The changing face of transportation is putting new pressures on automotive software, with one report predicting the global automotive-software market will reach $43.5 billion by 2027. There are many reasons behind this growth, but the evolution of In-Vehicle Infotainment systems (IVI) is a dominant trend.

Several COVID-19 vaccines are close to getting regulatory approvals in different countries. Currently, there are more than 50 COVID-19 vaccine candidates in trials according to the WHO.

For more than a century, burning fossil fuels has generated most of the energy required to propel our transportation needs. Using fossil fuels for energy has exacted an enormous toll on humanity and the environment including air, water pollution and global warming.

The COVID-19 pandemic has posed serious challenges for airlines, airports, and their ecosystems. Airport authorities prioritize the importance of aspects like improving efficiency, avoiding bottlenecks, quality of services, safety and security, and many more.

It has often been a journey rife with technology buzzwords, to catch up with the latest trend, but most enterprises have not been able to scale up and create value out of their I4.0 forays.

The Society of Automotive Engineers International (SAE) has defined six levels of automation for autonomous vehicles.

The time of artificial intelligence has finally arrived. Although AI had its emergence as a field of study since the late 60s, it remained on the margins as more of a research area with little or no actual impact on mainstream real-world problem solving.

Along with aiding decision-making in autonomous vehicles, HD maps can be the handy additional source of information in various edge cases where instant sensing may not suffice.

Most mid-to-large organizations will move to a hybrid cloud approach that gives them control of their core applications and data while still leveraging public cloud for dynamic demands.

Businesses are gradually shifting to cloud infrastructure because it provides cost benefits and a quicker turnaround time. The overhead of infrastructure maintenance and higher turnaround time for fixes and enhancements with legacy systems are considerable

Engineering & Technology: Shaping the future of a disrupted world

The shipping industry is an integral part of the transportation sector and the overall supply chain. Shipping moves goods across geolocations promptly, driving the economy toward a progressive path. The volume of cargo that ships carry is huge compared to other transportation modes, offering very significant economic advantages.

In this era of digitalisation and smart technologies, the use of autonomous vehicles as a mode of transport is not a question of 'if' but 'when'. Although the moon-shot promise of complete autonomous mobility by 2020 remains elusive, growing investments by the transportation industry into research and development of autonomous technology have shown promising results – results that can be repurposed to more predictable and constrained environments, such as distribution centre operations.

An autonomous shuttle is a vehicle that moves autonomously at speeds lower than 50 miles per hour on pre-charted routes under remote surveillance and environment restrictions for operations . All autonomous vehicles which fall under this category are electric, used to ferry people or deliver goods, and manned or unmanned.

Lead Industry Disruption with Cloud Innovation

Less than a decade after breaking the Nazi encryption machine Enigma and helping the Allied Forces win World War II, mathematician Alan Turing changed history a second time with one simple question: "Can machines think?”

2020 was touted as a landmark year for Autonomous Driving (AD). It was slated to be a milestone for most self-driving car manufacturers to get a production-ready SAE Level-3, Level-4, or Level-5 vehicle to market.

The first critical step in a 3D Printing transformation is getting the strategy right.

Mankind has been obsessed with and fascinated by autonomous vehicles for the last few decades. In the 1997 timeless classic – “Tomorrow Never Dies”, James Bond controlled and steered his car using his mobile phone and left audiences enthralled, wondering when they could do the same in their cars. Cut to 2020, and such features are a reality in some of today’s most advanced cars.

Find out how our client synchronized design & manufacturing tools to significantly reduce product development costs

The recent percolation of autonomous technology in the passenger vehicle segment, in the US, Europe, and some parts of South-East Asia, has garnered a lot of attention.

In the era of software product modernization, businesses tend to look at the feasibility of COTS (commercial off-the-shelf) vs. custom software development, and strategize on the best course of action based on the required effort, cost, time to market, and other relevant attributes.

Innovation often takes a backseat in the urge to meet existing market demand, leading to a dip in customer satisfaction and reduced market share.

The fashion industry has witnessed a transformation in the design and development of products during the last decade.

Current uncertainties brought on by COVID-19 have forced us to stay at home. However, in the new normal, we are able to avail services via our cellphones with just a couple of taps.

Organizations globally are experiencing workforce disruption at an unprecedented scale and pace. Virtually all companies shifted to a remote workforce model to protect and empower employees, serve customers, and establish business continuity. Technology companies were better prepared. For example, Wipro Engineering was able to ensure 99% of its workforce comprising 20,000+ engineers were fully operational, remotely, within 48 hours of the lockdown.

Connecting the IoT-based physical system and the virtual model to enable the exchange of data between the two leads to real-time decision-making and analysis of the effectiveness, efficiency and accuracy of the system without affecting the system

The world is rife with disruptions, and what it truly needs is a very strong intelligent supply chain

Having emerged as a major health crisis, the COVID-19 virus has also severely disrupted the global economy, causing demand and supply shocks, and affecting the production of goods and services throughout the world.

Introduction: Autonomous technology, current state

The world is rife with disruptions, and what it truly needs is a very strong intelligent supply chain

Rapid escalation of the current worldwide healthcare crisis is posing unprecedented challenges in terms of availability of life-saving medical devices.

Integrated mobile-based offering

The COVID19 pandemic has placed unprecedented pressure on manufacturing / supply chain. Key industries face enormous spikes in demand, yet with borders sealed,

Historically, manufacturing revolutions have resulted in huge growth spurts in our economies proving to be a catalyst in massive productivity improvements.

Supply chain sustainability is the management of environmental, social and economic impacts, and the encouragement of good governance practices, throughout the lifecycles of goods and services.

The traditional supply chain model, as we all know it, has been built on relay events - involving hand-offs between discrete, siloed steps taken through planning, design, manufacturing, distribution and finally into the hands of the customer.

Internet of things (IoT) is the new way of communication between living and non-living things.

As many as 89 percent of the Fortune 500 companies in 1955 are not in the Fortune 500 list of 2019! These enterprises have either gone bankrupt, merged with a larger entity, or have been outranked by more competitive enterprises.

The manufacturing industry is an example of a vast industry looking for digital transformation through Internet of Things (IoT) technology, to improve production and quality, and reduce downtime.

Ever since the first programming language was written, software technology has played a crucial role in transforming the efficiency of machines, processes, and people. Today, as software technology drives drastic improvements in outcomes and operations, we are on the cusp of a new and exciting chapter in its narrative.

Until a few years ago, mobile networks traffic had a predictable demand pattern. Hence, planned node placements or capacity assignments with network processing software capabilities tied to the particular physical node worked reasonably well.

As the demand for semiconductor products/services continues to grow along with the exponential rise in consumer expectations,the semiconductor industry is witnessing a wider range of technological innovations.

With the gradual yet steady rise in successful Internet of Things (IoT) deployments, many paradigms associated with digital transformation that seek to drive concrete business outcomes are emerging in the industry.

The concept of connected supply chain is understood mostly by people who watch commercials.

Over the past few years, grid modernization has emerged as the central theme of digital transformation initiatives of utilities around the world.

Routine inspection and maintenance of concrete infrastructure must be performed to ensure structural integrity and prevent structural failures which may cause damage to surrounding infrastructure, environmental pollution and potential loss-of-life.

In July 2019, 16-year-old American Kyle Giersdorf bagged US$3 million in prize money, after winning the solo finals event of the Fortnite World Cup 2019.

Inspection and regular maintenance of pipelines is a constant concern and requirement for industries in various domains such as Oil and Gas, Manufacturing, Water distribution and others.

In general, large-scale infrastructure design methods have their preferred CAD tools for 3D modeling and 2D detailing along with defined Product Life Cycle Management IT system for PDM.

We saw the gradual decline of independent mom-and-pop stores when e-commerce juggernauts, led by Amazon, took over the global retail industry.

The pharmaceutical industry has always been in the throes of change

It's a personalized digital transformation journey, for a manufacturing company to create competitive advantage and generate profitable revenue growth

Fashion products fundamentally follow the same product development processes as that of their counterparts in other industries.

Part 3: What Are the Architectural Aspects of Edge Devices Needed for Deep Learning?

Digital Twin, as a concept, has been around for a while. There are several use cases for which Digital Twin can be applied.

With the application of deep learning in edge computing of system on chip devices, there is a huge business opportunity for various market segment.

Since its inception in the 1970s, facility management as an industry and discipline has undergone enormous changes.

SOC Manufacturing and supply chain involve multiple phases from Architecture, design, verification, physical design & fabrication to testing and productization.

This describes how MVPDs actively need to deploy their services over MEC platforms to be able to cater to the growing demands of Video consumption

The effectiveness of IoT can only be realized with effective collaboration of Industry, Enterprise and Agencies which acts as a canvas on IoT-based systems

As airports adopt the path to digital transformation, some of the most progressive ones have become pilot sites for evaluating next gen digital technologies.

This paper describes how Wipro can help organizations on their journey of microservices adoption

Cost-out approach through outsourcing is dependent on multiple factors such as technological trends, skills and maturity of service providers, and strategic focus. These factors are mapped through a decision matrix to logically arrive at a strategic outsourcing decision.

Transport Layer Security (TLS) protocol is a successor to the Secure Sockets Layer (SSL) that provides privacy and data integrity between two communicating applications. TLS 1.3 is an advanced version and unparalleled in terms of privacy and performance.

The media industry continues to evolve rapidly due to the growing number of delivery channels and consumption devices.

This article takes you to experience-led, data-driven, open platform-based model in media

How a comprehensive framework for efficient network testing can help operators deploy LTE networks faster

This paper affirms the need for businesses to be inclusive to PWDs & how Wipro’s Accessibility Services Framework help enhance product accessibility & experience for PWDs

This blog talks about how Engineering, Procurement and Construction companies can leverage 3d virtualization

Developing new products today involves a chain of daunting new challenges. Read our solutions to such innovation challenges

How is real time analytics and data convergence that distributes actionable insights to different screens, being used to predict, isolate and respond to such calamities before they strike.

Path to prosperity for utilities

A suitable platform for providing a seamless user experience across multiple devices is an imperative for Pay TV operators. Android Open Source Project (AOSP) and Android TV have the possibility to be the turning point for the Pay TV market.

The paper describes the nuts and bolts of becoming patient centric and how technology can be leveraged in becoming patient centric

Is WiFi offloading the best bet to prevent massive network congestion and ready for widespread adoption? Here's the answer

Progress in digitization of care delivery systems has created a growing demand for interoperatibility that not only supports the care continnum, but also healthcare in general

Internet of Things (IoT) adoption is getting simpler. We see extraordinary instances of IoT across industries, through smart homes, logistics companies using it to ship, distribute and track packages, connected manufacturing plants, security systems, autonomous cars and even pet feeders.

How Digital PLM model forms the backbone for digitization of product value chain

This paper talks about how PLM can bring about more efficiencies in M&A

Learn how Wipro can support OEMS to adopt Digitization across Products and Workflows as per the new FDA regulations

Part-1: Why and how to bring in Deep Learning in edge devices?

The digital twin concept has unearthed new possibilities with advancements in the field of IoT/IIoT along with analytics, artificial intelligence/machine learning.

Manish Kumar, Domain & Digital Practice Head for Engineering & Construction, talks about Wipro’s Smart Twin framework

Wipro Situational Intelligence solution, powered by IBM Maximo® APM4E&U platform enables energy & utilities companies to adopt an integrated approach to enterprise-grade data analytics by bringing together all the disparate data sources across systems and operations. It helps utilities derive right information, for the right person, at the right time, to support timely and informed decisions and actions to respond to a given situation at the location of interest, thereby, minimizing operational disruption and improving service quality.

Wipro’s Taiwan operations started in 1999 and since then we’ve been engaged with Tier 1 companies based here and actively contribute to growing their bottom line.

Tarang is a one-stop shop for independent Product Qualification and Compliance Lab facility.

A point of view published by CIMdata on Wipro’s EngineeringNXT Auto Summit in Troy, Michigan.

Leveraging core concepts of digital twin and beyond, to accelerate the journey towards enterprise and knowledge maturity

,Wipro's Machine Learning based large-scale parts classification is very effective way of increasing efficency

Watch the strategy behind how our “innovation prowess” got rewarded

How is real time analytics and data convergence that distributes actionable insights to different screens, being used to predict, isolate and respond to such calamities before they strike.

Product companies are now leveraging the expertise of engineering service providers for digital accessibility

This paper discusses how the disruption and proliferation of smart appliances have enabled manufactures to engage more with the end consumer and details out on the challenges ahead