AutomotiveIdentify change
Physiological and behavioural systems detect a sustained, policy-relevant change.
Automotive applications
Physiology as a new input to vehicle intelligence.
The same sensing layer may support several applications, but the evidence requirement is different for each. We separate near-term evaluation targets from longer-term strategic opportunities.
01 / Driver safety
Additional context when behaviour may not tell the whole story.
A driver can look unusual for many reasons. Physiological change alone is also non-specific. The opportunity is multimodal fusion: combining physiology, behaviour, vehicle state and verification over time.
Research question
Does sustained physiological change improve confidence or timing in a defined driver-incapacitation or unresponsiveness workflow?
PIC contribution
Estimated heart rate, trend, confidence and signal availability—not an illness label.
System context
DMS cues, vehicle behaviour, hands-on status, driver response and OEM policy remain essential.
Practical next step
Run a controlled feasibility study before defining any safety function or threshold.
02 / Occupant safety
From occupant detection to occupant understanding.
OMS can identify presence, position, posture and movement. PIC asks whether physiological information could reduce ambiguity when an occupant is still, distressed or unable to interact.
BEHAVIOURAL EVIDENCE
“The occupant is not moving.”
This may be important, but it is not a complete physiological assessment and can have benign explanations.
MULTIMODAL QUESTION
“Does physiology add useful corroborating context?”
This is the evaluation FaceMed proposes—not an assumption that one signal can determine the cause.
03 / Autonomous mobility
Who presses the emergency button if the passenger cannot?
As driving responsibility changes, human monitoring does not necessarily disappear. The design problem evolves from driver compliance toward broader occupant understanding and service response.
Check response
The vehicle or remote service asks whether the occupant is OK and evaluates response.
Apply policy
The operator modifies the journey or connects support according to validated procedures.
Coordinate help
Emergency contacts or services may be involved only under operator policy and applicable rules.
Conceptual OEM/operator integration. These downstream actions are not current FaceMed product capabilities.
04 / Health & comfort
Comfort experiences, built on validated signals.
Beyond safety, validated physiological trends may support personalised cabin experiences while remaining clearly separated from safety decisions.
Adaptive cabin research
Explore whether physiological trends can inform lighting, climate, audio or seat programmes.
Stress and recovery
Research derived measures only where training data, individual baselines and evidence support the interpretation.
Driver-relative baselines
Explore changes relative to an individual baseline rather than relying only on one-size-fits-all thresholds.
Our commercial rule: if an application does not lead to a testable evaluation, an engineering review or a defined pilot question, it remains a future hypothesis rather than a sales claim.
Choose one use case to test.
We will help define the signal, baseline, operating conditions and decision criteria for a scoped evaluation.