Laird Connectivity is now Ezurio/filters:background_color(white)/2024-08/Hack-Proof%20Your%20Device%20WP%20Cover%20Image.png)
Hack-Proof Your Device: The Security Blueprint for Industrial IoT
Discover how to protect your IoT devices against cyber threats with a security strategy that spans the entire product lifecycle.
White Papers
-
-
/filters:background_color(white)/2024-08/regulatory-noncompliance-white-paper.png)
From Fines to Failures: The Hidden Costs of Regulatory Non- Compliance
The truth about securing regulatory compliance is that it’s costly and it takes a lot of work. Being found to be non-compliant has no end of consequences for a business, and can ultimately end up in a failed product, a pile of costs, and a wounded reputation.
-
/filters:background_color(white)/2024-05/QSR%20cover%20image.png)
Would You Like Wi-Fi, BLE and LoRaWAN with That?: Empowering Next-Gen Connectivity for Quick-Service Restaurant Operations
From the drive-thru to the kitchen: Ezurio's wireless modules and SOMs are redefining Quick-Service Restaurants efficiency and customer experience.
-
/filters:background_color(white)/2024-03/032023%20-%20White%20Paper%20-%20Industrial%20IoT-V2-Cover-1.png)
5 Factors to Consider if You're Building a Wireless IIoT Solution
Do you belong to an enterprise looking to create revenue from your customer base through a connected solution? Do you consider your business to be “mission-critical”? Are you looking for help on...
-
/filters:background_color(white)/2024-03/Robotics-White-Paper-V2-Cover-1.png)
AGVs, AMRs, Cobots and Connectivity: Accelerating Wireless Design for Next-Gen Industrial Robotics
The next-generation of robots depend on reliable, robust, secure wireless connectivity.
-
/filters:background_color(white)/2024-03/UWB-White-Paper-V2-Cover-1.png)
Beyond AirTags & Key Fobs: An Engineer’s Introduction to UWB for the Myriad Use Cases in Medical and Industrial
UWB’s moment in the sun has been a long time coming, which makes its surging use cases and adoption all the more remarkable.
-
/filters:background_color(white)/2024-04/right_som_cover_page1.png)
How To Choose the Right System-on-Module, Single-Board Computer, or Custom Hardware for IoT Design Projects
Engineering teams have more and more IoT projects to tackle and less and less time to work on them. But SOMs, SBCs, and custom hardware often enable a 9-12 month acceleration of development timelines for IoT projects as well as significant cost savings.
-
/filters:background_color(white)/2024-07/Summit%20Suite%20White%20Paper-V2-Cover.png)
Security Is More Than Just Checking A Box
The Importance of Taking a Holistic Approach to Medical IoT Device Security
-
/filters:background_color(white)/2024-03/052023%20-%20White%20Paper%20-%20Bluetooth%20Deployment%20in%20Hospitals-V2-cover-1.png)
Bluetooth Deployment in Hospital Settings
There are currently three primary connectivity methods that are used for IoMT within hospital settings – Wi-Fi, Bluetooth, and LPWAN. And, looking forward, the increased use of a fourth – UWB...
-
/filters:background_color(white)/2024-03/Application%20Study%20Industrial%20Predictive%20Maintenance%20White%20Paper-V2-Cover-1.png)
Application Study: Predictive Maintenance
Consumer electronics have advanced significantly in recent years, resulting in the integration of processing and connectivity features into industrial equipment. This has led to the creation of the...
-
/filters:background_color(white)/2024-03/Designing-for-Success-White-Paper-V2-Cover-1.png)
Designing for Success: The Decisions that Make a Successful Product
Knowing where to focus your attention is the difference between being blindsided and just being inconvenienced. In this paper, we’ll go through some common pitfalls and stumbling blocks, some which may be familiar and some which may be brand new.
-
/filters:background_color(white)/2024-03/White%20Paper%20-%20Clinical%20Devices%20and%20Wi-Fi%206-6E-V2-Cover-1.png)
A Game Changer For Wireless Clinical Devices: The Impact of WiFi 6/6E on Connected Medical Devices in Hospital Settings
WiFi 6/6E is a gamechanger for hospitals, enabling WiFi to continue serving as the backbone of hospital connectivity as device density increases and new devices put greater demands on networks.