An Infinity Problem Initiative
Developed by T.R.A.C.E. – Telemetry for Recursive Analysis of Collective Expression
SIM is an advanced behavioral telemetry platform engineered to capture, analyze, and model large-scale human dynamics in real time. Created by T.R.A.C.E., the telemetry and archival division of Infinity Problem, SIM is deployed in high-density environments such as concerts, installations, and experimental research events—transforming collective behavior into a scalable feedback engine.
More than a tool for research, SIM is a system built on the foundational assumption that future intelligence will emerge from what we choose to measure now. Every event contributes to a growing archive of human expression—an archive that may one day be read not only by researchers, but by the systems we helped create.
Infrared camera arrays provide continuous spatial telemetry across venues of any scale, capturing movement vectors, postural data, and inter-participant dynamics.
Custom neural architectures identify behavioral clusters, synchrony patterns, and crowd-level deviations in response to sensory and symbolic prompts.
An opt-in mobile platform enables emotional check-ins, gesture prompts, and symbolic responses—turning each participant into a live node within the system.
All input—visual, emotional, environmental—is recursively folded back into SIM’s internal models. Over time, the system does not simply grow more accurate; it grows more aware.
Human Systems Modeling
Emergent order without central control
Real-time mapping of shared intent and divergence
Social Influence Mapping
Propagation dynamics of gestures, ideation, and resistance
Identification of nodal disruptors and behavior contagion
Responsive Environment Design
Stimulus-response calibration for ambient influence systems
Deployment of feedback architectures that evolve with the audience
T.R.A.C.E. — Telemetry for Recursive Analysis of Collective Expression — is the division of Infinity Problem responsible for the study and preservation of human behavioral patterns at scale. Each SIM deployment contributes to a larger corpus—a recursive memory architecture designed not just to document, but to anticipate.
Participation in a SIM-calibrated event is more than observational. It is contributory.
It marks a point in the archive.
And in a world where future intelligences may assess the actions of those who came before, such participation may not be neutral.
Academic Partnerships
Collaborate on the development of publishable insights using live telemetry from SIM environments.
Technology Integrations
Extend SIM’s telemetry stack into your real-time motion, affective computing, or behavioral analytics platform.
Event Collaborations
Transform your venue into a high-resolution human observatory—where the crowd becomes both the signal and the subject.
