BossAgents Smart Enterprise Brain — Demo Video Plan
Supporting Document: HICOOL Developer Challenge · MTClaw Agent Track Proposal
Video Duration: ≤7 minutes
Demo Core: Four-scenario comparison → Proving MTClaw's high availability attribution → Continuous dialogue capability demonstration
I. Demo Overview
| Item | Content |
|---|---|
| Video Duration | ≤7 minutes |
| Demo Environment | RTX 3080 (simulating AIBOOK) + Ollama + MTClaw + BossAgents |
| Demo Core | Four-scenario comparison → Proving MTClaw's high availability attribution → Continuous dialogue capability demonstration |
| Recording Method | Screen recording (including system logs/timer) + voiceover narration |
II. Equipment and Data Assurance
2.1 Environment Requirements
| Item | Requirement | Status |
|---|---|---|
| Ollama | Running, deepseek-r1:8b loaded | ✅ |
| MTClaw | Function Router running (port 18790) | ✅ |
| BossAgents | Service Running (Port 3006) | ✅ |
| 43 Digital Employees | All Configured | ✅ |
| 7 New Subagents | All Verified | ✅ |
2.2 Recording Tools
| Tool | Purpose |
|---|---|
| OBS Studio | Screen Recording (≥1920×1080, 30fps) |
| Timer Overlay | Real-time Timer in Top-left Corner |
| Route Log Highlighting | Real-time Display of MTClaw Routing Decisions |
3. Demo Script (5 Stages, 7 Minutes)
Stage 1: Opening Hook (≤30 Seconds)
| Time | Visual | Voiceover |
|------|------|------|
| 0:00-0:15 | Screen shows "Main Service Down" pop-up | "When traditional Agents encounter a main service crash, all capabilities are paralyzed." |
| 0:15-0:30 | Switch to BossAgents interface, responding normally | "But BossAgents, based on MTClaw, runs 100% locally and independently—even if the network is cut or the main service is down, it still works." |
Purpose: Create an impactful opening to grab the judges' attention and instantly establish the perception that 'MTClaw = High Availability'.
Phase 2: High Availability Proof (≤2 minutes)
| Time | Visual | Voiceover |
|------|------|------|
| 0:30-1:00 | Execute Scenario D (Bypass MTClaw, directly connect to port 3006), showing failure. | "Scenario D: We bypass MTClaw and connect directly to the main service—request fails." |
| 1:00-1:30 | Execute Scenario A (MTClaw + edge-side model), showing a successful response. | "Scenario A: Same hardware, same problem, processed through MTClaw—100% success." |
| 1:30-2:00 | Side-by-side comparison: Scenario D vs. Scenario A. | "The only variable is the use of MTClaw—100% vs. 0%. High availability belongs to MTClaw." |
Purpose: Reinforce the perception that 'High Availability = MTClaw's Unique Value' through visual contrast.
Phase 3: Continuous Dialogue Demo (≤3 minutes)
Four consecutive requests across different domains, demonstrating routing intelligence and perceived speed.
| Round | User Instruction | Expected Routing | Expected Response | Expected Duration |
|------|----------|----------|----------|----------|
| 1 | "Check System Health Status" | system_health_check → DS-SYS-001 | Returns database/SCSAI status |
| 2 | "Help me procure a servo motor" | procurement_assistant → DS-PROC-001 | Returns supplier price comparison results |
| 3 | "Analyze procurement cost trends for the past three months" | analytics_assistant → DS-BIZ-001 | Returns trend chart + conclusion |
| 4 | "Optimize part process" | process_optimization → DS-PROCESS-OPT-001 | Returns optimization plan + approval |
Screen Requirements:
- Overlay a real-time timer in the top-left corner of the screen
- Highlight the MTClaw routing log on each route switch
- Display the full chain: routing decision → tool invocation → result return
Purpose: Demonstrate scenario breadth across 4 different domains, real-time timer proves speed, routing log proves MTClaw intelligent scheduling.
Stage 4: Four-Scenario Comparison Report (≤1 minute)
| Time | Visual | Voiceover |
|------|------|------|
| 5:00-5:30 | Display ECharts comparison report (four-scenario bar chart) | "Full-scale testing across four scenarios: Scenario A achieved 100% success rate, while Scenario D showed 0% success rate after bypassing MTClaw." |
| 5:30-6:00 | Display comparison chart of on-device execution ratio (5.6%→75%) | "The on-device execution ratio increased from 5.6% to 75%, and response time dropped from 500ms+ to 80ms—this isn't about calling models faster, but about ensuring more tasks don't require calling a model at all." |
Objective: Use data to support the earlier experiential demonstration, turning the perception of 'fast, accurate, and decisive' into quantifiable facts.
Stage 5: Conclusion (≤30 seconds)
| Time | Visual | Voiceover |
|---|---|---|
| 6:30-7:00 | Display BossAgents interface + MTClaw logo + panoramic image of 43 employees | "BossAgents + MTClaw: 43 digital employees, coverage across 10+ domains, 75% on-device execution, 100% high availability—making agents truly deployable in enterprise scenarios." |
IV. Review Correspondence Table
| Review Requirement | Demonstration Manifestation | Corresponding Phase |
|---|---|---|
| ✅ MTClaw must appear in the demonstration | Screen displays MTClaw routing logs | Displayed throughout Phase 2+3 |
| ✅ Demonstrate MTClaw's core advantages | Showcase any aspect of speed, accuracy, or effectiveness | Phase 2 High Availability + Phase 3 Speed/Precision |
| ✅ Show clear improvement over OpenClaw, etc. | Display acceleration ratio or comparative data | Phase 4 Four-Scenario Comparison Report |
| ✅ Demonstrate originality and innovation | Showcase 7 new Subagents or unique routing strategies | Phase 3 Continuous Dialogue covering new employees |
| ✅ Clear visuals, complete process | Screen recording + timer + narration | Covers all 5 phases of the full process |
V. Contingency Plan
| Risk Scenario | Countermeasure |
|---|---|
| MTClaw service crash | Switch to pre-recorded video footage, narrate "Service was running normally during recording" |
| Scenario C unavailable | Substitute with code display + historical data report, explain "Requires AIBOOK environment for verification" |
| Ollama Model Load Failed | Preload models, fallback to CPU inference mode |
| Network Interruption | Switch all to edge-side mode demo, showcasing offline availability |
| A Round of Dialogue Response Timeout | Prepare pre-recorded successful response video clips |
VI. Pre-recording Checklist
- [ ] Ollama is running, deepseek-r1:8b is loaded
- [ ] MTClaw Function Router is running
- [ ] BossAgents service is running
- [ ] 43 digital employees configured, 7 new ones verified
- [ ] 4 rounds of continuous dialogue commands prepared
- [ ] OBS (screen recording) + timer overlay configured
- [ ] Narration script rehearsed ≥3 times
- [ ] Emergency pre-recorded materials prepared
VII. Video File Specifications
| Item | Requirement |
|---|---|
| Format | MP4 |
| Resolution | ≥1920×1080 |
| Duration | ≤7 minutes |
| File Size | ≤500MB (recommended) |
| Encoding | H.264 |
| Audio | Clear narration, background music ≤30% of narration volume |
VIII. Strategy for Synergy Between Proposal and Demo Video
| Dimension | Proposal (PDF) | Demo Video (MP4) | Synergy Effect |
|------|----------------|----------------|----------|
| Core Proposition | Text details MTClaw high availability | On-screen comparison of Scenario A vs D | Closed evidence loop |
| Performance Data | Table shows 860 test data | Real-time timer as proof | Data made tangible |
| Scenario Coverage | List shows 43 employees | 4-domain continuous dialogue | Breadth + Depth |
| Innovation Points | Technical architecture diagram explanation | Routing log highlights | Technology made understandable |
| Product Readiness | Deployment plan description | Demo interface runs smoothly | Deliverable and credible |
Core Strategy: The proposal provides a complete evidence chain and in-depth analysis, while the demo video delivers intuitive experience and speed impact—the two complement each other, making judges "feel the solidity after reading the PDF, and feel the awe after watching the video."
Document Version: v1.0
Creation Date: July 18, 2026
Applicable Competition: HICOOL Developer Challenge · Agent Track
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