Product Engineering Services

Enabling a rapid journey from concept to market-ready product is achievable by employing a seamless and integrated product engineering lifecycle tailored for manufacturing. Nevertheless, achieving product requirements and seamless manufacturability entails navigating each stage of the product life cycle, from concept to manufacturing, while thoroughly addressing specific considerations. The objective is to assist OEMs and enterprises venturing into IoT product development by enabling them to expedite their time-to-market by implementing the outlined steps. Essential Elements at Each Stage of the Product Design Lifecycle Finalization of Product Concept, Feasibility, and Architecture Based on the organization's strategy, marketing goal, and consumer demand, the goal at this stage is clearly defining the new product. Create and solve queries that clarify the requirements. A thorough grasp of the requirements is necessary : The product's fundamental concept should be presented as ...

Distracted driving is responsible for approximately a quarter of all traffic fatalities. As a result, texting while driving is prohibited in more than 47 states in the United States. Below are some of the statistics: Road accidents claim the lives of 1.25 million people worldwide (WHO)  Human mistake is to blame for 95% of all traffic accidents.  Operator/driver weariness is responsible for 40% of trucking-related incidents (NHTSA)  While driving, 30% of total driving time is spent on distracting activities (European RSO).   Let's look at some of the reasons for distracted driving: Visual distraction, manual tasks, and cognitive tasks are all examples of visual distraction. The primary cause of these distractions is that drivers feel they can multitask while driving. Regulatory authorities and OEMs adopt new standards and technologies to address these issues and make the road safer for all drivers. Active and passive driver monitoring are the two types of driver moni...

A software application known as an intelligent virtual assistant (IVA) employs artificial intelligence (AI) to carry out various duties or offer services to people about their replies or tasks. IVAs are often made to comprehend natural language inputs and employ various methods to react to user requests made by speech, text, or other communication channels.   According to a Grand View Research, Inc. analysis, the global market for intelligent virtual assistants is anticipated to reach USD 14.10 billion by 2030, rising at a CAGR of 24.3% over the forecast period. One of the key drivers fueling the market's expansion is the growing use of virtual assistants in various sectors, including e-commerce, healthcare, retail, home automation, automotive, and healthcare/medical industries. They provide more efficiency, cost-effectiveness, personalization, accessibility around-the-clock, and an enhanced user experience. As the technology underlying virtual assistants develops, more brand-new...

Due to the rise of beacon technology and shopping applications, businesses seek fresh approaches to draw in new audiences and keep their present clientele. Beacons are tiny gadgets that continuously send signals while gathering client information. Beacon technology initiates and distributes proximity campaigns to users' mobile devices, enabling company owners to gather data on consumer activity and foster interaction between clients and establishments. Beacon technology has significantly progressed in giving people a more tailored shopping experience. Retailers and customers may connect thanks to beacon technology.  Imagine that a text message notifying you of the promotional deals and discounts is delivered to your smartphone as you enter a store. Without a doubt, there is a lot more. Beacon technology solutions are affordable, making it accessible to small establishments that can still enjoy their many benefits. How Beacon Technology Impacts Different Industries? RETAIL Retail an...