Skyhawk.ai: Powering the Future of Remote IoT Monitoring with AI-Driven, Battery-Powered Solutions

Skyhawk.ai delivers intelligent, battery-powered remote monitoring systems designed for IoT innovation across diverse industries. Its flagship Skyhawk PRIoT platform offers a fully integrated, self-configuring wireless solution that eliminates the need for external power, WiFi, or complex setup—ideal for deploying sensors in remote or inaccessible locations. The platform leverages cellular connectivity (via Verizon’s LTE CAT-M1) and proprietary low-power RF technology to ensure long-lasting performance: gateways run over two years on just three AA batteries, while sensors can last more than a decade. With features like real-time location tracking, robust signal monitoring, scalable deployment (supporting thousands of sensors per hub), and flexible integration options—ranging from white-labeled products to custom turnkey designs—Skyhawk.ai empowers engineers and businesses to build sustainable, reliable IoT systems. It's particularly transformative for agriculture, property management, construction, transportation, smart cities, and wildlife control, where traditional power infrastructure is impractical. The intuitive Skyhawk App simplifies deployment with barcode scanning and GPS-based location assignment, making it accessible even for non-technical users.

Key Features:

• Battery-powered cellular gateways with <1mW average power consumption
• Sub-GHz RF sensors with over 10-year battery life
• Self-configuring devices with no passwords or pairing required
• Long-range wireless connectivity via Verizon LTE CAT-M1 and proprietary RF
• Real-time location tracking using cellular, WiFi, and GPS triangulation
• Scalable architecture supporting hundreds to thousands of sensors per hub
• Modular and customizable solutions (packaged products, PCB modules, turnkey designs)
• Full software stack including dashboards, data pipelines, license management, and billing
• Easy battery replacement and user-friendly deployment
• Support for low-data sensors (alert and polling types)
• Integration with cloud and mobile applications for enterprise and end-user use
• Designed for remote or power-constrained environments
• On-demand support for IoT design engineers and product development services
• White-label and custom manufacturing options available

Pricing: Skyhawk.ai offers flexible pricing models tailored to project scale and customization needs, including modular components and turnkey solutions. While specific pricing details are not publicly listed, the platform is accessible through a contact form and sales support, suggesting a freemium or trial-based approach for initial engagement.

Conclusion: Skyhawk.ai is a revolutionary, AI-empowered IoT platform that enables reliable, long-term remote monitoring without power constraints—perfect for innovators and professionals in agriculture, asset tracking, wildlife control, and smart infrastructure who demand simplicity, scalability, and sustainability.