Not promises — milestones. The Trinetra brain has been built, spiked, and verified on real silicon, region by region. Below is the record: silicon-verified, cosim-verified, and physics-verified work, with the honest status of each.
A real camera feeds the brain's perception pathway directly on the chip — Trinetra perceives and reacts to the physical world in real time, end to end on hardware.
The brain forms a memory of what it perceives and later recognises it — recognition graded by similarity, and novel things correctly rejected. Dozens of distinct categories discriminated on the chip.
Teach it something, power the board off and on, and it still remembers — continuous, lifelong learning with no catastrophic forgetting. The knowledge lives in the chip itself.
Through genuine spike-timing plasticity the brain acquires a fear association over repeated experience — it learns to respond to a cue, on hardware.
The brain's neuromodulatory systems respond to drive, and its dopamine system follows a reward-learning curve as value is learned — the chemistry of motivation, in silicon.
A loaded item is sustained across time with no further input — working memory as active reverberation, the way a prefrontal cortex holds a thought.
Hearing, cortical processing, the cerebellum and the visual pathway all run as genuine spiking neural circuits — verified on the chip.
A cerebellum-style circuit learns to predict and refine a movement and converges on it — the basis for natural, learned motion in the body.
A Pāṇinian (Sanskrit-grammar) analyser assigns the roles in a sentence — a sovereign, indigenous approach to language, running on the chip.
Knowledge is learned into the brain through exposure rather than hardcoded — the brain knows only what it has experienced, exactly as a brain does.
A compact 92 kW indigenous power core, proven in first-principles physics simulation, with a physical build and calorimetry as the funded next step.