The security and surveillance industry is undergoing a significant transformation driven by advancements in technology and the increasing interconnectedness of devices within the framework of Industry 4.0. A key enabler of this evolution is edge computing, which is fundamentally changing how data is processed and utilized in security applications. This technical article will delve into the role of edge computing in modern security and surveillance, explore emerging trends, discuss the challenges of adoption, and highlight our new DCO-1000-ASL DIN rail computer, set to be debut at ISC West 2025.
Role of Edge Computing In Security and Surveillance
Edge computing involves processing data closer to its source, where it is generated, rather than relying on a traditional centralized data center or cloud. This represents a significant shift from traditional cloud computing models where data from IoT sensors is sent to the cloud for processing, and actionable insights are then relayed back. The modern security and surveillance industry has an increasing demand for low latency and real-time applications and services, which edge computing directly addresses by enabling faster decision-making, real-time data analysis, and rapid response times.
Emerging Trends in Industry 4.0 Security and Surveillance
Industry 4.0 continues to shape expectations in the security and surveillance sector, driving innovation and new deployment models. Two key trends are accelerating this transformation:
- Proliferation of IoT Sensors and Cameras: According to IoT Analytics, the number of connected cameras is projected to reach 21 billion by 2025. This surge in devices creates massive volumes of high-quality data requiring efficient, on-site processing.
- Edge AI Implementation: There is a shift from traditional video surveillance to intelligent video analytics. AI-powered systems at the edge now automate tasks such as threat detection, anomaly recognition, and proactive monitoring—enhancing both security and operational intelligence.
The industry is evolving from passive, manual monitoring to active, autonomous systems driven by edge AI technologies.
Major Pain Points In Adopting Industry 4.0
1. Growing demand for real-time performance
Despite the advancements, the security and surveillance sector faces several challenges in integrating Industry 4.0 applications into their operations. One significant challenge is the ongoing demand for real-time performance. As smart surveillance systems become more latency-sensitive and mission-critical, real-time processing is essential for AI to function effectively.
2. IT/OT convergence gaps
Another key challenge lies in IT/OT convergence gaps. While IT (Informational Technology) is rapidly advancing with AI applications, OT (Operational Technology) is focused on ensuring sensors and cameras function correctly. Bridging this gap is crucial for seamlessly implementing the latest AI innovations with OT infrastructure.
3. Reliability & durability for edge environments
Finally, a significant hurdle is the use of commercial-grade equipment for industrial-grade solutions. Reliability and durability at the edge are paramount for 24/7 operation, especially in harsh environments. Deploying surveillance systems in remote locations necessitates ruggedized solutions with minimal maintenance requirements due to limited accessibility.
Premio At ISC West and SIA NPS Awards
Premio, a provider of industrial-grade hardware solutions, consistently exhibits at ISC West, as it is a major trade show for the security and surveillance industry and a prime opportunity to engage with field experts and the latest innovations. Premio's presence is crucial as they provide a critical component in many edge AI innovations within security and surveillance. Their reliable industrial-grade hardware bridges the gap between advanced IoT sensors generating high-quality data and the need to process edge AI workloads efficiently on-site.
Premio has submitted two products for the Security Industry Association's (SIA) New Product and Solutions (NPS) awards: the DCO-1000 ASL, an industrial-grade DIN rail computer, and the JCO-6000 ORN, which leverages the NVIDIA Jetson platform. The SIA NPS awards highlight trending products being released at or before ISC West, providing attendees with insights into the latest market offerings. Premio views this industry acclaim as important, signifying a seal of approval for their solutions. The DCO-1000 ASL is being launched at ISC West 2025 and is considered a great fit for security and surveillance applications.
Interested in meeting Premio at ISC West 2025? Check out our event page to learn more >>
DCO-1000-ASL DIN-Rail Fanless Embedded Computer
The new DCO-1000 ASL is a key product being launched at ISC West 2025. It is positioned as an ideal edge computing solution for security and surveillance applications due to its features directly addressing critical industry challenges. The DCO-1000 as a perfect fit for the access control hardware category of the SIA NPS award, as it serves as the backbone for modern access control systems. The DCO-1000 stands out due to its dedicated DIN rail design and UL-61010 certification, specifically tested for electronic equipment cabinets safety.
How is DCO-1000 Designed For Industry 4.0 Access Control
Optimized Real-Time Performance
The DCO-1000 ASL is designed to handle real-time workloads common in security applications. Powered by an Intel Atom x7433RE processor, it delivers low-power efficiency at 9W TDP and features quad E-core capabilities. Being an RE model, it also offers 10 years of embedded product lifecycle support for deployment consistency. Beyond the processor, the DCO-1000 utilizes the latest technologies, including DDR5 RAM, M.2 B keys and E keys for NVMe storage, and support for 5G connectivity, Wi-Fi, and Bluetooth, all contributing to its ability to perform well and handle complex workloads in real time.
Comprehensive IoT Connectivity
Connectivity is a crucial aspect of the DCO-1000 ASL's design, enhancing security operations while maintaining flexibility for advanced and legacy devices. Despite its compact size, it offers comprehensive IoT connectivity features and maximizes IoT-centric I/O. To address the explosive growth of IoT and advanced sensors, the DCO-1000 includes four 2.5 Gigabit Ethernet ports, allowing for more IoT device connections and the consolidation and processing of necessary data for real-time workloads. It also maintains legacy interfaces such as COM ports, DIO, and CAN bus for seamless integration with existing equipment. Additionally, the DCO-1000 features a dedicated OOB (Out-of-Band) remote management port. This allows technicians to remotely access and diagnose the system, saving time and costs associated with sending maintenance crews to remote sites.
Built Rugged. Built Ready.
The DCO-1000 is a rugged, industrial-grade solution engineered for demanding surveillance applications in remote and challenging environments. A key differentiator of the DCO-1000 is its UL-61010 safety certification, demonstrating it has been rigorously tested and validated for electronic equipment cabinet deployments. Designed specifically for DIN-rail cabinet installations, the DCO-1000 offers seamless integration into the security and surveillance enclosures commonly used in the field.
Key Features:
- Fanless and Cableless Design
- Wide Operating Temperature Range (-40°C to 55°C)
- MIL-STD-810G Shock and Vibration
- Wide Power Input (9~36 VDC)
- Power Protection (OCP, OVP, RPP)
- FCC, CE, UL-61010
- Ultra-Compact, DIN Rail Mounting
Conclusion
Premio's presence at ISC West and the submission of the DCO-1000 ASL for an SIA NPS award highlight the significance of these advancements in shaping the future of the industry. Organizations looking to modernize their security systems should prioritize building a checklist of their requirements, considering processing power and IoT camera connectivity, to identify the most optimized edge computing solutions for their needs. The DCO-1000 ASL represents a powerful and reliable option for organizations seeking to leverage the benefits of edge computing in their security infrastructure.