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Explore PALLC.

Capabilities, demonstrations, publications, partnerships and contact information.

All pages.

Approach

Adaptive digital twins ↗︎

Approach ↗︎

Live, virtual & constructive integration ↗︎

Model Reduction Ecosystem ↗︎

Capabilities

Engineering capabilities ↗︎

Mission Engineering & Integration services ↗︎

Model-Based Systems Engineering (MBSE) ↗︎

LVC integration, test and evaluation ↗︎

Exercises and wargaming ↗︎

SI-enabled Engineering & Development ↗︎

Computational Physics & Dynamical Systems ↗︎

Multi-resolution simulation ↗︎

Space and mission analysis ↗︎

Munition Design and Speciality Fabrication ↗︎

Company

Our mission ↗︎

Our story ↗︎

Contact

Contact PALLC ↗︎

Demonstrations

Demonstration library ↗︎

ZMS visual reference ↗︎

Home

Capability development & mission preparation ↗︎

Information

Legal notice ↗︎

Partnerships

PALLC Partnerships ↗︎

Publications

Publications & White Papers ↗︎

Admissible Coarse-to-Fine Continuation of Reacting Hypersonic Flow on Native Hexahedral Grids ↗︎

A System Entity Structure Methodology for Verifiable, Embedding-Grounded LLM-Agent Orchestration in DEVS ↗︎

From Rules to Agentic Swarms: A Systems Engineering Journey Through the Evolution of AI ↗︎

MATH‐BASED DATA STRUCTURES AND ANALYSIS FOR MISSION ENGINEERING ↗︎

Executable Architectures: Integrating Ontology, SysML v2, DEVS, and Agentic AI to Realize the Digital Thread ↗︎

Four-Arc Progressive Assessment with Adversarial AI Validation: An IGNITE ’26 Geospatial COP for Digital Engineering ↗︎

Wargaming a Post-Quantum C4ISR Transition: Model-Adjudicated Analysis of Migration Sequencing Under Quantum Disruption ↗︎

The Structural Gap: From Frontier AI to Mission Capability ↗︎

Dr. Bernard P. Zeigler and the Foundations of Agents in Artificial Intelligence ↗︎

PALLC AI-GEMS: AFSIM, JSE, NGTS and Beyond — A DEVS Blueprint for the Defense Modeling and Simulation Toolchain ↗︎

Technology

Technology portfolio ↗︎

ModelShift ↗︎

ForceWeaver ↗︎