A service that analyzes complex website structures and converts them in real-time into intuitive screens for seniors and the visually impaired. Amid rapid aging and stricter accessibility laws, it serves as a core infrastructure reducing corporate development burdens while helping marginalized groups access essential services.
Why This Idea
The increasing complexity of essential online services like hospital reservations, train ticketing, and banking deepens the digital divide for seniors and the visually impaired. Existing simple screen magnifiers often break the website structure, making operation even more impossible. Approaching a super-aged society by 2025, seniors’ purchasing power is growing, yet their online drop-off rates remain incredibly high. Furthermore, with national laws strongly enforcing web accessibility, there is a rapidly surging demand from companies for proactive adoption. UI Engineer (WCAG standards & semantic markup), Service Planner (User scenarios & MVP scope), Frontend Engineer (Performance optimization & component architecture), Backend Engineer (Real-time structure analysis server & API design)
Why This Problem Must Be Solved
As digital transformation accelerates, online services have become a matter of survival rather than choice. According to 2023 statistics, the digital literacy of the elderly is below 70% of the general public. In essential services like hospital appointments or train ticketing, complex menus and small texts act as severe barriers. Existing magnifying tools only enlarge the visual size without controlling pop-ups or hidden menus, often making usability worse. Visually impaired users rely on screen readers, but finding information on unstructured, complex web pages takes tens of minutes. This goes beyond mere inconvenience, leading to the infringement of mobility and health rights. For businesses, the potential revenue lost from senior customers abandoning the checkout process is estimated to be hundreds of millions of dollars annually. Since rebuilding a website from scratch costs astronomical amounts, there is an urgent need for an innovative alternative that maintains the existing structure while providing customized screens for marginalized groups.
Why Now Is the Right Time
South Korea will enter a super-aged society by 2025, with over 20% of the population aged 65 or older, causing the senior market to expand rapidly. Simultaneously, governments are continuously strengthening legal regulations to ensure information accessibility, imposing duties on private companies as well as public institutions. Companies face the pressure of catching two rabbits: complex functionalities and accessibility compliance. In the investment market, capital is actively flowing into impact businesses that possess both social value and solid revenue models. Looking globally, countries with advanced aging populations like Japan and European nations show an explosive increase in demand for accessibility solutions. Most current solutions remain at simple text-to-speech or color contrast adjustments; highly advanced services that rearrange the structure itself for easier comprehension are absent from the market. Therefore, now is the optimal timing to launch a fundamental screen reconstruction service that surpasses existing stopgap measures and pre-empts the market standard.
The Change This Creates
This system allows users to select a screen mode that matches their visual acuity or digital literacy when accessing a website. The system analyzes the skeleton and core information of the existing web page in real-time, hides unnecessary ads or complex menus, and converts the most important reservation and payment buttons into an intuitive step-by-step wizard. For instance, a train ticketing page with 20 input fields on one screen is transformed into an easy conversational interface asking one question per screen, such as ‘Select Departure’, ‘Select Destination’, and ‘Select Time’. Companies can provide all these features to their customers simply by inserting a few lines of code into their websites without complex development processes. Senior users gain independence and a sense of accomplishment by using desired services on their own without needing magnifiers or asking for help. Technically, it is implemented by analyzing semantic tags and patterns of web pages to determine the importance of elements, mapping them in real-time to predefined accessibility-optimized components. The ultimate goal is to build an infrastructure where everyone can equally enjoy the digital world regardless of their physical or cognitive conditions.
Why This Approach Works
Existing web accessibility tools mostly stopped at improving screen reader compatibility for the visually impaired or providing simple high-contrast modes. In contrast, this solution has overwhelming differentiation in that it completely reassembles not just the ‘presentation’ but the ‘structure and flow’ of the screen to match the user’s cognitive abilities. The conversion patterns based on accessibility standard guidelines (WCAG), designed by registered UI engineers and planners, ensure a quality that competitors cannot easily imitate. Furthermore, it drastically lowers the barrier to entry by offering corporate customers the convenience of immediate adoption as a plug-in without needing to modify existing website source codes. As data accumulates, it becomes possible to analyze which types of buttons and phrases increase seniors’ click-through and final payment rates, providing companies with clear financial value of improved conversion rates beyond a simple accessibility tool. These performance metrics create a powerful lock-in effect, forcing companies to continuously use the service, forming a robust moat that makes it difficult to replace once adopted.
How Far This Can Go
The initial target market includes online services of large hospitals, railway/airline ticketing, and financial sectors, where the proportion of elderly visitors is high and checkout abandonment is fatal. After establishing successful cases in this area, the scope of application can be quickly expanded to popular services like online shopping malls, delivery apps, and local small business reservation pages. The business model is a traffic-based monthly subscription, flexibly priced according to the client’s sales volume to generate stable recurring revenue. The screen conversion patterns and operational know-how proven in the Korean market will be highly advantageous for expansion into the Japanese market, which is aging the fastest in the world. Furthermore, it holds infinite potential to advance into global markets with strong accessibility laws (like the ADA in the US) such as North America and Europe. In the long term, based on accumulated user behavior pattern data, it can grow into a company that establishes the global standard for senior-friendly digital interfaces, anticipating a successful exit scenario of licensing core technologies to giant IT companies or global web building platforms.
Service Flow
graph LR
A[사용자 웹 접속] --> B[시니어 모드 선택]
B --> C[화면 구조 실시간 분석]
C --> D[복잡한 요소 숨김 및 재배치]
D --> E[직관적 대화형 화면 제공]
E --> F[예약 및 결제 완료]
Business Model
graph TD
A[기업 고객] -->|월 구독료 결제| B[접근성 변환 플랫폼]
B -->|변환 스크립트 제공| A
C[시니어 및 시각약자] -->|쉬운 화면 이용| A
A -->|매출 및 전환율 증가| A
C -->|이용 패턴 데이터| B
B -->|통계 및 인사이트 제공| A
Tags: 정보접근성, 시니어친화, 화면자동변환, 사회적가치