A Modular Analytical Ecosystem for Deterministic Engineering Systems
Continuity Aero is a structured computational platform hosting versioned analytical modules across operational and structural domains.
The architecture combines research-grade analytical foundations with modular software governance to enable disciplined development, validation, and release cycles.
Each module explicitly declares its scope, assumptions, maturity level, and intended use.
Workload Simulation Framework
A deterministic modeling engine for constrained workload analysis and structured operational planning.
Designed for bounded-system feasibility evaluation with real-time computational feedback.
Launch ApplicationFormal Analytical Framework for Mechanics
A deterministic computation kernel for classical stress concentration, fracture mechanics, and fatigue life assessment. Implements established analytical models with exact rational arithmetic and zero runtime dependencies.
Five validated domain layers — Structural Analysis, Fracture Mechanics, High-Cycle Fatigue, Low-Cycle Fatigue, and Cyclic Plasticity. Dual licensed under AGPL v3 (community) and CAAL v1.0 (commercial).
Learn MoreDiscover the architecture, workflow, and capabilities of CA V9.2.1 Pre Alpha.
All 8 application modules at a glance — from Dashboard to Analytics.
A 4-step walkthrough of the simulation workflow from definition to analysis.
Follow a typical planning cycle from login to actionable workforce intelligence.
The core analytical model — how demand and capacity drive feasibility decisions.
13 roles across 4 tiers — role-based access control for every user level.