kwale Pitch

AI presenters scored by neuroscience

Create pitch videos with AI avatars and cloned voices, then score every slide for attention, trust, and recall. Iterate until your presentation is neurally optimized.

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The Problem

90% of presentations fail to hold attention past slide 3

Presentations are high-stakes communication. Investor pitches, sales demos, training modules, keynote addresses -- the outcome often depends on whether the audience stays cognitively engaged for the full duration. Most do not.

Traditional presentation creation takes days. Designing slides, rehearsing delivery, recording video -- all without any objective measure of whether the audience will actually pay attention. Traditional avatar tools create generic presenters with no science behind delivery optimization.

kwale Pitch combines AI avatar generation with per-slide neural scoring, so you can measure and optimize cognitive engagement before your presentation is ever delivered live.

90%

of presentations lose their audience before the halfway point. Attention drops sharply after slide 3 without deliberate engagement design.

How It Works

From slides to scored video in minutes

01

Upload your PPTX or start from text

Upload an existing slide deck or describe your presentation content. Pitch extracts key points and structures the narrative for maximum engagement.

02

Clone your voice and generate an avatar

Record a short sample to clone your voice, or choose from our library. Select or generate an AI presenter avatar that matches your brand and audience.

03

ORCLE scores every slide

The neural scoring engine evaluates each slide transition, spoken segment, and visual composition for attention, comprehension, and recall. You see exactly where engagement drops.

04

AI iterates slides and delivery

Based on neural feedback, the system adjusts slide design, pacing, emphasis, and transitions. The presenter delivery is optimized for cognitive engagement per-segment.

05

Output your scored video

Export in 4 format tiers: PiP (webcam-over-slides), Designer (AI-redesigned slides), Speaker (AI avatar + cloned voice), or Keynote (full cinematic with B-roll and music).

Key Capabilities

Every tool for neurally optimized presentations

Voice Cloning

Clone your voice from a short sample. Deliver presentations in your own voice without recording, or choose from neural-optimized voice profiles tuned for engagement.

Broca's area -- Speech production & prosody

Avatar Generation

Photorealistic AI presenters with customizable appearance, gestures, and delivery style. Match your brand identity and audience expectations.

FFA (Fusiform Face Area) -- Face processing

Slide Redesign

AI-powered slide transformation that optimizes visual hierarchy, typography, and layout for cognitive clarity and information retention.

Wernicke's area -- Language comprehension

Neural Scoring Per-Slide

Every slide and transition segment is individually scored for attention, comprehension, and memorability. See exactly where your audience loses focus.

dlPFC + ACC -- Attention & conflict monitoring

4 Format Tiers

PiP (webcam overlay), Designer (redesigned slides + recording), Speaker (AI avatar + cloned voice), and Keynote (full cinematic with B-roll, music, and multi-iteration scoring).

mPFC -- Self-referential processing

Multi-Language Support

Generate presentations in 20+ languages with native-quality pronunciation and culturally adapted delivery patterns for global audiences.

Hippocampus -- Cross-cultural memory encoding

The Science

The neuroscience behind kwale Pitch

Presentations engage a distinct set of brain regions involved in language comprehension, social cognition, and executive attention. Pitch scores specifically target these regions to optimize delivery.

Broca's Area -- Speech production & prosody processing

Wernicke's Area -- Language comprehension & meaning

dlPFC -- Executive attention & working memory

ACC (Anterior Cingulate) -- Conflict monitoring

Hippocampus -- Information encoding & retrieval

mPFC (Medial Prefrontal) -- Self-referential processing

Selected References

Hasson, U., et al. (2004). Intersubject synchronization of cortical activity during natural vision. Science, 303(5664), 1634-1640.

Lerner, Y., et al. (2011). Topographic mapping of a hierarchy of temporal receptive windows using a narrated story. Journal of Neuroscience, 31(8), 2906-2915.

Stephens, G.J., et al. (2010). Speaker-listener neural coupling underlies successful communication. PNAS, 107(32), 14425-14430.

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