Software-defined governed time
A system that consumes GAL-2 through the API or local Time Contract becomes a GAL-2 consumer node: a local application boundary where governed time is received, enforced, observed, and used before software commits state.
The GAL-2 API provides API-backed governed time from the protected authority layer. The core stays upstream and is not delivered to the customer.
The local daemon brings GAL-2 authority to the application boundary and exposes
gal2_time, safe_to_consume, mode, reason, validity,
sequence, and lineage.
Each activated client becomes a GAL-2 consumer node, not by owning the core, but by consuming governed time through a contract before time becomes application state.
GAL-2 can serve many software-defined systems without requiring each consuming node to operate local atomic-clock infrastructure. In regulated metrology, telecom, aviation, HFT, or safety-critical environments, physical references such as atomic clocks, GNSS, PTP, NTP, chrony, grandmasters, or timing receivers may still be required as the reference layer.
GAL-2 does not compete with that physical reference layer. GAL-2 separates reference delivery from application trust and governs whether time should become state.
Solar witness layer
IXOYE Time is the public solar witness layer for GAL-2: a visible demonstration of how governed digital time can be observed against solar alignment without exposing the protected GAL-2 core.
Francisco Edgardo Torres Alvarado, known as Galdo, is the founder and inventor of GAL-2™, Global Alignment Layer | Fractal Time. From Puerto Rico, he leads the vision behind a new class of temporal technology built to align digital systems with governed, coherent, and verifiable time.
GAL-2™ is a technology born to correct the relationship between humanity, machines, and time.
For technical evaluation, that vision is expressed as a verifiable Time Contract that lets software evaluate time before it acts, with bounded drift, continuously corrected, publicly witnessed behavior.
As founder and executive architect of GAL-2™, Francisco directs the technology stack from the production API and local daemon to Apple Developer distribution, release signing, controlled validation, patent strategy, copyrights, and trade secret protection. Every layer is designed to preserve originality, security, continuity, and verifiability.
GAL-2™ exists to correct how digital systems consume time. Its mission is to reduce harmful drift, expose temporal risk before applications act, and create a bridge between machine time, governed software behavior, and the deeper natural order reflected in solar cycles. The goal is not only precision, but alignment.
GAL-2™ is currently expressed through a production API and a local Time Contract daemon. The daemon exposes application-facing states such as LIVE, DEGRADED, HOLDOVER, REJOIN, WARMING, and FAIL_CLOSED, allowing software to determine whether time is safe to consume before committing an action.
Every element in GAL-2™ reflects the belief that technology should expand awareness, not reduce it. The system's fractal architecture mirrors the principle that the part contains the whole, with each module carrying the larger purpose of alignment between mathematics, machines, nature, and meaning.
Francisco leads GAL-2™ with discipline, conviction, and a long-range vision. His work combines technical execution with a human mission: to help organizations experience time not merely as a background signal, but as a governed medium of trust, continuity, and truth.