Brandon Lewis

Deeper Learning Makes Smart City Surveillance Even Smarter

Traditional computer vision reduces cost and improves performance in DSS systems, but truly intelligent video analytics demand more. Learn how one company delivers on the promise of intelligent DSS.

How SD-WAN Powers Unified Commerce

Unified commerce engages customers in many ways, signaling the need for flexible, high-capacity networks. Software-defined WANs bring data center agility to vendors going to market on multiple levels.

City-Scale Edge Inference, Built in 3 Weeks

Smart city surveillance needs more intelligence at the edge to meet cost, bandwidth, and scalability demands. Learn how one company achieved this through deep learning.

Efficient Security Cuts the Cord for Battery-Powered IoT

Battery power enables mobility and flexibility for Industrial IoT, but security overhead keeps many systems on fixed power sources. Learn how trusted platform technologies let IIoT devices break free.

Embedded Virtualization Powers Mixed-Criticality IoT Systems

Industrial IoT systems now run mixed-criticality IT and OT workloads on the same hardware. Embedded virtualization and multicore processors allow safety- and non-safety-critical apps to coexist.

SD-WAN and uCPE: Introduction

As enterprise WANs expand, they often need multiple carrier networks. Universal customer premises equipment can make network handoffs easier—and deliver leaps in flexibility, performance, and cost.

Microservices Fix IoT Software Problems

IoT devices need flexible software that can connect to a variety of legacy and greenfield sensors, provide edge analytics, and communicate with diverse cloud and enterprise platforms.

Bring Deterministic Data Centers to Edge Computing

Industrial systems require significant intelligence close to sensors to meet real-time requirements. OPC UA and Time-Sensitive Networking are now pushing data center performance closer to the edge.

How to Integrate Machine Vision into Industrial Systems

Case Study: How to Scale Your Industrial IoT Project

Industrial IoT deployments often include diverse devices distributed across broad geographic areas, some of which are mobile with inconsistent Internet access.

3 Digital Signage Standards: Which is Best?

Deeper, Faster Learning with FPGA Co-Processors

Scaling HPC for 5G, AI, and Whatever’s Next

Why 5G Networks Need AI at the Edge

As networks become more complex, AI technology at the edge of 5G infrastructure will allow operators to improve network efficiency, reduce latency, and create new service opportunities. But how AI fit

Why SCADA Is Bad for Smart Factories

Unstructured, time-series data generated by industrial machines is often incompatible with highly structured enterprise environments. This article out...

Need More IoT Data? Try Stream Processing

Limited storage and bandwidth means most IoT data cannot be retained. Streaming analytics enables capture of all relevant data while also allowing org...

Containerized Linux: The Secret to IoT Security

A desire in the development community to use Linux is often at odds with the security requirements of an organization, leaving a gap between a company...

The Virtuous Cycle of Closed-Loop Manufacturing

Closed-loop manufacturing requires in-depth knowledge of IT and operational systems, including latency, connectivity, security, and analytics. Converg...

88% More Performance per Watt for Embedded and IoT

8th generation Intel® Core™ processors deliver a significant performance boost, nearly doubling performance per watt and newly integrating Intel®...

Virtual Assistants Make Signage Immersive

Virtual assistants, voice recognition, and immersive graphics are just a few of the features digital signage can deliver with 8th generation Intel® C...