Mapping the Markovian network of Conscious Realism to Special Relativity requires abandoning fixed graph topologies, which artifactually introduce a preferred reference frame (an "ether"). We formulate the Intellecton Lattice as a dynamically updating Causal Set (a partially ordered set of discrete agent events). By enforcing that the discrete state-transitions of the network obey a strict causal poset structure, local Lorentz symmetry and the speed of light emerge natively without a preferred lattice frame. The geometry of continuous Minkowski spacetime is mathematically recovered as the thermodynamic continuum limit of this discrete causal order.
A fixed graph with a maximum transmission speed produces anisotropic propagation, violating relativity. To generate a Lorentz-invariant physics, the network topology cannot be fixed; it must be defined purely by causal precedence.
Let the universe be a causal set $\mathcal{C}$ where elements are discrete state updates of agents. The relation $x \prec y$ implies that the state update $x$ causally preceded and influenced $y$. The network has no background space; space is merely the macroscopic density of the causal links.
A sub-graph moving through this poset does not translate across a "grid." Its velocity is defined by the relative density of causal links within its forward light-cone.
Because the causal set is a discrete partial ordering, it possesses no preferred spatial lattice. Following Sorkin (2003), a random discrete sprinkling of events into a Lorentzian manifold preserves Lorentz invariance because the expected number of events in any spacetime volume is a scalar invariant.
Thus, any sub-graph computing its internal state while traversing the causal set will naturally experience the invariant Lorentz factor $\gamma = (1 - v^2)^{-1/2}$ as an algebraic necessity of the causal density, completely free of ether-like anisotropies.
