Effortless Process Documentation
Relieve teachers from writing while observing; AI automatically distills structured factual evidence.
Unifying the AI Smart Observation engine with the Teaching & Research workbench. Starting from multimodal materials in self-directed play, verified by professional educators, automatically compiling traceable portfolios and generating differentiated support strategies.
Making every observation evidence-based; ensuring every child's unique potential is recognized.

Transforming observation from a cumbersome documentation chore into a professional scaffold that elevates every child's potential.
Current Bottlenecks vs Solution Breakthroughs
Tackling the pain points of time-consuming logging, ungrounded judgments, and shelfware records with AI evidence technology.
Teachers must handwrite notes while supervising or reconstruct fuzzy memory forms after class, taking heavy overtime and easily missing critical nuances.
Educators capture quick videos or voice clips on mobile; AI automatically drafts structured behavioral facts and verbal clues, reducing administrative burden by over 70%.
Evaluations rely largely on subjective impressions or generic templates, lacking objective process evidence to back up parent and research discussions.
Every evaluation conclusion is 1:1 anchored to exact behavioral clips, child quotes, and artifacts; every growth judgment is verifiable anytime.
Observation notes remain stored in static paper binders for inspection, rarely feeding back into curriculum adjustments or child growth.
The system intelligently matches targeted support strategies across five domains, seamlessly bridging into lesson design and differentiated care.
Core Outcomes
Centering on authentic child activity processes to achieve a professional closed-loop: retain materials, articulate conclusions clearly, and provide continuous developmental support.
Relieve teachers from writing while observing; AI automatically distills structured factual evidence.
Every developmental conclusion traces back to specific behavioral clips and exact child quotes.
Intelligently suggest differentiated support strategies based on observations, seamlessly informing subsequent curriculum.
Solution Overview
Layered view across product form, business domain, core AI engines, and implementation services.
Tier 1
Tier 2
Tier 3
Tier 4
Observations, listening, and PBL projects are unified into child growth portfolios under privacy governance.
Objective Data Sources
Supports multi-source process material input. Campuses can enter flexibly according to current pedagogical research priorities, gradually accumulating individual child growth portfolios.
Record gameplay and learning zone activity clips via phones or tablets to extract typical behavioral facts and developmental clues.
Record children's spontaneous storytelling, peer dialogues, and artwork descriptions with high-accuracy transcription to interpret underlying cognitive reasoning.
Collect longitudinal inquiry plans, representational drawings, and milestone artifacts to document project progression from initiation to in-depth exploration.
Implementation Roadmap
Every step tightly links with the core educational process, ensuring AI outputs are verifiable, explainable, and directly serve instructional support.
Capture activity video clips or audio, preserving rich on-site details of play and inquiry.
AI structures behavioral factual drafts and support recommendations against core developmental domains.
Teachers professionally review and refine drafts, applying results to care plans and growth portfolios with one click.
Roles & Collaboration
Starting from one authentic scenario, running through the 'Capture — AI Structuring — Verification — Action' workflow so process evidence empowers practice.
AI
Multimodal parsing of activity footage, child dialogues, and inquiry artifacts to distill structured growth clues and match support strategies.
Educator
Teachers add contextual background, verify factual accuracy, and hold final authority over modifications and care decisions.
Capturing authentic media, verifying AI-extracted clues with contextual background, and deciding pedagogical actions.
Conducting targeted research based on campus-wide observation dashboards to optimize resource allocation and training.
Providing system configuration, practical onboarding, joint research workshops, and milestone review services.
Implementation Roadmap
From single-campus pilots to regional scaled deployment, flexibly matching the digital progression rhythms of different organizations.
Starting with 1-2 pilot classrooms to establish standardized observation, verification, and support workflows for easy teacher adoption.
After validating workflows in benchmark campuses, sharing outstanding case libraries across branches to unify group care standards.
Building regional preschool quality monitoring and data infrastructure to empower balanced, high-quality regional education.
Implementation & Phased Acceptance
A complete closed-loop sample from raw media upload to verifiable observation reports and action strategies.
Confirm pilot classrooms, authorization boundaries, and seed teachers; experience the full flow from media input to report output 1-on-1.
Run through the routine cycle of 'Capture — AI Structuring — Teacher Verification — Action Plan' in representative classrooms.
Review observation quality, teacher workload reduction, and research depth; generate a customized campus outcome analysis report.
Security, Compliance & Ethics
Audio/video media capture strictly adheres to minor protection laws and parental consent systems, with end-to-end encryption and tiered isolation.
Strictly defining capture objectives, media boundaries, visible roles, and retention periods, ensuring compliance first.
AI serves solely as an assistant; teachers retain 100% editing, supplementing, and veto authority over all findings.
Tiered role permissions for teachers, researchers, and principals prevent unauthorized access and data leakage.
Solution & Implementation FAQ
Behavioral observations, child listening, and PBL projects are unified into child growth portfolios under strict privacy and consent governance.
Absolutely not. AI is solely responsible for transcription, structural summarization, and generating editable drafts. All evaluative conclusions and support strategies must be reviewed and confirmed by teachers in real context. Teachers retain 100% authority and veto power.
Not at all. Existing campus phones or tablets are sufficient for recording; if fixed environmental capture is desired later, optional smart hardware can be integrated on demand.
The three scenarios are deeply unified within a single care & education workbench. All records flow automatically into child portfolios without manual switching between systems.
We recommend starting with 1-2 representative classrooms and one typical activity (such as self-directed center play) to smooth the closed-loop workflow before scaling campus-wide.
Unifying the AI Smart Observation engine with the Teaching & Research workbench. Starting from multimodal materials in self-directed play, verified by professional educators, automatically compiling traceable portfolios and generating differentiated support strategies.