(CPSSMS) as Critical and Emerging Technology

Advancing U.S. Leadership in Critical and Emerging Technologies

Congress established the Office of Science and Technology Policy (OSTP) in 1976 to provide the President and Executive Office of the President (EOP) with advice on the scientific, engineering, and technological aspects of national policy and the work of the executive branch. This includes matters of the economy, national security, homeland security, health, foreign relations, the environment, education, and resource management.

Key aspects of the OSTP include:

• Mission: To advise the President on science and technology impacts on domestic and international affairs, and to lead interagency efforts in science and technology policy and budgets.  

• Structure: Located within the EOP, the office is led by a Senate-confirmed Director (often known as the President’s Science Advisor) and often includes up to four Associate Directors.  

• Key Functions:  
  • Advising: Providing scientific and technical analysis for major federal policies and plans.  
  • Coordination: Leading interagency efforts to develop and implement science and technology policies and budgets.  
  • PCAST: The Director co-chairs the President’s Council of Advisors on Science and Technology (PCAST).

• Focus Areas: The OSTP oversees policies in areas such as artificial intelligence, biotechnology, and quantum information sciences to ensure American leadership in critical and emerging technologies.  

• History: It was created to fill the need for a formal mechanism for presidential science advice after President Nixon abolished the previous White House science advisory structure.

The OSTP Director continues to serve as the President’s chief science and technology advisor. As of May 2026, Michael Kratsios leads the office as the 13th Director (confirmed by the Senate in March 2025). 

Official Congressional Research Service overview (CRS Report R47410): OSTP’s statutory mission, structure, and functions detail how the office advises the President on science and technology impacts across national security, homeland security, health, justice, and resource management; leads interagency coordination on S&T policy and budgets; and focuses heavily on emerging technologies (especially AI, biotechnology, quantum, advanced computing, and data/cybersecurity) to maintain U.S. leadership and reduce risks.

Source: Congressional Research Service Report R47410 

Building directly on the Office of Science and Technology Policy’s (OSTP) statutory mission as outlined in Congressional Research Service Report R47410 — particularly its emphasis on justice, homeland security, national security, and the governance of emerging technologies such as AI, advanced computing, and data privacy/cybersecurity — the Constitutional Public Safety Staff Management System (CPSSMS™) is a practical application of Analytical Solutions’ proprietary method to these priorities.

The Constitutional Public Safety Staff Management System (CPSSMS™) is Analytical Solutions’ proprietary method for staffing management in U.S. corrections facilities, directed at jurisdictional compliance and operational resilience. The White House Office of Science and Technology Policy (OSTP) oversees the 2024 National Critical and Emerging Technologies (CET) List, released on February 12, 2024, to advance U.S. leadership in technologies vital to national security, including Advanced Computing, Artificial Intelligence (AI), and Data Privacy and Cybersecurity. The OSTP’s Guidance for Implementing Gold Standard Science (June 2025) emphasizes precision in data collection and analysis for reliable outcomes. CPSSMS™ applies documented computational methods to correctional staffing and operational records so that inputs, assumptions, and outputs can be reviewed. Material outputs remain subject to human review.

• OSTP Directive: The CET List drives innovation to maintain U.S. technological leadership, prioritizing technologies that enhance national security and public safety White House OSTP. The Guidance for Implementing Gold Standard Science calls for precise, reproducible data-driven solutions to ensure integrity in federally funded initiatives OSTP Guidance for GSS.

• Relevance to Corrections: Understaffing, non-compliance, and budgetary inefficiencies in corrections facilities undermine safety and constitutional standards. CPSSMS addresses these with precise data architectures, supporting OSTP’s goal of deploying transformative technologies for societal benefit.

CPSSMS integrates cutting-edge tools for scheduling, staff balancing, overtime tracking, roster assignment, and compliance validation, capturing vital information with precision to ensure efficient, compliant operations. It employs advanced methodologies, including differential equations, backpropagation, and data node orchestration, to manage staffing complexities, aligning with OSTP’s emphasis on rigorous technological applications.

Advanced Computing

• OSTP Alignment: OSTP prioritizes advanced computing for real-time solutions in critical infrastructure, requiring precise data processing (White House OSTP; OSTP Guidance for GSS).

• CPSSMS Capabilities: CPSSMS processes large-scale staffing data through data-node branching and computational decomposition, capturing vital information like authorized staffing levels, relief factors, and operational gaps. It transforms manual systems into integrated, real-time architectures, using differential equations to map staffing iterations and backpropagation to reconcile cost valuations, setting standards for efficient management.

Artificial Intelligence

• OSTP Alignment: AI is central to OSTP’s vision for predictive, adaptive systems with precise modeling (White House OSTP; OSTP Guidance for GSS).

• CPSSMS Capabilities: CPSSMS uses forecasting, optimization algorithms, and natural language processing to predict staffing needs, balance assignments, and extract legal constraints with precision. It captures vital information on full-time equivalent requirements and overtime patterns, developing AI-driven regulatory standards through pattern recognition and anomaly detection.

Data Privacy and Cybersecurity

• OSTP Alignment: OSTP emphasizes secure data systems to protect critical information with precise governance (White House OSTP; OSTP Guidance for GSS).

• CPSSMS Capabilities: CPSSMS’s data fabric ensures resilient integration, capturing vital roster and overtime information with robust, precise governance. It provides forensic digital threading and data traceability, offering a model for secure data handling standards in compliance with jurisdictional requirements.

What the method covers

CPSSMS™ is a proprietary method for workforce scheduling, task assignment, and workflow analysis in 24/7 correctional operations. It maps an authorized schedule from the table of organization and plot plans, balances tours and squads, converts hour gaps to full-time equivalent, assigns the roster, and checks the result against the rules that already govern the facility. It uses computational methods in an area the Office of Science and Technology Policy has identified as a critical and emerging technology. That describes the technical domain. It is not an OSTP certification of the method.

The system models staffing as a higher-dimensional adaptive function using an interdependent machine-learning pipeline (RNN/LSTM forecasting, reinforcement learning optimization, PCA clustering, and backpropagation refinement). The Governed System Compliance Engine validates all outputs against constitutional standards, statutes, consent decrees, and collective bargaining requirements. SHAP (SHapley Additive exPlanations) provides full transparency through auditable force plots, beeswarm summaries, and dependence plots.

This architecture is designed to produce documented staffing and cost analyses for 24/7 correctional operations. It addresses common record and budget-gap problems by generating auditable outputs that a jurisdiction can test against applicable statutes, regulations, consent decrees, and standards of care, custody, and control. Whether those outputs meet a legal standard in a given case is a question for the responsible officials and, where the matter is in court, for the court.

CPSSMS uses advanced computing and artificial intelligence methods in an area OSTP has identified as a critical and emerging technology. This describes the technical domain. It is not an OSTP certification of the product.

• Compliance: CPSSMS is designed to support compliance review through documented validation of staffing outputs against the legal authorities supplied by the jurisdiction. It uses data node orchestration to ensure regulatory adherence and provides a framework for regulatory innovation.

• Resilience: Precise real-time forecasts of staffing gaps and overtime needs strengthen operational stability and inform management standards.

• Fiscal Sustainability: Capturing budgetary gap information with precision, including relief factor valuations (e.g., for at-post positions and scheduled absences), guides resource allocation and aligns with OSTP’s focus on efficient systems.

CPSSMS applies methods in advanced computing, artificial intelligence, and data governance, which appear on the 2024 CET List. By emphasizing documented inputs, reproducible methods, and reviewable outputs consistent with the Guidance for Implementing Gold Standard Science, the system is intended to help jurisdictions produce staffing records that can be examined for accuracy and legal fit. Adoption is a procurement decision for each jurisdiction.

References: 

• White House. Office of Science and Technology Policy. https://www.whitehouse.gov/ostp/

• Critical and Emerging Technologies list update, National Science and Technology Council, February 2024. https://bidenwhitehouse.archives.gov/wp-content/uploads/2024/02/Critical-and-Emerging-Technologies-List-2024-Update.pdf