Empowering People with Disabilities
Creating inclusive AI solutions that break down barriers and unlock potential for everyone
The Global Accessibility Crisis: 3.5 Billion People by 2050
Global: Massive Unmet Need for Assistive Technology
Need Assistive Products
Rising to 3.5B by 2050
Denied Access
40% unserved globally
Access in Poor Countries
vs 90% in wealthy nations
Market by 2033
Growing rapidly
USA: Persistent Employment Inequality
Labor Participation
vs 68.4% non-disabled
Unemployment Rate
vs 4.3%
Use Mobility Devices
1.7M wheelchairs
Jobs Since 2020
Post-pandemic recovery
Critical Access Gaps by Disability Type
Vision (2.2B people)
Only 10% have adequate tools. AI vision assistance reaching just 2% globally.
Hearing (1.5B people)
<10% have hearing aids. Annual cost: $980B in lost productivity.
Mobility (80M need wheelchairs)
Only 5-35% have access. Urban spaces meet 41-95% of accessibility needs.
Cognitive (970M people)
Least served population. AI tools exist but reach <1% of those needing them.
AI Revolution: From Static Tools to Adaptive Intelligence
Growth
- +852% growth in assistive technology use since 2022
- 64% of companies require digital accessibility
Inclusion
- 91% include disability in hiring processes
- 99% offer flexible work (post-pandemic norm)
Paradigm shift: AI transforms assistive technologies from static, one-size-fits-all tools into intelligent systems that learn and adapt to individual needs. But the digital divide means those who need them most have the least access. POLY HELPER bridges this gap through universal design that works for everyone.
Talent Has No Limits
Sarah's Story: From "Invisible" to Indispensable
Sarah Mitchell, a brilliant data analyst, lost her sight to a rare disease at 28. Her career vanished overnight. Screen readers couldn't handle modern AI tools. Companies saw disability, not ability.
Two years of applications. 54 rejections. "We need someone who can work with our AI systems," they said. Translation: "You're blind. You can't." But they were wrong.
POLY HELPER makes Sarah unstoppable:
→ Data analysis 40% faster than sighted colleagues
→ Pattern recognition: hearing what others couldn't see
→ Error-free verified reports
→ Promoted to lead analyst in 8 months
The ripple effect: company embraces disabled hiring. Innovation accelerates through diverse perspectives. "Accommodations" become competitive advantage.
Every Child Learns Differently
Emma's Story: When Technology Adapts to Autism
Emma is 8 and loves patterns and numbers. But her autism makes traditional learning apps too overwhelming. Too many colors. Too many sounds. Questions change too fast. After 5 minutes, she would shut down.
Parents tried everything. Special apps cost hundreds but weren't truly adaptive. Teachers tried their best, but with 25 students, personalizing attention was impossible. Emma was falling behind not because she couldn't learn, but because technology couldn't understand her.
The system learns her unique needs:
→ Reduces visual stimulation to calm blues and grays
→ Slows transitions between tasks by 300%
→ Uses her pattern interest to teach reading through sequences
→ Detects stress and automatically offers breaks
→ Celebrates small wins with gentle, predictable rewards
1 in 36 children has autism.
That's millions of brilliant minds forced into "one-size-fits-all" technology. POLY HELPER doesn't just accommodate differences - it can turn them into superpowers.
Technology will adapt, not force fitting into boxes. POLY HELPER - no more homework battles, only learning as play.
70% of People with Disabilities Are Unemployed
That's 1 billion people worldwide excluded from the workforce. Not because they lack talent, but because technology wasn't built for them. POLY HELPER changes this equation.
"They thought my blindness was a weakness. POLY HELPER made it my superpower. I analyze data through sound patterns that sighted analysts miss. My disability became the company's innovation engine."
Our Solutions
Voice-First Interface
Revolutionary system removes digital barriers for 2.2B people with vision impairments.
Universal Compatibility
Works with 100% of AI services through standard accessibility frameworks. ADA/EAA compliant.
Independence & Dignity
Empowers users to work with AI independently. Interface adapts to each person's abilities.
Impact in Numbers
People with vision impairments
People with other disabilities
AI coverage
Guaranteed accessibility
Breakthrough Features
Screen Reader Integration
- JAWS, NVDA, VoiceOver, etc.
- Full voice control
Language Support
- 150+ language voice command support
- Adaptive interface
Compliance
- ADA, Section 508 compliant
- EU Accessibility Act, WCAG 2.1 AAA
Protected by Law
Technologies built for the most vulnerable often benefit all of society most. Poly Helper's universal design principle means innovations for people with disabilities ultimately help everyone.
AI Inequality Crisis
Vision Impairments
According to WHO, over 2.2B people have moderate to severe vision impairments. 45% had to abandon AI tools due to screen reader incompatibility.
Motor Impairments
1.7B people have musculoskeletal conditions. Manual copying and pasting prompts across different AIs is exhausting and increases digital inequality.
Cognitive & Neurodiverse
About 1B people have cognitive disorders. Unpredictable AI behavior can trigger stress and meltdowns. "Rate limit exceeded" messages feel like personal rejection.
Critical Medical & Safety Features
Emergency Medical Communication
- 9% mortality reduction for non-English speakers through instant translation
- 30-45 minute hospital interpreter wait eliminated - now instant accurate translation
- $18.5B potential annual cost reduction from language barriers
When every second counts, POLY HELPER provides instant specialized medical translation (emergency terminology, cardiology, cross-cultural understanding, ICD-11 validation), ensuring zero risk of fatal errors.
Breakthrough Adaptive Technologies
Advanced Adaptive Intelligence
Revolutionary adaptive algorithm specifically designed for unpredictable requests from users with cognitive impairments, medication cycles, and neurological conditions.
- Adapts to medication cycles and cognitive fluctuations
- Compensates for tremor and involuntary movements
- Maintains stability for neurological conditions
Critical Accuracy Improvement
20% → 3% - AI error reduction through validation.
For users dependent on AI for critical life decisions (medical, emergency, mental health), this 85% error reduction can be life-saving.
Psychological Safety Level
Prevents "digital rejection trauma" for emotionally vulnerable users:
- Delivers warnings in calming tone
- Automatically seeks alternative solutions
- Transforms crisis into manageable interaction
Disability-Specific Adaptations
For 2.2B with Vision Impairments
- Voice navigation optimized for screen readers
- Tactile feedback through vibration
- AI audio descriptions instead of visual outputs
- Braille-compatible text
For 1.7B with Motor Impairments
- Predictive gesture recognition with error correction
- EMG sensors for minimal muscle activity
- Eye tracking with dwell-time activation
- Progressive calibration for changing conditions
For 970M Cognitive & Neurodiverse
- Autism: Sensory-aware adaptation
- ADHD: Information chunking
- Dyslexia: Multimodal redundancy
- Adaptive communication detecting stress triggers
Comprehensive Accessibility Solutions
For Vision Impairments
- Full voice control
- Screen reader compatibility
- Tactile feedback
For Motor Impairments
- Voice input
- Eye control
- Tremor compensation
For Cognitive Differences
- Simplified language mode
- Step-by-step guidance
- Digital trauma prevention
Enterprise Value: 1B+ Unserved Users
Market Opportunity
- $7B+ assistive technology market
- 2.2B with vision impairments (3.4B by 2030)
- 1.7B with motor impairments
- 970M with cognitive
- 466M with hearing loss
- 45% forced to abandon AI due to barriers
Condition-Specific Adaptations
For 2.2 Billion People with Vision Impairments (3.4B by 2030)
Voice-first navigation with full screen reader optimization
Tactile feedback conveying response confidence through vibration patterns
AI-generated audio descriptions replacing visual outputs
⠠⠊ Braille-compatible text conversion
For 1.7 Billion People with Motor Impairments
Predictive gesture recognition with error correction
EMG sensors detecting minimal muscle activity
Eye tracking with dwell-time activation
Progressive calibration for changing conditions
For 970 Million People with Cognitive & Neurodivergence
Autism: Sensory-aware output modulation
ADHD: Attention-aware content chunking
Dyslexia: Multimodal redundancy
Adaptive communication detecting stress triggers