January 2019

How LIDAR Based ADAS Works for Autonomous Vehicles

How LIDAR Based ADAS Works for Autonomous Vehicles

ADAS technologies based on LIDAR sensors are the most innovative and efficient technologies for autonomous vehicles. Along with Vision and RADAR based systems, LIDAR systems provide high accuracy, precision in object detection, and recognition in ADAS. The combination of RADAR, LIDAR, and Vision-based systems is highly effective in creating a safe and automated driving experience. Read More

Top 5 Considerations for Consumer Electronics Testing Strategy in 2019

Top 5 Considerations for Consumer Electronics Testing Strategy in 2019

Testing for consumer electronics in a connected devices world requires a different approach. This is a direct consequence of evolving customer expectations, the demand for faster product releases and the rising number of devices that interact and communicate with each other. Let’s take a look at the trends and changing priorities for testing in the consumer electronics sector in 2019. Read More

Planning to Develop Wearable Applications using Qualcomm Snapdragon? Read this First!

Planning to Develop Wearable Applications using Qualcomm Snapdragon? Read this First!

According to IDC, “Wearable sales are projected to experience double-digit growth in 2019, and a compound annual growth rate (CAGR) of 11.6% over the next five years.” Wearable technology can be leveraged across different industries to offer a enhanced user experience and solution to the users.  Read More

Qualcomm QCS 605 Chipset brings Intelligence to IoT through Vision Intelligence Platform and Microsoft Azure

Qualcomm QCS 605 Chipset brings Intelligence to IoT through Vision Intelligence Platform and Microsoft Azure

Qualcomm continues to announce new product families purpose-built for IoT applications. One of the first additions to the IoT chipset family was QCS605, along with software and reference designs. The 10nm SoCs include advanced camera processing software, machine learning, and computer vision software development kits (SDKs), plus proven connectivity and security technologies — all of which are designed explicitly for next-generation IoT devices. Read More

4 Digital Transformation Challenges that Everyone Ignores

4 Digital Transformation Challenges that Everyone Ignores

Looking at the pace at which the technology ecosystem is changing, adopting digital transformation is no longer optional. When your organization embarks on the journey towards digital transformation, there will be several obstacles on that path that you will need to overcome. Read on to know about these challenges before you start your digital transformation journey. Read More

Full Stack Development for IoT

Full Stack Development for IoT

As the smart connected devices market continues to grow rapidly, the demand for making a secure, reliable, and efficient IoT system is also growing. Full stack development functions as a single point solution for the full life cycle development – design, code, test, and release – to take the products and the system to the next level. This blog takes a closer look at the role played by full stack developer in IoT. Read More

How RTOS for Embedded Systems Powers the Internet of Things

How RTOS for Embedded Systems Powers the Internet of Things

As businesses are adopting IoT, it is time for the embedded market to upgrade and make more IoT-friendly embedded systems. This blog will discuss how a real-time operating system is capable of changing embedded systems in order to accommodate the changes in the IoT landscape. Read More

ML at the Edge Will Help Unleash the True Potential of IoT Image:

ML at the Edge Will Help Unleash the True Potential of IoT

As edge devices gain greater computing power and machine learning becomes more mature, it becomes possible to infuse intelligence into edge devices. This article explores the impact that AI and ML will have on edge computing.  Read More

A Cryptographic Proof-of-Concept for Securing Aircraft ADS-B Data

A Cryptographic Proof-of-Concept for Securing Aircraft ADS-B Data

Automatic Dependent Surveillance‐Broadcast (ADS-B) is a surveillance technology in which an aircraft uses a satellite navigation system to determine and periodically broadcast its position. The receivers then use these signals to track the aircraft in real time. ADS-B is an important part of the Federal Aviation Administration’s (FAA’s) next-generation (NextGEN) Air Traffic Control (ATC) system. Read More