Internet of Things is transforming how consumers interact with products. However, companies face challenges in testing and automating the user journeys from device to cloud, and in scaling and delivering a seamless user experience.
eInfochips offers holistic testing services, from edge to cloud, comprising of multiple devices/sensors, connectivity, cloud and multi-interface applications.
eInfochips IoT testing methodology focuses on end-to-end automation to achieve maximum test coverage and realize cost savings on huge IoT infrastructure and operations. Our expertise with new age tools and technologies, cloud partnerships, and knowledge of the operational technology makes us a trusted partner for IoT testing services for global product companies.
Holistic IoT Test solution – covering hardware, device, connectivity, cloud, and application
Associated with world’s top 10 commercial aerospace corporations
OT+IT integration – and testing at scale and complexity
Edge virtualization expertise – Any IoT device automation
IoT test automation – edge to cloud test automation framework
Edge to cloud connectivity
Unified Automation framework for IoT device, web, and mobile
End-to-end IoT test automation of a home security system, containing 80+ devices and peripherals using DevOps tools…
End-to-end test automation of biometric security solutions with SDK test automation and robotic arm automation…
Our client, a US-based OEM of Home Automation and Security systems, was facing longer release cycles…
The days of charging your electrical gadgets through cables and cords have passed. It’s been more than a century since wireless charging technology became popular. The magnetic resonant coupling, invented by Tesla, permits the energy to be sent over the air via two circuits ̶ a transmitter and a receiver. This technique was not used in the real world for about a hundred years. However, there are numerous wireless charging methods available today that reduce the need for cords on everything from mobile phones to wearable smart gadgets, laptops, household appliances, and automobiles.
According to the business wire market research, there were 0.7 million cars with V2X capability
This article explores the role of AI powered IoT security and its industry impact. It covers AI’s applications in threat detection, access control, authentication, network security, vulnerability detection, and predictive maintenance. Additionally, it addresses limitations of AI in IoT security, including data requirements, false positives/negatives, AI system vulnerabilities, and implementation costs.
Through the century-long journey, the automotive industry has evolved from a traditional self-contained network to
In Focus : CTO’s Handbook on Modern EV Charging Revolution, eInfochips Customer Testimonial, Brochure for
The Audio Encoders and Decoders are basically compression algorithms for multichannel audio, meant for storing/streaming music and the audio part of movies, with lesser storage place/bandwidth than the original content. Dolby Digital Decoder is one such algorithm developed by Dolby Digital Laboratories. The Encoders are almost, always used at the recording end in the studios, where the sound/music is created, to encode/compress the sound. The Decoders are generally present at the infotainment end, like home theater systems and car infotainment systems. The article here, describes the basic building blocks of the Dolby Digital (AC3) Decoder algorithm.
eInfochips, an Arrow Electronics company, is a leading provider of digital transformation and product engineering services. eInfochips accelerates time to market for its customers with its expertise in IoT, AI/ML, security, sensors, silicon, wireless, cloud, and power. eInfochips has been recognized as a leader in Engineering R&D services by many top analysts and industry bodies, including Gartner, Zinnov, ISG, IDC, NASSCOM and others.
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