Frontier field 02 / Earth + beyond
Seventy-two mission records reveal more than a new space race. They show a transfer of judgment—from distant control rooms to machines that must perceive, decide, and recover on their own.
The singularity in physical space
A singularity is usually imagined as software accelerating in a data center. Space makes the same transition tangible: once light itself is too slow for real-time control, intelligence has to move into the vehicle.
Hover to preview; click to lock a year or actor. Both charts, the month profile, mission types, and detailed records update together. Counts are workbook rows—not completed launches—and partnership entries can repeat a named mission.
Actor field for 2026
These bars are now linked to the planning wave. Select an actor to isolate its mission mix, then use the month and type controls below to interrogate the records.
Month profile
Only 15 of 72 workbook records specify an exact month. “Unspecified” preserves uncertainty rather than inventing precision from labels such as “late,” “Q1,” or “H2.”
Mission types
Choose a type to narrow the detailed records without breaking the year and actor context.
Detailed mission records
Descriptions below reproduce the workbook’s “All Missions” field. Orange correction notes come from the separately verified August 2026 field review.
USA / NASA
4 astronauts fly around the Moon; no landing. First crewed Artemis — 10-day mission.
The first crewed Artemis flight is now evidence, not forecast.
Official sourceUSA / NASA
Wide-field infrared telescope; dark energy, exoplanets, microlensing surveys.
A precise launch target has replaced the broad planning window.
Official sourceUSA / NASA
Twin CubeSats studying Mars magnetosphere and solar wind interaction.
USA / NASA
Six CubeSats forming radio array studying solar energetic particles.
USA / NASA
Small UV telescope mapping hot gas in circumgalactic medium.
USA / NASA
Small space telescope studying exoplanet atmospheres. Launched Jan 11, 2026.
ESA / Europe
26-camera array monitoring 200,000 stars; hunting rocky exoplanets in habitable zones.
ESA / Europe
Joint ESA-JAXA mission; Mercury orbit insertion after 2018 launch.
The eight-year cruise has entered its final arrival sequence.
Official sourceESA / Europe
Studying DART asteroid impact crater at Didymos system.
Its live software upgrade exposed the autonomy problem: eight minutes each way.
Official sourceESA / Europe
First-ever active debris removal; deorbiting defunct PROBA-1 satellite.
ESA / Europe
First commercial lunar relay satellite; lunar connectivity and navigation.
ESA / Europe
Vegetation fluorescence and oceanography on a single Vega-C launch.
ESA / Europe
Joint ESA-CAS mission; solar wind interaction with magnetosphere.
ESA / Europe
Stratospheric ozone monitoring satellite.
China / CNSA
Orbiter, lander, rover, and hopper surveying south-pole water ice and resources.
China / CNSA
Orbit insertion June 2026; sample collection then Main Belt comet visit.
The asteroid sample-return mission is already en route; Earth return is expected late 2027.
Official sourceChina / CNSA
First large Chinese astrophysics flagship telescope; approximately 2m aperture.
China / CNSA
Venus Volcano Imaging and Climate Explorer; arrives at Venus in 2027.
India / ISRO
First uncrewed orbital Gaganyaan test; carries humanoid robot Vyomitra.
A July parachute qualification test is progress, but not confirmation of a launch date.
Official sourceIndia / ISRO
Second uncrewed test; validates life support and abort systems.
India / ISRO
Joint India-Japan rover; drills for water ice at the lunar south pole.
Japan / JAXA
Phobos sample collection; return to Earth in 2031. Also studies Deimos.
Japan / JAXA
Extended Hayabusa2 mission flyby of asteroid Torifune.
Japan / JAXA
Joint Japan-India south-pole water-ice rover mission.
Japan / JAXA
Mercury Magnetospheric Orbiter separating at Mercury arrival.
The eight-year cruise has entered its final arrival sequence.
Official sourceJapan / ispace
Mission 2 landing attempt June 5, 2026; carries UAE Rashid Rover 2.
This is a failed 2025 attempt, not an upcoming 2026 landing.
Official sourceUAE / MBRSC
Second UAE lunar rover aboard the ispace RESILIENCE lander.
SpaceX
First Starship uncrewed test to Mars; precursor to crewed missions.
Blue Origin
Uncrewed Blue Moon pathfinder mission on New Glenn rocket.
Virgin Galactic
Research spaceflight summer 2026; private astronaut flights fall 2026.
Sierra Space
First orbital flight of a reusable spaceplane; ISS cargo resupply under NASA contract.
Rocket Lab
Inaugural flight of a medium-lift reusable rocket; competes with Falcon 9.
Axiom Space
First Axiom module attaches to ISS; later detaches as a standalone station.
Relativity Space
First flight of a 3D-printed reusable medium-heavy-lift rocket.
Stoke Space
Fully reusable rocket with both stages designed for recovery.
Firefly Aerospace
Second Firefly lunar lander under NASA's CLPS program.
Intuitive Machines
Third Intuitive Machines CLPS lunar lander to the south-pole region.
Research protocol
Rows represent agency or company program records. Joint missions may appear under more than one partner, so the 72 records contain 69 distinct mission names.
The explorer extracts a year and only assigns a month when the workbook explicitly names one. Approximate, quarterly, half-year, and “late” dates remain unspecified.
High-consequence or visibly changed records receive a dated field note linked to an agency or company source. Unreviewed rows remain workbook claims.
Counts include launches, arrivals, flybys, ongoing operations, and proposed infrastructure. They measure the planning field, not launch cadence or mission success.
Light-time laboratory
Select a destination. The growing gap between action and reply is the simplest explanation for why autonomy becomes unavoidable.
One-way command delay
4–22 minA rover cannot be joystick-driven. It must see hazards and act before Earth can reply.AI in space / 24 applications
Navigation, scientific selection, anomaly detection, and robotics dominate the workbook’s AI catalog. In May 2026, NASA also reported the first geospatial foundation model deployed in orbit.
NASA / Prithvi in orbitNavigation
Scientific discovery
Spacecraft health
Earth observation
Robotics
Planetary defense
Comms
Launch
Astrobiology
Mission design
Technology ladder
Twenty breakthroughs appear in the workbook. This ladder surfaces the eight that most directly change how far, how long, or how independently a mission can operate.
Operational
TransformativeOperational
HighOperational
HighLate 2020s
HighLate 2020s
High2027–30 demos
Transformative2030s
Transformative2028+ demos
TransformativeCommercial layer / 18 companies tracked
Valuations and executive titles in the source sheet age quickly. This Observatory treats the company list as an ecosystem map, not an investment ledger.
Refreshed field record
Workbook snapshot: April 2026. Observatory review: August 4, 2026. Dates move; the change itself is evidence.
WorkbookActive · April 2026
→Current fieldCompleted · April 10, 2026
The first crewed Artemis flight is now evidence, not forecast.
Official sourceWorkbookLate 2026
→Current fieldTargeting August 30, 2026
A precise launch target has replaced the broad planning window.
Official sourceWorkbookLate 2026 arrival
→Current fieldOrbit insertion starts November 21
The eight-year cruise has entered its final arrival sequence.
Official sourceWorkbookNovember 2026 arrival
→Current fieldOn course for autumn 2026
Its live software upgrade exposed the autonomy problem: eight minutes each way.
Official sourceWorkbookJune 2026 · planned
→Current fieldLaunched May 29, 2025
The asteroid sample-return mission is already en route; Earth return is expected late 2027.
Official sourceWorkbookJune 2026 landing attempt
→Current fieldHard landing · June 6, 2025
This is a failed 2025 attempt, not an upcoming 2026 landing.
Official sourceWorkbook2026 first commercial landing
→Current fieldLanded March 2, 2025
The commercial milestone occurred one year earlier than the workbook states.
Official sourceWorkbookEarly 2027
→Current fieldLaunch readiness Q1 2027
Integration is under way; the company still describes the date as a target.
Official sourceWorkbook2033 return
→Current fieldArchitecture decision pending
The old return date should not be treated as settled while NASA evaluates competing designs.
Official sourceWorkbookJuly 2028
→Current fieldNET July 2028
The Titan rotorcraft remains one of the clearest tests of distant machine autonomy.
Official sourceWorkbookH2 2026
→Current fieldQualification tests continue
A July parachute qualification test is progress, but not confirmation of a launch date.
Official sourceWorkbookNot listed
→Current fieldNew 2027 autonomy demo
A newly announced pair of lunar spacecraft will test autonomous navigation and coordination.
Official sourceThe original workbook remains the baseline. This page aggregates all six tabs, checks selected high-consequence claims against official agency or company sources, and marks schedules as targets when they remain uncertain. Technology readiness levels are directional and may vary by implementation.
Return to Event Horizon →The conceptual doorway
Follow the autonomy problem back to the larger question of accelerating machine capability.