Unlock the Full Potential of Your IoT Infrastructure with Scalable, Secure Solutions
We help you
bring smart,
interconnected
products to the
market from design
to deployment.
Empowering your IoT journey
from the device to the Cloud
Computing
Computing
Intelligent sensing: Beyond data collection
At the ground level, they are essential for real-time data acquisition and initial control actions.
By integrating custom sensor architecture development, performance-optimized embedded systems, and advanced interaction design, we create intelligent sensing networks that anticipate and act, converting technological constraints into competitive advantages—transforming raw data into actionable insights that enhance your bottom line.
Controllers
Intelligent sensing: Beyond data collection
At the ground level, they are essential for real-time data acquisition and initial control actions.
By integrating custom sensor architecture development, performance-optimized embedded systems, and advanced interaction design, we create intelligent sensing networks that anticipate and act, converting technological constraints into competitive advantages—transforming raw data into actionable insights that enhance your bottom line.
Computing
Bringing Intelligence to the Frontline
Performs real-time data analysis and processing at or near the data source, allowing for immediate responses to critical events.
Through our end-to-end solution, you can reduce latency and bandwidth costs while quickly reacting to time-sensitive information, improving the performance and reliability of your connected devices.
Computing
The Strategic Innovation Platform
At the top of the hierarchy, cloud computing provides centralized resources for extensive data storage, processing, and management.
With this access on-demand platform, you optimize your costs while maintaining operational agility. This centralization provides enterprise-wide visibility and control while automating infrastructure maintenance, allowing your businesses to focus on innovation rather than IT management.
The underestimated complexity of IoT
The promise of IoT is undeniable—smart, connected devices delivering vast amounts of data and creating more value for users. Ye, while the concept sounds simple, the complexity is staggering in practice. The challenge spans four critical areas that any IoT engineer or tech innovator must address to develop scalable, reliable solutions.
Longevity in the Field
IoT devices aren’t built for short shelf lives. They’re expected to operate continuously for years or even decades. This longevity introduces challenges in hardware durability, firmware updates, and ensuring compatibility with rapidly evolving technology ecosystems.
Low Power and Bandwidth Efficiency
With IoT devices often deployed in remote or constrained environments, designing for low power consumption and minimal bandwidth usage isn’t optional—it’s mission-critical. Optimizing for these metrics without compromising performance demands innovation at every level of design.
Security That Scales
Security risks rise exponentially when you’re dealing with thousands—or even millions—of connected devices. From encryption protocols to zero-trust architectures, creating robust security measures that are both scalable and future-proof is one of the most significant hidden challenges in IoT.
Evolving Tech Ecosystems
The rapid pace of change in IoT protocols, standards, and ecosystems means designing for today simply isn’t enough. IoT products must be designed to adapt and evolve, staying relevant as technologies advance over the next 10+ years.
Orthogone’s approach to IoT product development goes beyond addressing these challenges—we turn them into opportunities for innovation.
Don't let IoT complexity
limit your innovation
Unlock the potential of your product today! Start your breakthrough project with our expert guidance.
Let's redefine what's possible through strategic, intelligent technological design.
Why experience matters
Turning Complexity into Opportunity
Our embedded hardware platform design goes beyond traditional sensor technologies by creating intelligent and adaptive sensing ecosystems that transform raw data into strategic insights. Design considerations include performance, power consumption, and environmental factors, ensuring devices are efficient and reliable.
Custom sensor architecture development
Performance-optimized embedded systems
Advanced environmental interaction design
Our innovative approach enables real-time processing and tackles complex tasks with ease. It empowers AI-driven decision-making and seamless communication across multiple devices. Get ready to experience unparalleled responsiveness and lightning-fast performance that will transform the way we interact with the digital world!
Enhances system responsiveness
Reduces the load on centralized data centers
Handle data locally
Orthogone redefines edge computing by integrating cutting-edge AI and comprehensive wireless connectivity, transforming distributed computational models. This approach ensures data sovereignty by keeping sensitive information closer to its source.
Orthogone’s Distinctive Approach:
AI-driven local processing frameworks
Multi-protocol communication strategies
Adaptive computational resource management
Orthogone’s computing expertise bridges computational gaps with unprecedented efficiency, aggregating and preprocessing data across distributed networks. Crucial for the operation and growth of IoT systems. It enables efficient communication among IoT devices, sensors, and networks by leveraging various compatible standards, antennas, and RF technologies.
Ensure reliable connectivity, even in challenging propagation environments
Support scalability and adaptability
Simplify deployment for future needs
Orthogone transforms cloud computing from an infrastructure to a strategic innovation platform, enabling organizations to unlock unlimited computational potential by developing applications that leverage cloud infrastructure, allowing for centralized management, extensive data analysis, and interaction with IoT devices.
Comprehensive Cloud Capabilities:
Multi-cloud Kubernetes deployments
Serverless computing frameworks
Enterprise-grade data integration strategies
Security is embedded in our DNA. We don’t just implement security measures—we create comprehensive, adaptive protection strategies that evolve with technological landscapes. Implementing robust security measures, including encryption, secure device authentication, and adherence to standards like ISO/IEC 27001 and GDPR, ensures the protection of data and devices throughout the system.
Unique Security Capabilities:
Zero-trust architectural design
Quantum-resistant encryption frameworks
Continuous compliance and threat monitoring
Orthogone’s project management transcends traditional methodologies, transforming technological delivery into a strategic innovation catalyst. Rigorous project management ensures timely deliverables and budget adherence while managing diverse client environments and operational workflows.
Strategic Delivery Excellence:
Delivery Innovation
Hybrid Agile/Waterfall implementation
Real-time performance tracking
Here are the answers to some frequently asked questions:
At Orthogone Technologies, we have transformed this security challenge into a competitive advantage by delivering:
- Multi-layer Protection: Our secure-by-design approach protects every vulnerability point – from secure boot at the sensor level, through real-time edge processing, to encrypted cloud storage – creating an unbroken chain of security
- Smart Architecture Integration: By embedding security protocols during the design phase, our secure-by-design architecture eliminates costly security retrofits while ensuring seamless integration across your entire IoT stack
- Proactive Threat Management: Our advanced verification and simulation tools identify vulnerabilities before they become problems, scaling smoothly as your IoT network grows
Read our latest blog post to learn how to master IoT security.
At Orthogone, we understand the complexities of developing scalable IoT ecosystems. With over 17 years of experience, we’ve helped companies like yours navigate:
- Legacy infrastructure transitions to modern, cloud-based systems.
- Edge computing integration to reduce latency and improve system responsiveness.
- Data security across sensors, edge, and cloud layers, ensuring compliance and reliability.
