5. DataVLT ecosystem building roadmap

5.1 Industry Synergy Architecture

▪ Strategy preparation period (Q1 2024)

• Establishment of core alliance: Signing of TOP 20 equipment manufacturers and 10 system developers

• Development of DVIoT 1.0 standard: covering device access/data exchange/security authentication

• Build developer portal: provide SDK toolkit and API documentation library

▪ Technology integration period (Q2-Q3 2024)

• Completed 300+ mainstream device protocol adaptation (Zigbee3.0/Matter/CoAP)

• Build protocol conversion engine: realize cross-brand device communication delay <80ms.

• Establishment of a certification laboratory: 98% pass rate on equipment compatibility tests

▪ Ecological activation period (Q4 2024-2025)

• Launch of the Mutual Recognition of Equipment Program: Towards "One Access, One Interconnection"

• Building a tiered cooperation system: Platinum/Gold/Silver partner rights and benefits

• Launch of joint solutions: creation of 10 benchmark smart scene packages

▪ Continuous evolutionary period (2026+)

• Quarterly protocol iterations: keeping up with new technology standards

• Developer Competition: 100+ Innovative Apps Incubated Annually

• Establishment of a Device Interoperability Index (DOI) evaluation system

5.2 Ecosphere construction

▪ Foundation layer construction (Q1-Q2 2024)

• Define a three-layer architecture: - Device Layer: Construct 30 types of device access templates - Service layer: develop a common API gateway - Application layer: establish a scenario orchestration engine

• Building a distributed node network: deploying 100 edge computing nodes

▪ Partnership integration period (Q3-Q4 2024)

• Implementation of the "Thousand Sails Program": signing up 500+ eco-partners

• Building a device mapping database: featuring 30,000+ SKU parameters

• Development of intelligent recommendation engine: 92% accuracy of device combination matching

▪Ecological validation period (2025)

• Completion of three major laboratories:

◦ Interoperability Validation Center (pass rate >95%)

◦ Stress test platform (supporting millions of concurrent devices)

◦ Security Attack and Defense Range (150+ vulnerabilities found and fixed)

▪ Scale-up period (2026-2028)

• Launch of global node program: 50 countries covered

• Constructing industry vertical solutions: 8 scenarios of smart community/elderly care/education, etc.

• Building an ecological healthiness dashboard: real-time monitoring of 6 dimensional indicators

5.3 All-device access system

▪ Protocol adaptation phase (H1 2024)

• Development of protocol conversion matrix: support for 6 categories of communication protocols

• Building a device fingerprint library: 5000+ device features included

• Realization of auto-discovery function: new equipment recognition time <30s

▪ Access validation phase (H2 2024)

• Establishment of a three-tier certification system:

  • Basic Access Certification (100% pass rate)

  • Advanced feature authentication (supports 85% of features)

  • Scene-ready certification (linkage success rate > 90%)

• Development device simulator: supports 1000 devices for parallel testing

▪ Intelligent optimization phase (2025)

• Deployment of Adaptive Connectivity Engine: Failure self-healing rate increased to 99 percent

• Building a knowledge graph of devices: enabling intelligent troubleshooting (88% accuracy)

• Development of energy optimization algorithms: 40% reduction in standby power consumption

▪ Eco-extension phase (2026+)

• Implementation of the "Everything Program": 2,000+ new device categories added annually

• Establishment of equipment life cycle management system: OTA upgrade success rate >99.5%

• Developing a device portfolio AI recommender: 3x more efficient scenario provisioning

DataVLT is building an ecosystem of residential IoT devices with the ability to evolve by adopting a three-phase strategy of "standardization - ecological activation - continuous evolution". Currently, it has realized: ✓ 95% protocol compatibility improvement ✓ Device access efficiency increased by 8 times ✓ 70% reduction in scene configuration time It is planned to reach millions of interconnected devices by 2025 and build the world's largest open residential IoT device ecological network by 2030.