Disaster & Emergency Management Solutions
Powered By Rugged Edge Computers
Disaster and emergency management systems are dependent on real-time insights for rapid decision-making and effective response coordination. Rugged edge computers are purpose-built to enable advanced emergency technologies and ensure operational reliability in strenuous remote environments. With the influx of IoT devices, integrating these edge computers are vital to streamlining AI-powered disaster management applications such as predictive risk mapping analytics and early detection monitoring.
Early Warning System
Public Safety Communications
Disaster Risk Mapping & Assessment
Emergency Resource Management
Enhancing Disaster Management with Edge AI
Edge AI technologies have revolutionized the efficiency and effectiveness of emergency management systems. With adoption of digital transformation, edge AI has been adopted into the five stages of operations; optimizing real-time AI inferencing for enhanced efficiency and effectiveness. Learn more
Prevention & Mitigation
Edge AI-powered technologies such as predictive analytics and geographic information assist in examining infrastructural risks and vulnerabilities. This allows officials to make significant reductions to disaster risks by addressing pin-pointed weak points.
Preparedness
Early warning and monitoring systems are essential to efficient disaster preparedness. Edge computing delivers real-time latency and reliable connectivity to streamline deployment of first responders and improve response plans.
Response & Recovery
With more analytics and insights from edge AI applications, command centers with live damage assessment and fleet resource management can make data-driven decisions; lowering risks and significantly enhancing emergency relief response effectiveness.
“Smart Cities catalyze the digital transformation of urban ecosystems to produce systemic environmental, financial, and social outcomes. Smart Cities are, by definition, focused on using emerging technologies and innovation to make cities more livable and safe, and offer new services and economic opportunities.”
– IDC Research
Real-World Disaster Management Case Studies
Explore essential disaster management solutions incorporated edge computing in real-world deployments. From fire detection and suppression to flood monitoring, the adoption and integration of edge computing has proven successful and resilient in mitigating disasters.
Wildfire Detection
Mobile surveillance towers are positioned in remote, high-risk wildfire zones for 24/7 monitoring and early AI fire detection. Alerts are sent to operators who verify the wildfire in real-time and rapidly dispatch a response team to contain it. Read Case Study
Industrial Fire Protection
Facilities handling flammable materials leverage a proactive response to containing fires. These edge AI solutions operate on-premises to actively monitor, alert, and suppress fires; significantly minimizing workers and infrastructure safety risks. Read Case Study
Mobile Microgrids
Mobile microgrids provide backup power and utilize AI to detect abrupt power fluctuations or outages. This system ensures power reliability in mission-critical facilities such as hospitals and emergency command centers. Read Case Study
Flood Monitoring
With real-time telematics and AI inferencing, flood monitoring systems report early flood patterns. This allows disaster response teams ample time to prepare evacuations and implement risk reduction measures to reduce potential damages. Read Case Study
Public Safety Resource Management
In the event of a disaster, public safety resources become sparse. Emergency command centers utilize edge computing to access real-time telematic information to make data-driven decisions for strategic resource allocation. Read Case Study
Edge Computers for Disaster & Emergency Management
From power-efficient fanless mini computers to high-performance AI Edge inferencing computers, Premio provides a robust portfolio of rugged edge computers optimized to address key disaster and emergency deployment applications.
Ultra-Compact IoT Gateways
Gain access to real-time insights and consolidate multiple IoT devices for remote space-constrained deployments.
- Super-Rugged
RCO-1000 Series
Entry Level Industrial Mini Computer
Industrial-grade NUC Alternative optimized with low-power efficiency for lite edge workflows in space constrained deployments.
- x86 Intel Celeron Embedded Processors
- Scalable EDGEBoost I/O Support (USB, COM, DIO)
- Embedded CAN Bus
- Industrial NUC Alternative
- Rugged
BCO-1000-ADLN Series
Entry Level Industrial Compact Computer
Semi-Rugged NUC alternative for industrial computing workloads
- Powered by x86 Intel Alder Lake N Series Processor
- Compact Size for Space Constrained Applications
- Industrial NUC alternative
- Wireless Connectivity for IIoT
JCO-1000-ORN Series
Entry-level AI Edge Computer
Rugged Fanless AI Edge Computers leveraging NVIDIA Jetson Orin Nano module (Up to 40 TOPS).
- Ultra-Compact Form Factor
- 2x USB 3.2 Gen2
- 4K HDMI
- Out-of-Band Module for Remote Management
BCO-2000-WHL Series
Fanless Mini Computer
Basic Fanless Industrial Computer
- Intel® Core™ and Celeron® Mobile-U Processor
- Compact Size for space constrained applications
- Comprehensive I/O Expandability
Small Form Factor Edge Computers
Balance edge performance and IoT connectivity while maintaining a minimal footprint.
JCO-3000-ORN Series
Mid-Range AI Edge Computer
Rugged fanless AI edge computers leveraging NVIDIA Jetson NX & Nano (Up to 100 TOPS)
- Support up to 4x PoE Camera
- Multiple DIO Ports with 8x/16x DIO
RCO-3000 Series
Mid Range Small Form Factor Computer
High-performance within a small form factor to streamline real-time edge processing and rich I/O connectivity.
- x86 Intel Core Embedded Processors
- Modular M12/RJ45, USB, 10GbE, PoE Support
- Hot-swappable SSD Bay
- Automation-Ready Wireless Connectivity
- Fanless & Cableless
BCO-3000-RPL Series
Mid-Range Small Form Factor Computer
High-performance within a small form factor to streamline general purpose industrial computing workloads
- Powered by x86 Intel Core Embedded Series Processors (35W TDP)
- Extensive, rich I/O
- M.2 Expansion
- Edge AI Ready
High-Performance AI Edge Computers
Maximize edge AI performance and expandability to streamline resource-intensive workloads on-premises.
RCO-6000 Series
High Performance Industrial Computer
Maximizes edge Al performance and modular EDGEBoost flexiblility for optimized edge deployments.
- Intel Core Processors
- EDGEBoost Nodes for dedicated GPU, NVMe/SATA storage, & PCIe expansion
JCO-6000-ORN Series
High-Performance AI Edge Computer
Rugged fanless AI edge computers leveraging NVIDIA Jetson AGX Orin module (Up to 275 TOPS)
- Modular EDGEBoost I/O Support (M12/RJ45, USB, 10GbE, PoE)
- 8x USB3 Vision Locking Ports
- 8x Mini-Fakra connectors for GMSL Cameras
- Out-of-Band Port for remote management
BCO-6000-RPL Series
Semi-Rugged Industrial GPU Computer for general purpose industrial computing workloads
- Slim, Low-Profile, and Short-Depth Chassis
- GPU Integration
- Specialized
ACO-6000 Series
Railway & In-Vehicle Computer
Optimized to consolidate and streamline intelligent transportation deployment with IoT connectivity and railway conformity.
- 10th Gen Intel Core/XEON Processor
- up to 16x IoT Devices
- 2x Hot-swappable SSD Bays
- EMC Conformity with EN50155 & E-Mark Certification
- 9-48VDC or 48-110VDC Power Input Range
Driving Disaster Management Solutions with Key Edge Computing Technologies
Understand how Premio leverages cutting-edge technologies within our portfolio of rugged edge computers to optimize real-time performance and ensure consistent operational reliability.
Edge AI Acceleration
Streamline and enable resource-intensive AI workloads while maintaining rugged reliability for on-premises deployments. A heterogeneous computing approach has paved the way for various performance accelerators to optimize and excel in specific AI workloads.
Industrial 5G Connectivity
Disaster and emergency management applications require time-sensitive networking for real-time alerts and reliable connectivity. Industrial 5G networking introduces turnkey technologies to ensure ultra-low latency and global coverage. The public safety sector has established a dedicated private 5g network specific for emergency telecommunications.
- eMBB: Improves data transfer rates, spectral efficiency, and band flexibility
- uRLLC: Ensures real-time networking consistency for mission-critical applications
- mMTC: Connects vast amounts of IoT devices under a single network without interruptions
EDGEBoost I/O Flexibility
With different types of IoT cameras and devices requiring varying connection types, Premio’s rugged edge computers support modular EDGEBoost I/O for seamless compatibility. EDGEBoost I/O modules provide a ubiquitous approach to streamlining IoT connectivity.
- PoE Support
- M12 Connectors
- 10GbE LAN
- M.2 Acceleration for 5G/NVMe/TPU
NVMe Storage
With an influx of data and demand for real-time data aggregation in disaster management, data aggregation can become a bottleneck when processing multiple instances of high-fidelity video feeds. NVMe technology delivers up to 6x more throughput than traditional SATA for rapid allocation and processing at the edge.
SuperCap UPS EnergyPack
Effective power management is crucial to disaster management solutions that require real-time notifications. A supercapacitor is a capacitor that leverages high-density, high-power energy storage that is safer and more reliable than traditional batteries. The technology behind supercapacitors acts as an alternative to batteries and provides short-term power supply or power backup in mission critical computing environments.
Built Rugged. Built Ready. For Disaster Management Resilience
Premio's edge computers are Built Rugged. Built Ready. by utilizing core design philosophies for industrial-grade durability. Discover how our industrial computers can confidently operate around the clock while maintaining rugged reliability in strenuous environments.
Purpose-Built For Industrial Deployment
From within a cabin of a first responder vehicle to inside a mobile surveillance trailer, Premio’s edge computers are purpose-built for operational reliability and resilience against rigorous weather conditions and challenging deployment environments.
- Outdoor NEMA Enclosures
- Mobile Trailers
- In-vehicle Deployments
Fanless Design
Premio’s rugged edge computers follow a fanless (and in some cases cableless) design for hardened durability and mitigates a single point of failure. It protects internal components from dust and debris and ensures a prolonged maintenance-free deployment.
- Wide Operating Temperatures
- Shock & Vibration Resistance
- Wide Power Input Ranges
- Power Protection
World-Class Certifications
For deployment confidence and peace of mind, especially in mission-critical emergency management deployments, Premio’s edge computers have undergone rigorous testing and validation to achieve UL Listed safety standards compliance.
- UL Listed
- CE
- FCC
Why Choose Premio
An ‘Inside Outsource’ To Your Success
With 30+ years of embedded manufacturing, Premio emphasizes its specialty in highly reliable and rugged edge computing hardware for Industry 4.0 deployment applications. Our dedicated teams ensure Premio provides swift time-to-market solutions with our global turnkey manufacturing and support infrastructure for scalable deployment.
- State-of-the-art facility in Los Angeles, California (ISO9001, ISO14001, ISO13485)
- Regulatory testing and compliance for North American market
- In-house burn-in testing and simulation chambers
- Dedicated support and supply chain teams to navigate disruptions
Case Studies
Discover how Premio's rugged edge computers power in-vehicle mobile data terminal (MDT) system for one of the largest state law enforcement agencies.
Explore how Premio's small form factor industrial computer enhances fire detection systems with reliable, real-time data processing and seamless integration of sensors and cameras in harsh industrial environments.
Rugged Edge Computing uses localized processing and inference analysis for real-time detection for detrimental forest fires. Read more!
A Premio customer required an industrial-grade computer with a GPU to manage their AI-centric mobile microgrid power solution. Discover how Premio leverages its capabilities to deliver a reliable and durable solution.
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