PLAYERS
Make gaming intelligence visible.
Altered Brilliance brings the cognitive context inside a session into a player-facing rhythm of preparation, reflection, and progress.
ALTERED BRILLIANCE IS LIVE ON GOOGLE PLAY. Read the product story →
CODENAME-TGX1 / PROPRIETARY GAMING SLM
A proprietary intelligence layer translating gaming behavior into human capability, across every serious use of play.
12 / GAMING INTELLIGENCE DOMAINS
Explore the changing domains around the intelligence layer. Drag the ring on desktop or let it move at its own pace.
Available gaming intelligence domains: Cognition, Performance, Esports, Studios, Enterprise, EdTech, Research, Wellness, Talent, Coaching, Telemetry, Careers.














tGiX™ is the algorithmic foundation for game studios, enterprise learning, and professional esports.
Replace static rule loops with live cognitive signals that can shape challenge, pacing, and player retention.
Translate leadership, rapid decision-making, and resilience developed in digital spaces into useful, verifiable signals.
Give coaches an early view of mental saturation and tilt-risk before tournament fatigue compromises performance.
A purpose-built small language model that turns structured tGiX context into concise, actionable intelligence responses.
context = tGiX.decode(player_stream.actions)
response = CodenameTGX1.interpret(context)
return response.to_capability()PLAYERS
Altered Brilliance brings the cognitive context inside a session into a player-facing rhythm of preparation, reflection, and progress.
GAME STUDIOS
The intelligence layer is designed to help studios explore more responsive challenge, pacing, and immersion around a player’s evolving state.
ENTERPRISE & EDTECH
Interactive systems can make the strategic, resilient, and collaborative behaviours practised in play easier to discuss beyond the game itself.
ESPORTS
Teams can explore a richer performance conversation around focus, tilt risk, recovery, and clutch readiness—not just the scoreboard.
Replacing rule-based loops with neural state telemetry to balance game difficulty dynamically.
Quantifying soft skills, resilience, and rapid decision-making developed in high-stress digital environments.
High-fidelity telemetry predicting real-time mental saturation before tournament fatigue impacts results.
Translating real-time gameplay focus into verifiable learning profiles backed by 370+ studies.
Bring a player’s signal into focus with a product surface that turns sessions into readable preparation, reflection, and progress.
8
Cognitive dimensions
Standardized behavior mapping
24+
Granular sub-metrics
Telemetry-level interpretation
370+
Validated studies
Neuroscience and psychology research
Gameplay is high-speed behavioral data. We begin with the actions, choices, and recovery patterns generic models never see.
tGiX maps raw interaction into durable cognitive dimensions; Codename-TGX1 then interprets that structured context without flattening the behaviour into a generic score.
The result is not a score. It is a next decision for a player, a coach, a game studio, or an enterprise team.
A restrained comparison surface makes the distinct roles of telemetry, the tGiX algorithm, and Codename-TGX1 unmistakable.
| Layer | Input | Output |
|---|---|---|
| Telemetry | Actions + HRV | Contextual stream |
| tGiX algorithm | Behavioral patterns | Eight dimensions |
| Codename-TGX1 | tGiX structured context | Scoped intelligence response |
“Altered Brilliance finally puts into words what I always felt: my time gaming was building real skills.”
Clementine / Gaming enthusiast
A concise introduction to the product and its intelligence layer.
Explore the cutting-edge of portable gaming in 2026, from established giants to powerful PC-centric handheld devices and innovative cloud-based concepts.
A deep dive into the announcements, architectural breakthroughs, and AI-driven interactive environments showcased at Summer Game Fest 2026.
Examining data sovereignty, biometric privacy, and transparent AI processing in modern interactive entertainment.
Join players, researchers, and engineers building a clearer relationship with interactive performance.