Industrial IoT Implementation: 7 Critical Pillars for
Engineering Success
As an Engineering Manager, you know the stakes are high when it comes to scaling IoT systems. Legacy infrastructure, tight deadlines, new technologies and security challenges can slow down progress, making it difficult to stay competitive in a rapidly evolving market. What if you had a partner who could streamline your IoT development, enhance scalability, and ensure security—without overwhelming your internal team?
Orthogone Technologies has been helping companies like yours achieve these goals for over 17 years. Our expertise spans every layer of the IoT ecosystem, from embedded hardware to cloud-native software, enabling you to build secure, scalable, and future-ready IoT solutions.
In this post, we’ll introduce you to Orthogone’s key technology pillars and how they address the challenges you face as an IoT innovator.
1. Hardware Platform Design
Building the Foundation of IoT Devices
At the core of every IoT system lies the hardware—the sensors and controllers responsible for data acquisition and immediate control actions. Orthogone designs high-performance, energy-efficient devices tailored to your project’s needs, ensuring reliable data collection and seamless interaction with the environment.
- Challenge Addressed: Legacy systems often lack the flexibility and performance required for modern IoT applications.
- Our Solution: Orthogone designs customized hardware platforms optimized for performance, power consumption, and environmental factors, providing a robust foundation for your IoT ecosystem.
2. Advanced Embedded Computer Systems
Real-Time Processing at the Edge
IoT systems require the ability to process large volumes of data in real-time. Our expertise in advanced embedded systems allows us to bring computational power closer to the data source by utilizing the appropriate technology—whether it’s FPGA or NPU—tailored to each computing challenge. This approach ensures quick responses to critical events.
- Challenge Addressed: High latency and bandwidth limitations can hinder system responsiveness.
- Our Solution: Orthogone deploys high-performance edge computing solutions that reduce latency, enhance system responsiveness, and improve overall reliability.
3. Transformational Edge Computing & AI
Enhancing Decision-Making with Local Intelligence
Edge computing becomes even more powerful when combined with AI-driven decision-making. By processing data locally, IoT devices can react faster and make autonomous decisions, improving efficiency and reducing cloud dependency.
- Challenge Addressed: Limited in-house expertise in AI and edge integration.
- Our Solution: Orthogone integrates AI capabilities into edge devices, enabling real-time analytics and decision-making without overloading cloud infrastructure.
4. Comprehensive Wireless Connectivity
Ensuring Seamless Communication
Reliable connectivity is critical for IoT devices to communicate efficiently across networks. Orthogone leverages the latest wireless technologies, including the various compatible standards, antennas, and RF technologies, to ensure seamless data transfer in even the most challenging environments.
- Challenge Addressed: Connectivity issues that disrupt data flow and system reliability.
- Our Solution: Orthogone provides comprehensive wireless solutions that ensure reliable communication and support scalability as your IoT network grows.
5. Cloud-Native Software Applications
Centralized Management and Analytics
At the top of the IoT hierarchy, cloud computing provides centralized resources for large-scale data storage, processing, and management. Orthogone develops scalable, cloud-native applications that facilitate seamless integration and enable advanced analytics.
- Challenge Addressed: Difficulty managing and analyzing large volumes of IoT data.
- Our Solution: Orthogone’s cloud-native solutions leverage technologies like Kubernetes and Terraform for efficient deployment and centralized management of IoT systems.
6. IoT Security
Protecting Data and Devices at Every Layer
Security is a critical concern across all layers of the IoT architecture. Orthogone implements robust security measures, including encryption, secure device authentication, and adherence to industry standards like ISO/IEC 27001.
- Challenge Addressed: Security vulnerabilities in IoT systems.
- Our Solution: Orthogone’s security-first approach ensures the protection of data and devices throughout the entire IoT ecosystem.
7. Rigorous Project Management
Delivering Projects On Time and Within Budget
Successful IoT development requires meticulous project management. Orthogone employs Agile and Waterfall methodologies to manage diverse client environments and ensure timely delivery of high-quality solutions.
- Challenge Addressed: Managing complex projects with tight deadlines and limited resources.
- Our Solution: Orthogone’s project management expertise ensures that your IoT projects are delivered on time, within budget, and aligned with your strategic goals.
Ready to Transform Your IoT Vision into Reality?
As mentioned above, there are multiple challenges at each stage of software solution development. At Orthogone, we have assembled a team with the expertise that can help you explore IoT security solutions. If you don’t have the expertise or are looking to expand your staff, reach out to our team.
