Who it serves
Anyone researching near-Earth asteroid data or looking up a real NASA/JPL-reported spectral classification for a characterized asteroid. Secondary: Students, science journalists, and hobbyist astronomers.
galadul.com
Science division
galadul.com
Real, live NASA/JPL near-Earth-object reference tools: a Near-Earth Object tracker (NASA NeoWs) plus a spectral-classification lookup for characterized asteroids (JPL Small-Body Database) - public asteroid-tracking data, not an off-world commerce or asteroid-mining company. (Reframed 2026-09-24: the original "space economy infrastructure company developing AI systems for off-world commerce and resource management" claimed real colony services, resource contracts, and infrastructure licensing that were never built; this describes the real, live product at galadul.com.)
How it earns
Pro tier subscription ($4, 30-day pass via live Stripe checkout) unlocking a longer NEO data window (28 days vs 7 free). No resource contracts, infrastructure licensing, or colony-services revenue exist - removed as unbuilt claims.
Why it compounds
Real, live, venture-exclusive JPL Small-Body Database spectral-classification lookup (Resource Class Cluster, /api/resource-targets) plus the shared NASA NeoWs near-Earth-object tracker - no propulsion tech, mining capability, first-claims registry, or AI coordination system exist.
Availability without invention.
This endpoint is rendered from the authenticated venture ledger. It restores a durable public surface while richer product payloads are reconciled from canonical source. No customer, launch, or completion claim is implied. One thing below is not a placeholder: the tool in the next section is real and live right now - try it. Brand direction: Pioneering, Ambitious, Scientific, Frontier.
Real near-earth object data
Live data from NASA's NeoWs API - real tracked asteroids, real size/velocity/distance estimates, reference only.
Pro: 28-day feed instead of 7 (4 real NASA API windows merged), 30-day pass - $4.00, real Stripe checkout.
Real near-Earth asteroid composition classes
Live data from NASA/JPL's Small-Body Database - real spectral classifications (SMASS/Tholen taxonomy) for near-Earth objects that have actually been characterized. A real scientific proxy for likely composition (S-type: stony/silicate, often metal-bearing; C-type: carbonaceous, often volatile-rich; M-type: metallic), reference only - not a mining feasibility or valuation assessment. Most near-Earth objects have no determined type yet.
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Ask about galadul.com
A real, live AI answer grounded only in this venture's own facts on file - not a human support agent, and it will say so plainly if it doesn't know something rather than guessing.