achieving mission and business goals
The Best Data Scientists, Complex Problems, User-Focused Outcomes
Architect data models, engineer data pipelines, develop features, train, test, and validate machine learning models, to create high-end ML and AI solutions to client mission challenges.
At Steampunk, we see the application of predictive and generative AI as the pinnacle of Data Exploitation. Predictive AI empowers agencies to forecast trends, identify risks, and make data-driven decisions, optimizing resource allocation and policy planning. Generative AI, on the other hand, revolutionizes content creation and workflow automation within the government. Together, these AI technologies enable federal agencies to operate more proactively and creatively, ensuring more responsive and effective governance. Learn more about Steampunk AI. To build effective, safe AI that is accurate and unbiased, agencies must first get the data stack right from the foundation up.
Our team of talented data practitioners works together to solve real-world, complex data challenges. We keep our customers at the center and are guided by Steampunk’s principles of Design Intelligence® and DevSecOps to solve problems ranging from data strategy, to data engineering and advanced machine learning.
Steampunk believes that people are at the core of everything we do. Our teams value diversity of people and ideas to build the best possible solutions and are comprised of individuals with a variety of skill sets including:
Data Architecture
Data Engineering
ETL Development
Data Visualization
Predictive Modeling
Machine Learning and Artificial Intelligence
As part of a Steampunk Data Exploitation engagement, our clients work with talented, passionate, and highly specialized data practitioners, who persistently strive to craft state-of-the-art solutions.
achieving mission and business goals
Our Data Exploitation Practice Delivery Capabilities
Data Strategy, Architecture, and Governance
Data Platforms
Data Integration
Automation
Visualization
Data Science
Artificial Intelligence
Machine Learning
Deep Learning
MLOps