aim to be at the forefront of reshoring manufacturing in the U.S. We will continue to innovate with a flexible, customer-centric model, and we will play a key role in driving the next wave of innovation in AI, biosensing, and green energy.
But our most exciting segment is E-infrastructure which is focused on data centers, which now represent over 40% of our segment backlog, as well as manufacturing and e-commerce distribution. On the manufacturing front we are engaged in battery plants solar panel plants, and small manufacturing facilities and are anticipating a wave of chip plants, pharma, and food processing facilities in the next few years. The shift toward domestic manufacturing was spurred by COVID-19 highlighting supply chain vulnerabilities, and signifies a move towards supply chain security over cost.
For us, it is not about massive, general-purpose AI models—it is about precision. We work with medium-sized language models that are tailored to our specific use cases. For example, our primary software has around 70 million lines of code. Using Retrieval-Augmented Generation (RAG), we can narrow down to the exact parts of the system needed to provide actionable insights.
According to our latest State of the Data Center report, at least three-quarters of respondents are considering moving AI-related workloads from the public cloud, which is increasingly costly, to a colocation data center.
Moreover, the design of living spaces must adapt to new realities, with a focus on improving air quality, access to natural light, and the overall living environment. We see this as an opportunity to rethink and improve urban living, integrating technology to predict and respond to environmental needs. Cities are indispensable, and as we move forward, we must solve these challenges to ensure they continue to thrive as vibrant, livable spaces.
We offer what we call a composable dashboard, giving institutions full control over what they present and how they present it. This allows them to craft highly customized experiences, much like how streaming services recommend content tailored to individual users. Two institutions in close proximity can serve similar financial products, but with entirely different customer experiences based on what resonates with their specific communities.
