The IDPS operates on the fundamental axiom of passive observation across dimensional boundaries. Direct interaction with observed realities is strictly forbidden under Directive Omega, barring catastrophic containment failure scenarios (See Appendix C: Contingency Epsilon). Our mandate is documentation, analysis, and prediction, not manipulation.
Traversal between realities utilizes generated spacetime conduits, colloquially termed "Interdimensional Highways." Pathway generation adheres to the Modified Weyl-Planck Metric:
ds² = -A(r,t)dt² + B(r,t)dr² + C(r,t)(dθ² + sin²θ dφ²) + Σ[γ_ij(x_k)dx^i dx^j] Where: A, B, C = Fluctuation Coefficients derived from local Chroniton Density (ρ_c). γ_ij = Metric tensor of the target n-dimensional manifold. Σ = Summation over extra dimensions (k > 4). Stability Condition: ∂(ρ_c)/∂t < ε_max (Threshold value dependent on local reality energy state E_R)
Route calculation involves solving the n-body gravitational problem across dimensional phase-space, minimizing temporal shear (τ_shear) and reality cohesion decay (Λ_decay). Preferred routes utilize existing stable nexuses or regions of low dimensional friction (μ_D < 0.01).
AES employs remote Quantum Entanglement Scanners (QES) and localized Reality Distortion Sensors (RDS). Entities are classified based on the Chronos Hazard Scale (CHS):
All sensor data is continuously streamed to the Central Archive (Location: [REDACTED - Level 7 Clearance]). Data undergoes memetic filtering and temporal normalization before indexing. Key algorithms include:
P(H|E) = [P(E|H) * P(H)] / P(E) Where: H = Hypothesis (e.g., Entity X will breach dimension Y) E = Evidence (Sensor readings, observed actions) P(H) = Prior Probability (Based on historical data and CHS classification)
Current limitations include the inherent uncertainty principle at dimensional interfaces, sensor degradation from high-energy exotic particles, and the computational cost of simulating Class IV+ entity behavior. Future research focuses on developing FTL (Faster-Than-Light) observation techniques via manipulated tachyon fields and predictive modeling based on pre-causal information echoes (Project: CASSANDRA).
End of Overview Protocol 7G. Access to detailed sub-protocols requires specific clearance levels. LABLANC INC. assumes no liability for existential dread induced by this documentation.