Pulse.Air

Pulse.Air
PERFORMANCE INTELLIGENCE
AT ALTITUDE

Physiological intelligence for fast jet aircrew and military free-fall operators. Continuous capture through the flight envelope, sealed into a record that exists while the mission is happening rather than reconstructed after it.

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PULSE.AIR — Altitude Intelligence
Hypoxia Management
G-Load Monitoring
Cognitive Readiness
Mission Endurance
PULSE.AIR — Altitude Intelligence
Hypoxia Management
G-Load Monitoring
Cognitive Readiness
Mission Endurance
What Pulse.Air Enables

PERFORMANCE INTELLIGENCE
FOR THE AIR DOMAIN

Hypoxia and Oxygen State
Continuous oxygen saturation, breathing rate and cabin pressure through the flight envelope. Hypoxaemia is the hallmark indicator of a hypoxic environment, and its onset degrades cognition, vision and motor performance before an operator reliably self-reports it.
G-Load and AGSM Performance
Sustained G exposure measured alongside anti-G straining manoeuvre execution and anti-G system delivery. An RAF aircrew survey found 14.8% had experienced G-LOC and 32.2% almost loss of consciousness, and AGSM performance degrades under hypoxia when it is most needed.
Cognitive Readiness
Reaction time, working memory and situational awareness measured against the operator's own rolling baseline, not a population norm. A physiological episode is a loss of performance under flight stressors, and performance is the thing that has to be measured to detect it.
Sealed Mission Record
Pre-flight baseline, in-flight telemetry and post-flight debrief as one time-locked, gap-flagged record. Physiological episode reporting today is assembled after the fact from crew recollection and on-scene assessment, in parts, over days.
Sensor Stack

THREE LAYERS
AT ALTITUDE

Aviation, human performance and mission sensors fused at the edge. The avionics layer is sensor-agnostic, so the stack integrates what a platform already carries rather than requiring its own hardware.

Aviation
Cockpit & Flight
  • Cabin pressure and altitude
  • Oxygen system telemetry
  • Anti-G delivery
  • G-load and onset rate
Human Performance
Operator State
  • Oxygen saturation
  • Heart rate and variability
  • Autonomic arousal
  • Cognitive performance index
Mission
Flight Context
  • Flight telemetry integration
  • Helmet and HUD integration
  • Tactical comms interface
  • GNSS-locked timebase
Core Use Cases

OPERATORS
WE SUPPORT

FAST JET AIRCREW

Physiological episodes remain without a standardised evaluation protocol, diagnosed on scene from presentation.

  • G-load and onset rate
  • AGSM execution and anti-G delivery
  • Oxygen system state
  • Cognitive readiness against baseline
  • Sortie-by-sortie exposure history
MILITARY FREE-FALL — HALO / HAHO

Prebreathe adequacy is estimated from modelled tissue compartments rather than measured from the operator.

  • Pre-oxygenation and denitrogenation window
  • Exit altitude and descent profile
  • Hypoxia onset on oxygen system failure
  • Thermal exposure through descent
  • Post-jump DCS symptom logging
Platform Architecture

INSIDE THE
PULSE STACK

Pulse.Air is one of four domain variants in the Pulse intelligence layer — sharing core telemetry, AI and sensor-fusion infrastructure with Land, Sea and Space.

Pulse — Domain Variants
PULSE-L
→ Terrestrial & Tactical
PULSE-S
→ Subsea Operations
PULSE-A
→ High-Altitude & Aviation
PULSE-X
→ IVA / EVA
PULSE-J
→ Multi-Domain Integration
Who Pulse.Air Is For

BUYER
ECOSYSTEM

Air Force Modernization
Aircrew systems programs
Fighter Pilot Systems
Tactical aviation programs
Aerospace OEMs
Platform integrators
Special Airborne Ops
HALO / HAHO units
Flight Test Orgs
Test pilot & evaluation
Aircrew Safety
Human factors authorities
Real-World Use

AIRBORNE
APPLICATIONS

  • Physiological episode investigation — reconstruct from sealed telemetry rather than crew recollection
  • Squadron readiness — measured operator state across the unit, surfaced for the flight surgeon before the sortie
  • Flight test instrumentation — envelope expansion with operator state captured alongside aircraft state
  • Prebreathe protocol validation — measured denitrogenation against modelled assumption
  • Cumulative exposure tracking — G and altitude load across a tour, against an operator's own baseline
  • Legacy aircrew system integration — existing equipment registers and historical logs import
Use cases in the air domain
High-Altitude Flight
→  Pilot systems and aircrew telemetry
HALO & Military Free Fall
→  Freefall operator monitoring
HAHO — High Altitude High Opening
→  Extended canopy exposure
Engage

PERFORMANCE
AT ALTITUDE

Bring Pulse.Air into your aircrew systems program, flight test organization or modernization office. Talk to us about pilot deployments and integration paths.

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