SENSIKS is a configurable hardware and software platform for neuroscience, psychophysiology, human factors, multisensory integration, immersive interaction and professionally led studies.
Examples of institutions and research contexts represented in referenced project material
Human responses emerge from combinations of sensory signals. A multisensory platform makes that context experimentally controllable, allowing researchers to test channels, combinations, timing and personalization as explicit variables.
Move beyond audio-visual XR by adding scent, thermal cues, airflow and haptic or vibrotactile effects to a controlled protocol.
Align physiological signals with stimulus events to investigate how responses change across conditions and time.
Compare visual-only and multisensory conditions, remove one sensory channel, vary intensity or align multiple cues to an experimental event.
Script and repeat environmental parameters instead of leaving them as uncontrolled background conditions.
Align HR, HRV, respiration, EDA/GSR, EEG, gaze and other supported signals with the stimulus timeline.
The pod is the physical delivery layer. The broader SENSIKS platform adds content, orchestration, software integration, physiological measurement, adaptive logic and session data for repeatable research protocols.
Dedicated physical research environments for programmable visual, acoustic, olfactory, thermal, tactile, and airflow stimulation.
Reusable multisensory content and research stimuli that can be selected, adapted, or replaced with study-specific material.
A shared timeline controls sensory events across channels, with integration paths for Unity, Unreal, and custom apps.
An optional adaptive layer can use predefined rules, session history and live physiological inputs to modify selected sensory parameters.
Physiological streams such as HR, HRV, respiration, EDA/GSR, EEG and gaze can be aligned with the session timeline for research analysis.
Review sessions, compare response patterns, align timestamps, and connect exported data to external research workflows.
Watch the project example with full playback controls. Use the timeline to move through the video and the speaker control to turn sound on or off.
SENSIKS adjunctive therapeutic clinical research
A research configuration can connect sensory events to physiological signals, behavioural measures and participant-reported outcomes within the study protocol.
Signals used in existing or referenced SENSIKS research contexts include cardiovascular, electrodermal, respiratory, and neurophysiological measures.
Objective interaction data can be paired with structured observation or participant-reported outcomes.
The research layer can be configured to work alongside external sensors, wearables, XR applications, or laboratory workflows.
The examples below document public research contexts in which multisensory technology or SENSIKS was referenced. They are presented as project documentation, not as evidence of clinical efficacy.
See how SENSIKS combines controlled sensory stimulation, immersive content and research software around the participant.
Institutions represented across referenced SENSIKS research and consortium material
Institution names are organizations that used SENSIKS technology for research purposes and do not imply endorsement of SENSIKS.
Public documents below illustrate multisensory, physiological and human-machine research contexts. Additional professional-study documentation can be shared where appropriate.
SENSIKS can be scoped from standard research equipment delivery to technical work-package participation in academic, professional and multi-partner consortia.
Contribute multisensory infrastructure and technical integration within academic, professional or applied-research proposals.
For studies where the research team owns the scientific design and requires a repeatable multisensory delivery system.
For projects requiring study-specific integrations, content pipelines, sensor connections, or new control logic.
Use the same platform logic across sites where projects need repeatable sensory conditions and aligned data structures.
SENSIKS provides configurable sensory delivery, software control and optional physiological measurement. The research team determines the scientific question, protocol, participant population, analysis and interpretation.
Professionally led studies may address sensitive or regulated research questions, but use of SENSIKS technology in one study does not by itself establish efficacy, validity or effectiveness for another population or protocol.
Participant-facing professional studies remain the responsibility of appropriately qualified investigators and institutions, including required ethics review, informed consent, safety procedures and data-governance arrangements. SENSIKS does not make participant-level professional decisions or determine the study protocol.
Ready-to-use multisensory sessions for recovery, focus and readiness during demanding workdays.
Ready-to-use multisensory experiences for relaxation, activation, engagement and meaningful moments in care settings.
A controlled and programmable platform for multisensory experiments, physiological measurement and repeatable study protocols.
Turn digital content, stories and physical spaces into coordinated multisensory experiences for memorable audience engagement.
Optional physiological measurement can align HRV, heart rate, respiration and EDA with the session timeline, helping teams observe response patterns where measurement is relevant.
Heart rate, RMSSD, IBI variability and a session-response index shown together from the first to the last segment.
Smoothed app-defined session-response trend from the same recorded session, shown to illustrate how changes can be reviewed over time.
Charts show one recorded session for illustration and should not be read as a typical individual result. Physiological responses vary by person, protocol, setting and measurement method.
Deployments and collaborations span workplace, care, academic research, professional research and multisensory event environments.
Workplace recovery, employee wellbeing and high-demand performance settings.
Care innovation, institutional research and multisensory experience environments.
Multisensory perception, physiological response and applied research.
SENSIKS provides programmable Sensory Reality Pods and research-platform integration for universities, institutes, professional research teams and multi-partner projects. Contact us to discuss equipment, SDK access, measurement or consortium collaboration.
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