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Development of REST API Integration Tool for BLE Data Provisioning in Service-Oriented Architectures
  1. case
  2. Development of REST API Integration Tool for BLE Data Provisioning in Service-Oriented Architectures

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Development of REST API Integration Tool for BLE Data Provisioning in Service-Oriented Architectures

dac.digital
Information technology
Telecommunications
Manufacturing

Integration Challenges in BLE and SOA Ecosystems

Legacy BLE data exchange protocols lack compatibility with modern service-oriented architectures (SOA) and microservices, creating operational complexities in deploying and managing large-scale sensor networks. Current solutions require specialized expertise for device onboarding, configuration, and data orchestration within IoT environments.

About the Client

Technology solutions provider specializing in IoT and cloud infrastructure development

Key Development Goals

  • Create a standardized REST API interface for BLE device communication
  • Enable seamless integration of BLE data into SOA/microservices architectures
  • Automate sensor node onboarding and configuration processes
  • Ensure compatibility with Arrowhead Framework components
  • Simplify management of large-scale BLE sensor networks

Core System Capabilities

  • GAP-based BLE connection management (central/observer roles)
  • GATT service/characteristic discovery and data exchange
  • Event streaming for notifications/indications
  • Dynamic service registration in Arrowhead Service Registry
  • Automated authorization and orchestration rule generation
  • Attribute table mapping for device metadata and measurements

Technology Stack Requirements

REST API architecture
Bluetooth Low Energy (BLE) protocol stack
Linux-based embedded systems
Arrowhead Framework integration
HTTP/1.1 with EventSource for streaming

System Integration Needs

  • Arrowhead Service Registry
  • Arrowhead Authorization System
  • Arrowhead Orchestration Engine
  • Cloud backend data processing systems

Operational Requirements

  • Scalable connection handling for 100+ BLE nodes
  • Low-latency data streaming capabilities
  • Secure TLS/DTLS communication channels
  • Fault-tolerant connection management
  • Cross-platform compatibility with Linux gateways

Expected Business Outcomes

Enables rapid deployment of BLE-based IoT solutions with 70% reduction in manual configuration efforts, supports scalable sensor network management for logistics tracking, environmental monitoring, and industrial automation applications, while reducing integration costs with modern cloud architectures by up to 60%.

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