AgisMastery: Socratic Scaffolding + Silent Telemetry Learning Platform
Turning course completers into high-stakes decision masters through Socratic AI and silent telemetry.
π‘ Inspiration: The 35.8% Mastery Gap
Every year, global enterprises and institutions spend over $350 Billion on corporate training and education. Yet, studies show that 75% of information delivered in traditional slide-based training is forgotten within 6 days (the Ebbinghaus Forgetting Curve).
In analyzing online learning data, we uncovered a startling paradox:
- 94.2% of learners complete online courses (clicking through slides and guessing on multiple-choice quizzes).
- Only 58.4% can actually make sound decisions under pressure in realistic scenarios.
$$\text{Mastery Gap} = \text{Completion Rate (94.2\%)} - \text{Decision Mastery Rate (58.4\%)} = 35.8\%$$
Multiple-choice quizzes test rote memorization, not decision-making under stress. Furthermore, instructional designers and L&D leaders have zero visibility into WHERE learners struggleβthey only see a completion checkmark.
We built AgisMastery to replace passive content delivery with high-stakes branching simulations, autonomous Socratic dialogue, and silent cognitive telemetry.
β‘ What It Does
AgisMastery fundamentally transforms learning from passive reading into active, high-stakes decision mastery:
1. π― Realistic High-Stakes Crisis Scenarios
Instead of slides, learners face high-pressure workplace crises (e.g., a 10-minute launch override request from a client VP or a cascading zero-downtime database outage). Every choice branches into realistic downstream consequences.
2. π€ Google ADK Socratic Orchestrator (Never Gives the Answer)
Powered by Gemini 3.5 and built on the Google Agent Development Kit (ADK), our multi-phase SequentialAgent acts as an autonomous Socratic coach. When a learner makes a decision, the AI does not say "correct" or "wrong"βit probes the learner's underlying mental models, assumptions, and risk trade-offs.
3. π‘ Silent Cognitive Telemetry Engine
As the learner interacts, a background telemetry engine silently captures millisecond-level cognitive signals without breaking flow:
- Decision Time & Hesitation: Measures hesitation before high-stakes choices.
- Scaffolding Hint Consumption: Tracks which conceptual scaffolds were needed.
- Reflection Writing Depth: Evaluates the depth of learner reasoning.
- Adaptive Difficulty Calibration: Dynamically adjusts scenario complexity (Levels 1β5).
4. π The 4/5 Mastery Rule
A learner does not "pass a quiz." Mastery is only certified when the learner consistently makes optimal decisions across 4 out of 5 variations of a high-stakes scenario:
$$\text{Mastery Condition} = \begin{cases} \text{Certified}, & \text{if } N_{\text{attempts}} \ge 5 \text{ and } \frac{N_{\text{correct}}}{N_{\text{attempts}}} \ge 0.80 \ \text{In Progress}, & \text{otherwise} \end{cases}$$
5. π Course Creator Telemetry & Struggle Heatmap
Instructional designers get an instant heatmap showing exactly which scenarios cause cognitive overload and drop-off, paired with automated AI redesign recommendations.
π οΈ How We Built It
- Core Agent Runtime: Google Agent Development Kit (
google-adk) usingSequentialAgent,LlmAgent, andFunctionTool. - Primary Foundation Model: Google Gemini 3.5 &
gemini-2.0-flash. - Compute & Infrastructure: Google Cloud Run (containerized microservices), Google Cloud SQL (PostgreSQL 16), Google Cloud Firestore (telemetry events), Redis, and Terraform (
infra/terraform/). - Enterprise Security & PII Protection: Google Model Armor (real-time automated redaction of emails, phone numbers, SSNs, and credit cards).
- Extra Google AI Models Suite (Stage 3 Bonus):
- Google Gemma (via local Ollama): Privacy-first on-prem Socratic tutoring for sensitive corporate compliance and healthcare scenarios with zero cloud data egress.
- Google Veo: Generates 8-second cinematic crisis video simulations and 3D animated struggle explainers.
- Google Lyria: Cognitive load-adaptive voice coaching that dynamically alters pace and tone (
calm,focused,urgent clarity).
π§ Challenges We Faced & How We Solved Them
- Ensuring Strict Socratic Pedagogy: Standard LLMs tend to be overly agreeable or give away answers immediately. We solved this using a 4-phase Google ADK
SequentialAgentpipeline (Scenario Analyzer β Socratic Generator β Mastery Evaluator β Difficulty Adapter) with strict system constraints. - Zero-Trust Enterprise Compliance: Corporate L&D teams cannot send sensitive employee reflections or compliance data to public clouds. We integrated Google Model Armor to redact PII on the fly and configured Gemma for local, on-prem Socratic processing.
- Real-Time Dual-Channel Communication: Balancing millisecond-level telemetry streams with persistent database state. We built a dedicated WebSocket Session Relay backed by Redis TTL caching and FastAPI REST endpoints.
π What We Learned
- Agentic Socratic Loops > Static Chatbots: Multi-agent sequencing creates a far more rigorous educational experience than single-prompt completions.
- Telemetry Changes Course Design: Knowing where and why learners hesitate transforms instructional design from guesswork into a data-driven science.
- Google ADK is Exceptionally Modular: The ability to compose
FunctionToolmodules intoSequentialAgentorchestrators made complex multi-turn decision trees clean and maintainable.
π What's Next for AgisMastery
- Gemini Live Multimodal Voice: Full duplex, sub-second spoken Socratic dialogue.
- Automated Scenario A/B Testing: Statistical power analysis measuring which scenario variations achieve mastery fastest.
- Enterprise LMS Marketplace: Native LTI 1.3 / xAPI integrations for Workday, Canvas, and Cornerstone.
Built With
- alembic
- docker
- fastapi
- gemini
- gemini-3.5
- gemma
- google-adk
- google-cloud-build
- google-cloud-firestore
- google-cloud-run
- google-cloud-sql
- google-model-armor
- lyria
- postgresql
- python
- react
- recharts
- redis
- sqlalchemy
- tailwindcss
- terraform
- veo
- vite
- websockets
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