PULSE — Kernel360 Human Performance

PULSE

WHAT PULSE ENABLES

Continuous Human Performance Monitoring

Cognitive performance index, reaction time, working memory, situational awareness and autonomic arousal, each measured against the operator's own rolling baseline rather than a population norm. Motion artifact runs an order of magnitude above the biosignal, which is why consumer wearables are rated for rest and slow walking, not operations.

Sealed Mission Record

Pre-mission baseline, in-mission telemetry and post-mission debrief captured as one continuous record, time-locked and gap-flagged. Physiological event reporting today is reconstructed after the fact from crew recollection and on-scene assessment. This is the record that existed while it happened.

Engineering Telemetry of the Suit

Seal integrity, power state, gas path, delivery systems and subsystem performance across every mission phase. The suit reports its own condition alongside the operator's, so a degradation is attributable to hardware or human rather than inferred.

Legacy Suit Integration

Third-party dive computers, aircrew systems and industrial ensembles register into K360 in three steps. Historical logs import against the interchange formats each industry already uses, so a fleet's existing record comes with it.

Fleet-Level Operational Picture

Individual monitoring shows one operator. Fleet view shows every operator in the mission at once — measured operator state, exceedances and remaining capacity across the whole team, ranked so a supervisor sees who needs attention rather than reading twelve consoles.

Joint Domain Tracking

A diver, a pilot and an EVA crew member on one operational picture. Each domain samples different parameters at different rates against different physiological thresholds, so a joint view only works if the telemetry is normalised to a common data model at the point of capture. That is the architectural reason PULSE-J exists.

Platform Architecture

PLATFORM
CONNECTION

Human Systems Infrastructure Platform

PULSE-L

→ Terrestrial & Tactical

PULSE-S

→ Subsea Operations

PULSE-A

→ High-Altitude & Aviation

PULSE-X

→ IVA / EVA

PULSE-J

→ Multi-Domain Integration

Real-World Use

REAL
APPLICATIONS

Physiological event investigation — reconstruct from sealed telemetry rather than crew recollection
Fleet readiness — measured operator state across the team, ranked for the supervisor before the mission
Post-incident reconstruction — rewind the mission on the digital twin with sensor state at every timestamp
Certification and qualification evidence — mission data structured for the frameworks operators certify against
Longitudinal exposure tracking — cumulative load across sorties, dives or EVAs against an operator's own baseline
Training and debrief — measured performance against baseline rather than subjective assessment

Stakeholders

WHO IS THIS FOR

Academic & Research Institutions

joint programs and instrumented test platforms

Space Agencies

EVA, IVA and analog mission systems

Private Space Companies

crew monitoring for commercial spaceflight programs

Defence & National Security

operator survivability and human performance

Human Performance Labs

measured performance against operator baselines

Industrial Operators

workforce protection in high-risk environments

Visual Proof

DATA EXPERIENCE

Registration and Import

A third-party suit registers once and is then treated as any other. Historical logs import against the interchange formats each industry already uses, so a fleet arrives with its record intact rather than starting from zero.

Digital Twin

A 3D replica of operator and suit with sensor positions live on the model. Runs in live, mission replay and fleet modes, so a supervisor can rewind an event rather than reconstruct it.

Session Summary Report

Pre-mission readiness, in-mission exceedances and post-mission recovery in one lifecycle document, generated from sealed data rather than assembled from recollection.

Deployment Options

Cloud, on-premise or fully air-gapped. For defence and national security operators, telemetry remains inside the environment the mission runs in, with no dependency on external connectivity.