{
 "id": "scenic-iss",
 "entry": null,
 "name": "SpaceCube SCENIC on the International Space Station",
 "group": "launched",
 "class": "compute",
 "location": "space station",
 "operator": "NASA Goddard Space Flight Center",
 "developer": "NASA Goddard Space Flight Center",
 "host": "Space Test Program-Houston 9, on the International Space Station",
 "catalogue": null,
 "dates": {
  "launched": "2023-03",
  "ran": null,
  "reported": "2023",
  "ended": null
 },
 "hardware": "SpaceCube processors: FPGAs and custom microchips",
 "software": "none reported",
 "did": "Was sent to the station as a testbed for AI and machine learning. What was read describes the plan and reports no result.",
 "marks": [
  {
   "stage": "L",
   "evidence": 1,
   "basis": [
    "c1"
   ]
  }
 ],
 "claims": [
  {
   "id": "c1",
   "kind": "quote",
   "text": "in March 2023, the SpaceCube Edge Node Intelligent Collaboration (SCENIC) experiment was launched to the International Space Station (ISS) on board the DoD Space Test Program-Houston 9 (STP-H9) mission",
   "speaker": "NASA Earth Science Technology Office",
   "relation": "developer",
   "source": "nasa-esto-spacecube",
   "url": "https://esto.nasa.gov/25years/spacecube/",
   "source_title": "SpaceCube: Powerful Processing in Space",
   "publisher": "NASA Earth Science Technology Office",
   "source_kind": "project-page",
   "published": "undated",
   "published_basis": "no date seen",
   "accessed": "2026-10-04",
   "copy_route": "direct",
   "read": "in part: three sentences of 2,800 characters"
  },
  {
   "id": "c2",
   "kind": "quote",
   "text": "is a testbed to evaluate artificial intelligence and machine learning on FPGAs and custom microchips",
   "speaker": "NASA Earth Science Technology Office",
   "relation": "developer",
   "source": "nasa-esto-spacecube",
   "url": "https://esto.nasa.gov/25years/spacecube/",
   "source_title": "SpaceCube: Powerful Processing in Space",
   "publisher": "NASA Earth Science Technology Office",
   "source_kind": "project-page",
   "published": "undated",
   "published_basis": "no date seen",
   "accessed": "2026-10-04",
   "copy_route": "direct",
   "read": "in part: three sentences of 2,800 characters"
  },
  {
   "id": "c3",
   "kind": "quote",
   "text": "will demonstrate inflight, cutting-edge AI applications on multiple space-based devices",
   "speaker": "Geist et al., NASA Goddard, the experiment's team",
   "relation": "mission-team",
   "source": "smallsat-scenic",
   "url": "https://digitalcommons.usu.edu/smallsat/2023/all2023/147/",
   "source_title": "NASA SpaceCube Next-Generation Artificial-Intelligence Computing for STP-H9-SCENIC on ISS",
   "publisher": "Small Satellite Conference 2023 (Geist and co-authors, NASA Goddard, the experiment's team)",
   "source_kind": "abstract",
   "published": "2023",
   "published_basis": "conference year in the address",
   "accessed": "2026-10-04",
   "copy_route": "direct",
   "read": "in part: four sentences of 5,600 characters"
  }
 ],
 "conflicts": [],
 "notes": "Both sources were written as plans. Results may have been published since and were not looked for.",
 "changed": "Added on 4 October 2026, in the second round of reading.",
 "headline": "L1"
}