Performind is a sovereign brain-computer interface (BCI) and neuro-telemetry platform engineered by Tirja Consulting LLP. Powered by the Project Giratina backend engine and multi-sensor EEG hardware feeds, Performind transforms raw microvolt potentials into proprietary ML models for depression telemetry, cognitive load, distraction detection, and hands-free assistive device control.
The distinctive human profile silhouette with the integrated cerebral maze labyrinth is the proprietary visual logo of the Performind initiative at Tirja Consulting LLP. Symbolizing the resolution of human cognitive complexity through engineering, this mark identifies our sovereign BCI software suites, biometric datasets, and neural telemetry devices.
Real clinical, educational, and assistive applications deployed with the Performind platform, connecting consumer-grade EEG headbands to cognitive AI models.
Empowers students and examinees with real-time on-screen cognitive neuro-feedback. Brain waves streamed to personalized models detect concentration lapses, cognitive overload, and optimal problem-solving rhythms.
Direct brain-to-actuator control enabling mobility-impaired individuals to steer motorized wheelchairs and prosthetic actuators using calibrated mental commands, live camera pathing, and safety obstacle detection.
Monitors cognitive workload, stress, and temporal focus across enterprise teams, control rooms, and high-risk operators. Real-time telemetry prevents burnout and provides contextual AI reset recommendations.
Captures synchronized emotional valence, interest, excitement, and calm across audiences during live screenings and digital experiences. Correlates real-time neural responses directly with video scene timelines.
Real live telemetry session captured using the BlinkLite headband and the Mew client core. Observe how conscious mental focus triggers immediate jumps without touching a keyboard.
Unlike generic consumer gadgets that rely on simplistic attention and meditation heuristics, Performind runs proprietary Gaussian Mixture and spectral ratio models specifically trained for Depression Telemetry, Cognitive Load Saturation, and Distraction / Attentional Dropout Detection. Below are automated multi-session telemetry decks produced by Project Giratina.
Proprietary GMM classifier identifying depressive affective markers and frontal hemispheric shifts across 131 continuous time samples. Tracks raw microvolt variance against low-pass polynomial trend trajectories.
Quantifies working-memory saturation and complex problem-solving strain using low-β/θ and high-β/θ ratio statistical moments (mean, variance, range). Pinpoints cognitive exhaustion during intense task performance.
Detects discrete attentional lapses and task-irrelevant vigilance dropouts. Evaluates multi-frequency band transitions in real time to isolate mind wandering episodes from active focus intervals.
A high-throughput, multi-tenant telemetry backend connecting edge neuro-hardware to asynchronous task workers, feature decomposition models, and enterprise report generators.
High-performance native client collectors that interface directly over Bluetooth Low Energy (BLE) with multi-electrode arrays (TP9, AF7, AF8, TP10) and frontal headbands (FP1/FP2), providing sub-millisecond differential timestamping.
Distributed background workers executing asynchronous computational tasks — verifying sessions, isolating institutional accounts, executing batch neural assessments, and generating automated PowerPoint presentations.
Translates multi-hour EEG sessions into client-ready presentation decks. Automatically charts depression markers, cognitive load saturation, distraction dropouts, and spectral power distributions without manual intervention.
Project Giratina standardizes raw bio-signals into a structured 20-field integer/float schema, capturing multi-electrode voltages, decomposed frequency bands, and multi-axis spatial orientation.
Detailed byte layouts, register offsets, and sensor payload schemas are password-protected and accessible exclusively under executed bilateral NDA with Tirja Consulting LLP.
