Comprehensive IoT & Embedded Systems Services
From platform architecture to firmware development and industrial integration—delivering complete solutions for connected operations
Return HomeOur Service Methodology
Our approach to IoT and embedded systems development emphasizes thorough requirements analysis, iterative validation, and long-term operational sustainability. Each engagement begins with detailed assessment of your technical requirements, existing infrastructure, and operational constraints to ensure alignment between proposed solutions and real-world needs.
We implement staged deployment strategies that begin with proof-of-concept validation before proceeding to pilot installations and full-scale rollout. This methodology reduces risk, enables refinement based on operational feedback, and builds organizational confidence through demonstrated results at each phase.
Technical implementations follow established engineering practices including comprehensive testing frameworks, hardware-in-the-loop validation, and security audits. Documentation accompanies every deliverable, covering architecture decisions, configuration parameters, integration procedures, and troubleshooting guidance for your operational team.
Post-deployment support includes system monitoring assistance, performance optimization guidance, and ongoing maintenance planning. Our goal is enabling your team to effectively operate and evolve implemented systems as requirements change and operations expand.
IoT Platform Development & Integration
Build comprehensive IoT ecosystems that connect devices, collect data, and enable intelligent automation across your operations.
Service Description
We develop end-to-end IoT solutions from embedded firmware to cloud platforms and mobile applications. Our platforms handle device provisioning, secure communication, and over-the-air updates for thousands of connected devices. We implement edge computing capabilities that process data locally, reducing latency and bandwidth requirements.
The service includes integration with existing enterprise systems, enabling IoT data to drive business processes. We establish data pipelines for real-time analytics, predictive maintenance, and anomaly detection. Security is built-in with device authentication, encrypted communication, and secure boot mechanisms.
Key Benefits
- Complete device lifecycle management from provisioning to decommissioning
- Scalable architecture handling thousands of concurrent device connections
- Real-time data processing with edge computing capabilities
- Enterprise system integration through RESTful APIs and webhooks
- Comprehensive monitoring dashboards and alert management
Implementation Process
Requirements Analysis
Assess technical requirements, device specifications, and integration needs
Platform Architecture
Design scalable infrastructure, data flows, and security frameworks
Development & Testing
Build platform components with comprehensive validation and security audits
Deployment & Support
Staged rollout with monitoring, documentation, and knowledge transfer
Expected Results
Platform uptime with redundant infrastructure
Edge processing latency for critical operations
Device connections per platform instance
Embedded Systems & Firmware Development
Create reliable, efficient embedded systems that power smart devices and industrial equipment.
Service Description
We develop firmware for microcontrollers and embedded Linux systems, optimizing for power consumption and real-time performance. Our expertise spans various protocols including MQTT, CoAP, BLE, and LoRaWAN for diverse connectivity requirements.
We implement sensor fusion algorithms, signal processing, and control systems for complex embedded applications. The service includes hardware abstraction layers, driver development, and board bring-up for custom hardware. Documentation and source code are structured for long-term maintenance and regulatory compliance.
Key Benefits
- Optimized firmware for resource-constrained devices
- Multi-protocol connectivity support for flexibility
- Real-time operating system integration
- Power management for extended battery operation
- Comprehensive testing and validation frameworks
Implementation Process
Hardware Assessment
Evaluate microcontroller capabilities, sensor specifications, and constraints
Firmware Architecture
Design modular code structure, driver layers, and communication stacks
Development & Validation
Implement features with hardware-in-the-loop testing
Production Release
Optimization, documentation, and deployment procedures
Expected Results
Power consumption reduction vs unoptimized code
Real-time response latency for critical tasks
Field operation without firmware updates required
Industrial IoT & Predictive Maintenance
Transform industrial operations with IIoT solutions that improve efficiency, reduce downtime, and optimize maintenance schedules.
Service Description
We deploy sensor networks that monitor equipment health, environmental conditions, and production metrics in real-time. Our solutions include machine learning models that predict failures before they occur, enabling proactive maintenance.
We integrate with SCADA systems, MES platforms, and ERP systems for comprehensive operational visibility. The service includes dashboard development for plant managers, alerts for maintenance teams, and analytics for continuous improvement. Our solutions scale from pilot projects to factory-wide deployments with proven ROI.
Key Benefits
- Real-time equipment health monitoring across operations
- Predictive maintenance reducing unplanned downtime by 35-45%
- Integration with existing SCADA and MES systems
- OPC-UA, Modbus, and PROFINET protocol support
- Scalable from single machine to entire facility
Implementation Process
Operational Assessment
Identify critical equipment, failure modes, and monitoring requirements
Pilot Deployment
Install sensors on sample equipment to validate approach
Model Development
Train predictive algorithms using operational data
Full-Scale Rollout
Expand to additional equipment with continuous optimization
Expected Results
Reduction in unplanned equipment downtime
Lower maintenance costs through optimization
Improvement in overall equipment effectiveness
Service Comparison Guide
Understanding which service addresses your specific requirements
| Feature | IoT Platform | Embedded Systems | Industrial IoT |
|---|---|---|---|
| Primary Focus | Cloud connectivity & data management | Device-level firmware & hardware control | Factory operations & predictive maintenance |
| Typical Scale | 1,000-100,000+ devices | Single device to product line | Equipment to facility-wide |
| Integration Level | Enterprise systems, APIs | Sensors, actuators, peripherals | SCADA, MES, ERP systems |
| Investment Range | ¥4.8M+ | ¥2.7M+ | ¥3.3M+ |
| Timeline | 4-8 months | 2-5 months | 3-6 months |
Selection Guidance
Choose IoT Platform Development if:
You need to connect many devices across multiple locations, require cloud-based data analytics, or want to integrate IoT data with existing enterprise systems for operational visibility.
Choose Embedded Systems Engineering if:
You are developing new hardware products, need custom firmware for specialized equipment, or require optimization of existing embedded systems for performance or power efficiency.
Choose Industrial IoT Solutions if:
You want to monitor manufacturing equipment health, implement predictive maintenance strategies, or optimize factory operations through data-driven insights and automation.
Technology Stack & Tools
Platform Infrastructure
Cloud-native architectures using containerization for scalability and reliability. Message queuing systems handle high-throughput data streams from edge devices.
Embedded Development
Cross-platform toolchains for ARM, ESP32, and RISC-V architectures. Real-time operating systems and bare-metal development capabilities.
Communication Protocols
Support for industrial and IoT protocols enabling connectivity across diverse equipment and systems.
Analytics & Machine Learning
Data processing pipelines and ML frameworks for predictive analytics and anomaly detection.
Service Packages & Integration
Complete Factory Digitalization Package
Combines Industrial IoT monitoring with custom firmware development for proprietary equipment and cloud platform integration. Provides end-to-end visibility from shop floor to executive dashboard.
Included Services:
- • Industrial IoT deployment
- • Custom embedded systems
- • Cloud platform integration
- • Enterprise system connectivity
Typical Timeline:
8-12 months for complete implementation
Investment Range:
¥9,500,000 - ¥15,000,000
Smart Product Development Package
Integrates embedded firmware development with IoT platform connectivity for connected products. Enables product manufacturers to offer smart features and remote monitoring capabilities.
Included Services:
- • Embedded firmware development
- • IoT connectivity implementation
- • Mobile app development
- • OTA update infrastructure
Typical Timeline:
6-9 months for MVP to production
Investment Range:
¥7,000,000 - ¥12,000,000
Predictive Maintenance System Package
Combines sensor integration, data platform, and machine learning models for equipment health monitoring. Reduces maintenance costs while improving operational reliability.
Included Services:
- • Sensor network deployment
- • IoT platform for data aggregation
- • Predictive ML model development
- • Dashboard and alerting system
Typical Timeline:
5-8 months including pilot phase
Investment Range:
¥6,500,000 - ¥10,000,000
Ready to Discuss Your IoT Project?
Connect with our engineering team to explore how our services can address your specific technical requirements and operational goals.
Schedule Technical Consultation