Pulse.Space
Pulse.Space
OPERATIONAL INTELLIGENCE
BEYOND EARTH
Physiological intelligence for IVA and EVA crews. Metabolic rate, thermal state and CO₂ exposure measured on the astronaut rather than inferred from the suit's consumables.
Explore Pulse.SpacePULSE.SPACE — Orbital Intelligence
EVA Telemetry
Crew Health Monitoring
Suit Integrity
Autonomous Diagnostics
PULSE.SPACE — Orbital Intelligence
EVA Telemetry
Crew Health Monitoring
Suit Integrity
Autonomous Diagnostics
What Pulse.Space EnablesOPERATIONAL INTELLIGENCE
OPERATIONAL INTELLIGENCE
FOR THE SPACE DOMAIN
Metabolic Rate, Measured
EVA metabolic rate is currently computed from suit consumables — oxygen bottle pressure drop and CO₂ concentration at the scrubber cartridge. That measures the suit and infers the astronaut. Measuring the crew member directly closes a gap identified during Gemini, when EVA energy expenditure exceeded the life support system's cooling capacity.
CO₂ Exposure Tracking
NASA-STD-3001 sets nominal CO₂ limits, but contingency limits are not specified. Physiological response to elevated inspired CO₂ appears within one to five minutes and symptoms reach asymptote after forty. Continuous inspired-CO₂ tracking makes washout adequacy observable during the EVA rather than assessed after it.
Thermal and Cardiovascular State
Core and skin temperature with cardiovascular response across the EVA envelope. Mir EVA records document overcooling during rest in shadow after high workload, and tachycardia with rhythm disorders under stress — findings captured as post-hoc medical observation rather than live telemetry.
Sealed Mission Record
Pre-EVA baseline, in-suit telemetry and post-EVA debrief as one time-locked, gap-flagged record, structured for the qualification frameworks crew systems are certified against.
Sensor StackTHREE LAYERS
THREE LAYERS
BEYOND EARTH
Space environment, crew performance and mission sensors fused at the edge. The avionics layer is sensor-agnostic, so the stack integrates what a suit or vehicle already carries rather than requiring its own hardware.
Space Environment
Vacuum & Radiation
- Radiation dosimetry
- Suit pressure integrity
- Thermal flux monitoring
- Inspired CO₂ concentration
Human Performance
Crew State
- Metabolic rate
- Core and skin temperature
- Cardiovascular response
- Musculoskeletal load
- Sleep and circadian tracking
Operational
Mission Telemetry
- Spacecraft telemetry integration
- Live ISS telemetry feed
- EVA timeline overlays
- Consumables against workload
Core Use CasesOPERATORS
OPERATORS
WE SUPPORT
IVA ASTRONAUTS
- Crew health monitoring
- Cognitive readiness
- Long-duration mission analytics
- Habitat telemetry integration
- Circadian & sleep tracking
EVA ASTRONAUTS
- Suit integrity monitoring
- Radiation awareness
- Thermal regulation
- Mission timeline optimization
- Autonomous health alerts
Platform ArchitectureINSIDE THE
INSIDE THE
PULSE STACK
Pulse.Space is one of four domain variants in the Pulse intelligence layer — sharing core telemetry, AI and sensor-fusion infrastructure with Land, Sea and Air.
Who Pulse.Space Is ForBUYER
BUYER
ECOSYSTEM
Space Agencies
National & multilateral programs
Commercial Stations
LEO platform operators
Lunar & Mars Programs
Deep-space exploration
EVA Systems Teams
Suit & life-support integrators
Spaceflight Integrators
Human spaceflight primes
Aerospace Primes
Defense & exploration contractors
Real-World UseORBITAL & DEEP-SPACE
ORBITAL & DEEP-SPACE
APPLICATIONS
- Live ISS telemetry integration — public station telemetry ingested into Kernel360 for training, simulation and mission rehearsal
- EVA workload management — metabolic rate against consumables remaining, surfaced to the flight controller during the EVA
- CO₂ washout verification — inspired CO₂ tracked continuously against suit design assumptions
- Long-duration crew monitoring — cumulative exposure and recovery across a mission, against the crew member's own baseline
- Analog mission instrumentation — the same measurement stack in the analog environment as in flight, so results are comparable
- Post-EVA reconstruction — rewind the activity on the digital twin with suit and crew state at every timestamp
Use cases in the space domain
→ EVA suit telemetry and workload
→ Crew monitoring through ascent and entry
→ Same stack as flight, in the analog
Engage
INTELLIGENCE
BEYOND EARTH
Bring Pulse.Space into your human spaceflight program, EVA systems team or commercial station operation. Talk to us about integration and mission deployment.