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Alexa custom assistant gives car dash tech a unique voice – and FCA is first onboard
Amazon is opening up Alexa for automakers to make their own, custom virtual assistants, and Fiat Chrysler is first onboard to include it in future dashboards. While Alexa has already found its way into multiple cars and trucks already, allowing for music playback, remote smart home control, and more, the Alexa Custom Assistant will allow for more unique features as well as a vehicle-specific wake word.
So, while you can access Alexa Skills on the Uconnect 5 infotainment system in many recent vehicles from Chrysler, Dodge, Jeep, and Ram, currently the experience is much like having an Echo smart speaker in the car. You rouse the assistant with the familiar “Alexa…” wake word, and then have the same features as that standalone Echo might offer at home.
Alexa Custom Assistant goes much further. Built into the infotainment stack, it can have a custom wake word, a unique voice, and special skills unique to the automaker. They’ll work with Amazon’s existing spoken language understanding and intent routing, along with its skills for things like local search, weather, alarms and times, and media streaming.
While new Alexa Skills continue to roll out, there’ll inevitably be some areas where a vehicle’s own assistant is more capable. In particular, if you can ask the car’s assistant to open or close windows, adjust the HVAC settings, or do other car-specific tasks, that may not be something Alexa has access to. As a result, the Alexa Custom Assistant has been designed with seamless handover between the two assistants onboard.
So, if you ask for an audiobook to be played, or music from Amazon Music, Alexa will handle that. If, though, you ask to turn on the massage seats, Alexa will hand that request over automatically to the car’s assistant to take action.
The benefit for automakers, Amazon says, is speed of development. Building a capable virtual assistant – and one which can not only do things like understand natural language speech, but keep pace with the developing cloud and smart home ecosystems that many people are engaging with – takes time and money. By tapping Alexa for that, it leaves the car companies to focus on their own domain of expertise.
It’s a similar argument to that we heard from Google, as it pitched Android Automotive. The Android-based infotainment system is designed to run locally on vehicles’ systems, tapping Google Maps, the Google Assistant, and the Google Play store for navigation, voice control, and third-party apps. In return, automakers can give the OS deeper access to the vehicles’ underlying platform: that way, in the Polestar 2 for example, Android Automotive can know just how much range is left from the EV’s batteries, and factor that into Google Maps’ navigation and charging recommendations.
Alexa Custom Assistant differs in that it’s not trying to offer a visual interface for the car, nor replace the existing software. Instead, automakers will be able to integrate it with their existing infotainment systems as part of the back-end, leaving the front-facing UI tailored to each brand personality and vehicle focus. FCA, for example, is currently working on how it will integrate the assistant into select future models, with the potential for different iterations of Alexa Custom Assistant whether you’re in, say, a Chrysler minivan, or a Jeep SUV, or a Ram pickup.
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Amazon Echo Show gives Alexa a screen and free video calls
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The new Amazon Echo Show, the latest way for Jeff Bezos & Co. to sneak Alexa into your home, has been officially revealed, complete with both voice and touch. The first Echo device to include a display, the Echo Show has a 7-inch touchscreen and a 5-megapixel camera for video calls. There’s also a total of eight microphones packed into its fairly blocky housing.
They’re used for Amazon’s speech recognition array, the system which allows Echo to hear you from across the room and pinpoint your speech while ignoring other ambient sounds around the room. A microphone mute button stops the Echo Show from listening out for your wake-word trigger. [Update: Echo Show has eight microphones, not nine as reported earlier; the front microphone shown in Amazon’s diagram is in fact one of the eight in the main array, not an extra]
Alexa’s functionality remains the same as from the audio-only Echo devices. You’ll be able to ask questions and for specific tracks or genres, across not only Amazon Music but Pandora, Spotify, TuneIn, iHeartRadio, and other providers. Dual 2-inch stereo speakers are built-in under the touchscreen for playback.
As with other Echo devices, there’s broad integration with various services and smart home kit. Through Echo Show you’ll be able to command your WeMo, SmartThings, Hue, Insteon, Ring, Arlo, Wink, and Ecobee IoT devices, for instance. You’ll be able to ask for a daily briefing of news and updates from your Google Calendar, too.
Where Echo Show sets itself apart from its siblings is the extra functionality having a display enables. As well as requesting music, you’ll be able to ask for YouTube videos, along with flash briefings in video format. Echo Show will be able to display music lyrics for impromptu karaoke sessions, together with your photos and text versions of your to-do and shopping lists.
There’s also the ability to see connected camera feeds on the screen, such as from your smart doorbell or what’s going on in a kid’s nursery. New with Echo Show, however, is the ability to make video calls: again, you ask for a contact, and they’re called, either through their own Echo Show or via the free Alexa app for their smartphone. A feature called Drop In will allow for instant video connections; you’ll be able to whitelist who gets to instantly appear on your display.
Voice messaging is also supported. That works across all Echo devices, too, so if you’ve got an Echo Dot, Echo, or the Alexa app, you’ll be able to make and receive voice calls and leave messages through that, too. Amazon says all calls, audio and video, are free.
For connectivity, there’s dual-band WiFi a/b/g/n/a (2.4/5GHz), along with Bluetooth with A2DP stereo streaming. The Echo Show can play music back via external Bluetooth speakers, too, though only if those speakers don’t require a PIN code to pair them. Without batteries, you’ll need to keep the Echo Show plugged in via the included 6 foot adapter.
Preorders for the Echo Show begin today, priced at $229.99. It’ll begin shipping on June 28, Amazon says, and be available in both black and white. If you buy two, meanwhile – useful if you want to make two-way video calls – Amazon will cut $100 off the combined price.
Amazon Alexa, Siri, Google Assistant hacked with laser in major security flaw
Ever since smart speakers started hitting shelves, there’s been no lack of people bringing up certain security concerns, whether those have to do with flaws in hardware and software or just general privacy issues. Today, a team of researchers are detailing a new vulnerability that exists in many smart speakers – along with some phones and tablets – that could potentially allow hackers to issue voice commands from far away.
The team, comprised of researchers from The University of Electro-Communications in Tokyo and the University of Michigan, detailed this vulnerability in a new paper titled “Light Commands: Laser-Based Audio Injection Attacks on Voice-Controllable Systems.” That paper is available through a new website centered on explaining these so-called Light Commands, which essentially use lasers to manipulate smart speakers with bogus commands.
“Light Commands is a vulnerability of MEMS microphones that allows attackers to remotely inject inaudible and invisible commands into voice assistants, such as Google assistant, Amazon Alexa, Facebook Portal, and Apple Siri using light,” the researchers wrote. “In our paper we demonstrate this effect, successfully using light to inject malicious commands into several voice controlled devices such as smart speakers, tablets, and phones across large distances and through glass windows.”
The Light Commands vulnerability seems to be something of a perfect storm: since hackers can use lasers to activate smart speakers, tablets, or phones, they don’t need to be within the typical pick-up range of the device’s microphones. Since the exploit still works even when aiming a laser through a window, hackers don’t even need access to the smart speaker before they carry out this attack, and they could potentially do this without alerting the owner of the device, as commands issued to speakers, phones, or tablets in this way would be inaudible.
Researchers tested a broad range of devices, including smart home speakers from Google, Amazon, and Facebook, along with phones and tablets like the iPhone XR, 6th-gen iPad, Galaxy S9, and Google Pixel 2. They discovered that in some cases, this exploit can still work from as far as 110 meters away – which was the longest hallway they had available to them as they were testing.
Obviously, there are a number of factors that could prevent this exploit from working. At a range as large as 110 meters, hackers would likely need a telescopic lens and tripod to focus the laser. As far as smartphones and tablets are concerned, many of them with only respond specifically to the user’s voice, making this exploit significantly harder to carry out on those devices.
However, on smart speakers that don’t have voice recognition like that active, there’s potential for hackers to do some pretty nasty things with this exploit. Assuming a smart speaker is visible from a window, hackers could use Light Commands to unlock smart doors, garage doors, and car doors. Hackers could also use this exploit to make purchases, or really carry out any command those smart speakers recognize.
The good news is that the researchers say so far there’s been no evidence of these exploits being used in the wild. They also note that there are ways for manufacturers to prevent these attacks, perhaps by adding an extra layer of authentication to voice requests (like asking the user a randomized question before carrying out the action). Manufacturers could also patch smart speakers to ignore commands only coming from a single microphone, as this exploit targets just one microphone at a time.
Artificial intelligence is taking wide strides in many industries. With amazing innovations at the helm, AI leaders have a major role in strategizing growth. Tech front-runners are using artificial intelligence in categories like knowledge management, virtual assistants, autonomous vehicles, digital workplace, and crowdsourced data. It is the responsibility of modern leaders to make AI and automation technologies an available competency across all departments. Under their leadership, analysts and engineers work closely with business roles to put AI to work in organizations. Such a versatile AI leader is Dr. Seth Dobrin. In an interview with Analytics Insight, he shares valuable insights on the responsible implementation of AI systems.When Responsible AI Meets the Noble Intent
Dr. Seth has recently stepped out of IBM as the first-ever Global Chief AI Officer and jumped into the role of the President of The Responsible AI Institute (RAI Institute), a not-for-profit organization focused on creating a more equitable society through the responsible implementation of AI systems. Additionally, Seth has recently founded Qantm AI, a technology and professional service provider in Dubai and the UAE.A Tech Enthusiast Who Never Stops Improving
Seth was IBM’s first-ever Global Chief AI Officer where he led the entire corporate AI strategy. In his role, he was responsible for connecting AI development and governance across IBM’s divisions with a systemic creation of business outcomes. In his current role as the President of the Responsible AI Institute (RAI Institute), Seth is responsible for building RAI Institute into the de facto standard for validation that automated systems are implemented responsibly. This includes building the necessary membership base of corporates, software vendors, and professional services organizations to a critical mass as well as the offerings that meet the demands of society, regulators, and the markets.
Seth has a long experience in innovating enterprises through data and AI extending beyond RAII and IBM to many other companies. By sharing his expertise, he has helped several Fortune 500 companies to design and execute AI strategies via a human-centered methodology that he has created. He also assures to provide the same level of expertise to Qantm AI customers through assets developed and his previous experiences and learnings.
Seth has earned multiple recognitions in the field including Unconferences 2023 Top 100 Data & Analytics Professional Award and has been named one of Corinium’s Top 100 Leaders in Data & Analytics 2023. He was also nominated as AI Innovator of the Year in 2023 and won the AI Summit award, which recognized Seth as a business leader who has trail-blazed breakthrough AI solutions.
He is the creator of a new human-centered methodology for designing and executing an AI strategy. The framework enables organizational transformation through a bespoke design-driven process that guides the prioritization and implementation of a well-defined set of AI initiatives that align with a company’s business strategy. Seth’s outcome-based strategy fundamentally changes every company’s area, from business operations to product development, by ensuring continuous and responsible delivery of tangible business results.
He has spoken at numerous events, conferences, and institutions around the world including The World AI Forum, Cannes, AI Summit, TEDx Buffalo, Gitex Technology Week, London Tech Week, The AI World Summit, the CDO Summit, the Spark Summit, and IBM Think.
Furthermore, Seth has also been interviewed for many podcasts and video series, including The Cube, ZDNet, The CDO magazine, the Equal AI podcast, the New York Times report’s podcast Eye on AI, Smart Talks with IBM podcast featuring Malcolm Gladwell, AI in Business podcast, and many others.Cultivating a Human-Centric Approach in AI Development and Deployment
Seth recalls that throughout his career, he has been focused on using technology to solve some of the time’s biggest challenges, from understanding the human genome to addressing human health challenges and creating higher-yielding crops to be able to feed the world to ensuring AI is implemented responsibly. Through all this, he has learned that the most important component is to have a value-based and human-centric strategy for AI implementation and adoption. Seth states that enterprises need to align with business values and focus on the humans involved and/or impacted. Additionally, there is a dire need for diversity in the teams designing, building, and implementing AI; diversity that represents the society in which a given AI system is being implemented.
According to Seth, AI does indeed create value for organizations. However, he feels that in recent years, it has become apparent that the responsible implementation of AI is critical for societal adoption and acceptance of AI. Responsibility is more important than fairness or explainability. It requires the measuring and monitoring of the six dimensions of an AI system which are a combination of education, processes, workflows, and technologies – explainability and interpretability, bias and fairness, systems operations, robustness, security and safety, consumer protection, and accountability.Turning Business Pains into Tech Purposes
The operationalization of AI in a value-driven, human-centric and responsible manner is not straightforward, explains Seth. He adds that building AI strategies that are aligned to business strategies with appropriate business metrics are not yet taught in business schools and only comes from working in the real world. On top of that, the need to understand how an AI-enabled system will impact human beings, engaging with any organization, and how to apply the tools necessary for responsible AI implementations adds additional layers of complexity that only a few understand. Seth claims that the responsible AI market is in its infancy and is just developing. The challenge and value are that people can define the market when more demand is created.Boosting the AI-Human Relationship to Extract Business Value
In Seth’s opinion, every AI leader needs to have the ability to connect their strategies with technology to derive business value, in the context of the humans who are ultimately using or being impacted by a given AI system. Additionally, he or she will need to be an expert at shifting entire organizations without necessarily having direct-line accountability of the teams.Extra Focus on AI Innovations
Seth declares that the most important thing in designing AI systems for a target audience is integrating design and a human-centric approach from the beginning and not as an afterthought. This means understanding who will be impacted by the AI system and who will be using it (they may or may not be the same humans), what the AI system will be used for, how it will be used, and why it is even being built in the first place. The goal should always be making a human’s life better, cheaper, and/or faster. Seth feels that extra focus on building responsible AI systems is required whenever it is impacting the health, wealth, or livelihood of a human.Changing the Norms of Leadership with Tech
AI indeed has the potential to generate a significant amount of value. In fact, PwC estimated AI to add more than US$15.7T to the global economy by 2030. In accordance with this, Seth says that leaders need to think more holistically about how AI can help their customers and employees to be better, cheaper, or faster. Additionally, leaders should have an eye on third-party tools that may contain AI and have a solid understanding of how responsibly they are implemented on different dimensions.Marching Towards an AI-backed Society
Seth reveals that RAI Institute is poised to be the de facto standard for the validation and certification of AI systems to ensure that they are aligned with corporate policies, industry standards, and regulatory requirements. AI has the potential to create a better and safer society, or it has the potential to propagate known and unknown harms. So, the companies have a choice to make and it is which camp they want to fall in. This is especially important when the health, wealth, or livelihood of a human is involved in the decision that the AI system takes.Strategies for Success, according to Dr. Seth
Seth wants new leaders to start with a strategy that connects their organizational objectives to AI. Then they will have to make sure to keep the humans in mind, who will be impacted by the AI system. It is also important to ask who will be using the AI system and how will it be implemented. There are more questions like what human problems is the system trying to solve and why it is being built in the first place.
A car battery is a rechargeable battery used to start a vehicle’s engine and provide electrical power to its electrical systems. It is also known as a lead-acid battery because it uses lead and lead oxide as the active materials in the electrodes. Each cell in the battery is composed of a negative electrode, a positive electrode formed of lead dioxide, and a number of cells (made of pure lead), and an electrolyte (a mixture of water and sulphuric acid).
When the battery is used, the electrolyte allows ions to flow between the electrodes, creating a chemical reaction that releases electrons and generates electricity. When the battery is charged, the process is reversed, and the battery absorbs electricity. Car batteries are designed to provide a high burst of power (known as cranking power) to start the engine and then to provide a steady flow of energy to the vehicle’s electrical systems while the engine is running.How to Change the Battery of a Car?
Changing a car battery is a relatively simple task that most people can do on their own as long as they have the right tools and follow a few basic steps. Here’s a detailed guide on how to change a car battery −Gather the Necessary Tools
A tool (either a socket wrench or a combination wrench), some pliers, a wire brush, and a new battery are required to change an automobile battery. Put on gloves to protect your hands from the acid in the old battery.Locate the Old Battery
The car battery is typically found in the engine compartment, either under the hood or on the side of the engine next to the front of the vehicle. Consult your car’s owner’s handbook if you need help determining where to look.Disconnect the Negative Terminal
Once you have located the battery, you must first disconnect the negative terminal (usually marked with a “-” symbol). To do this, use the wrench to loosen the bolt that secures the cable to the terminal. Be sure to loosen the bolt, only remove it partially.Disconnect the Positive Terminal
You must disconnect the positive terminal (usually marked with a “+” symbol). Again, use the wrench to loosen the bolt that secures the cable to the airport.Remove the Old Battery
Once both terminals are disconnected, you can carefully lift the old battery out of the car. Avoid spilling any of the battery’s acids to prevent harm to your car’s electrical system.Clean the Battery Tray
You should use a wire brush to remove any corrosion or debris from the battery tray and connections before inserting the new battery. You can ensure a solid connection between the battery and the car by doing this.Install the New Battery
Once the tray is clean, you can place the new battery in the tray and secure it with the hold-down clamp. Ensure the battery is seated correctly in the tray and the terminals are facing the correct direction.Connect the Positive Terminal
Start connecting the positive terminal (marked with a “+” symbol) first. Use the wrench to tighten the bolt that secures the cable to the terminal.Connect the Negative Terminal
Connect the negative terminal (marked with a “-” symbol). Again, use the wrench to tighten the bolt that secures the cable to the terminal.Test the New Battery
Once the new battery is installed and the terminals are securely connected, you should start the engine to ensure the battery is working correctly. If the engine starts and runs smoothly, you’re done! If not, check the connections or try a different battery.
Simple tasks like changing a car battery can save you money because you don’t need to engage a professional. Be sure to carefully read these instructions and exercise caution when handling the battery because its acid can be fatal if it gets in your eyes or skin.Benefits of Changing a Car Battery
The following are the benefits of changing the battery of a car −
Improved Performance − A new battery will have a full charge and provide more power to your vehicle’s electrical systems, which can improve the performance of your car.
Increased Reliability − A new battery is less likely to fail, which can be especially important in an emergency. This can help you avoid being stranded on the side of the road.
Enhanced Safety − If your old battery is damaged or worn out, it may pose a safety risk. For example, if the acid in the battery leaks, it can cause damage to your car’s electrical system or even cause a fire. By replacing the battery, you can reduce the risk of these problems.
Improved Fuel Efficiency − A healthy battery can help improve your car’s fuel efficiency by providing a consistent flow of power to the electrical systems.
Longer Lifespan for Other Components − A new battery can help extend the lifespan of other car components, such as the alternator and starter. This can save you money on repairs in the long run.
Environmental Benefits − Lead-acid batteries can be recycled, which can reduce the impact on the environment. By replacing your old battery with a new one, you can help keep these materials out of landfills.Conclusion
Changing a car battery is a relatively simple task that most people with a basic set of tools can perform. It’s essential to choose a replacement battery that is compatible with your car and follow the manufacturer’s instructions for installing it.
Before you begin, gathering the necessary tools and ensuring you have a safe and well-ventilated workspace is a good idea. In order to shield yourself from chemicals or debris, you need also to put on protective equipment such as gloves and goggles. Once you have everything, you can remove the old battery and clean the tray and terminals.
Next, you’ll need to connect the new battery, follow the proper polarity and secure it. Finally, you’ll want to test the new battery to ensure it’s working correctly and dispose of the old one according to local regulations. Following these steps, you can easily change your car’s battery and return to the road.
1.How is Infosys enabling its clients to simplify their digital transformation journey of core engineering processes?
Infosys provides a comprehensive portfolio of engineering services with strong product development experience, spanning more than 25 years, to clients across the life cycle from product development, product manufacturing support, operations, and maintenance. Digital transformation is moving at a faster pace across industries helping organizations to increase their competitive edge and to improve better customer experience by creating next-generation smart, connected, and autonomous products and services. It is also helping organizations improve their efficiencies across the value chain through digital technologies.
Infosys aligns with the changing needs of the industry in four broad themes such as digital thread (Industry 4.0), Next Generation Mobility, NextGen Collaboration and Connectivity encompassing 5G, NextGen Platform engineering through cloud-native engineering. Infosys industrial automation, plant automation & controls, and Industry 4.0 services like IOT, Cloud Engineering, 5G, Robotics, and autonomous systems aim to improve the efficiencies in the manufacturing shop floor.
The digital thread offerings include integration of Engineering Technology (ET), Operational Technology (OT), and Information technology (IT) services across the value chain for industries like Aerospace, Automotive, Turbomachinery, Heavy Engineering, etc.
The ET services span across Computer-Aided Design (CAD), Computer Aided Engineering (CAE), Computer Aided Manufacturing (CAM), Product Life Cycle Management (PLM), Knowledge Based Engineering (KBE), and Model-based System Engineering (MBSE).
The OT services include industrial automation, Plant automation and controls, and Manufacturing Execution Systems (MES) across the ISA 95 stack.
The IT services include Enterprise Resource Planning (ERP) and scheduling offerings.
Infosys developed Industry 4.0 maturity index under the umbrella of Acatech Germany to understand the current Industry 4.0 maturity on the shop floor and define the Industry 4.0 roadmap for its clients. This maturity index has been a foundation for our engagement with our clients. It provides an end-to-end framework from consulting to implementation across the manufacturing shop floor covering various efficiencies like operations, maintenance, information, and energy.
Infosys’ digital engineering services through 5G, Cloud, IoT, AI, Robotics, Autonomous Technologies, Digital Twin, AR, VR, Cyber security, and blockchain provide value across the product life cycle from design to manufacturing to operations to maintenance.
Infosys as an ecosystem integrator has a vibrant partner ecosystem with the leading product vendors. Our ready-to-deploy IP and solutions like Connected Ops on Cloud, Machine connectivity framework, Infosys edge gateway, and Pharma Manufacturing Insights, to name a few, are solutions to reduce the time to digital transformation and go live.2.How is Infosys using the power of engineering cloud to support enterprises?
Infosys Engineering cloud service focuses on the cloud transformational journey of our customers integrating their infrastructure, tools, and processes. This transformation helps to sense the problems in real-time, take corrective actions at a much faster pace, predict the future, and plan to increase business resilience.
“Infosys Engineering Cloud” built as part of Infosys engineering cloud practice is an Industry leading and first-of-its-kind core-engineering platform, solutions, IPs, and accelerators with the power of cloud technologies, which propels Digital Engineering Transformation for our clients across the value chain.
This brings for the first time, all facets of product engineering namely R&D, manufacturing, operations, support, and maintenance into a cloud-enabled model.
Engineering cloud provides visibility, flexibility, scalability, availability & adaptability of engineering systems providing reusable solution architecture, reference design, solution accelerators, POV and best practices based on industry implementations to cater to the market demands precisely.
Infosys developed many solutions on the cloud for engineering and manufacturing enterprises. These include PLM on the cloud, Connected operations on the cloud, etc.
Infosys has a strong cloud-native engineering practice to architect and reengineers applications for cloud. Infosys has a strong partnership with hyper scalers like Azure, AWS, and Google, and engineering platform providers like Dassault Systems, PTC, Siemens, etc. Infosys has developed and deployed many IoT platforms on the cloud for the manufacturing enterprise.
Infosys Agile digital frameworks like “connected operations on cloud” which is cloud agnostic as a service enables pre-configured solutions to revamp industrial manufacturing with predictable outcomes.3.As organizations strive towards achieving sustainability by implementing sustainable practices, how is Infosys providing them with measurable business value across the product cycle?
Infosys aggressively pursues ESG goals internally across its campuses. Infosys built and deployed systems internally for energy efficiency, water management, and waste management. Infosys is utilizing this experience in building smart connected and energy-efficient products and processes. This holistic approach brings together the best of tactical and strategic initiatives for the enterprise. The tactical engagements help realize immediate needs while the strategic initiatives help in realizing ESG goals consistently. Infosys is carbon neutral and focuses on green energy alternatives like Solar and wind for its campuses.
Infosys’ sustainability practice brings together best practices in implementing sustainable solutions across its enterprises like smart campuses, smart equipment, smart factories, and smart utilities. Our sustainability initiatives focus on a circular economy centered around people, the planet, and prosperity dimensions. Infosys brings the best of consulting and technology implementation practices focusing on both greenfield and brownfield environments through digital technologies. Infosys helped customers win global awards in their journey toward sustainability.4.How do you see disruptive technologies such as cloud emerge as a trend in the industry in the near future / what is the future of engineering cloud services in India?
Cloud adoption in manufacturing is growing rapidly. Manufacturing will undergo a large-scale, technology-led transformation. That will also include industrialized deployment across the plants while at the same time implementing comprehensive Industry 4.0 solutions. This will utilize emerging technologies like AR/VR, AI/ML, 5G, Blockchain, Robotics, Automation, and so on. A few aspects that we will see the industry adopt in terms of disrupting technologies will be:
Hyper Automation with Computer Vision, Video Analytics, and Autonomous Technologies that will drive more automaton resulting in more productivity, reconfigurable manufacturing shop floor, and resilient to supply chain issues.
The intersection of IoT and Blockchain will ensure trust, transparency, and traceability enabling a very secure and trusted data exchange platform with multiple stakeholders.
Infosys believes sustainability is going to be the future and an integral part of our services. Digital products and processes will provide immense opportunities. Newer technologies like electric vehicles and hydrogen vehicles will provide immense opportunities in the future.
To maximize the potential of 5G, customers need to look at the opportunities to integrate the offerings vertically. For example, private 5G can benefit the manufacturing industry by improving the operational efficiencies of autonomous and remote-guided vehicles. Infosys is working with one of the leading auto manufacturing brands integrating Private 5G management, 5G network stack, and Edge infrastructure for remote guided vehicle operations and management.
Cloud is a technology disruptor for the engineering enterprise to improve efficiencies across the value chain and enable people to work from anywhere especially in the post-pandemic era to make operations reliable, sustainable, and efficient. It enables the smooth integration of operational technology with information technology. It helps realize both horizontal and vertical integration smoothly making the whole process cost-effective and efficient. Digital transformation in Manufacturing is driven by major trends in Cloud engineering to help them succeed.
With the use of ‘Industry cloud’ for manufacturing which accelerates the transformation with contextualized building blocks, process, and infra capabilities designed to serve core processes and requirements of the manufacturing industry.
AI Platforms that enable the required capabilities for huge amounts of data hosting, processing, and contextualized insights for quick decisions for manufacturing industries.
Indian-based manufacturing industries and global customer manufacturing facilities in India also are adopting the above and are seeing increased traction.5.How is Infosys contributing to the sector in India?
Infosys is helping organizations in their digital transformation journey. Infosys is utilizing its Industry 4.0 maturity index reference framework, solution components, and Innovation Labs in the areas of IOT, 5G, Robotics, Cloud Engineering, and Autonomous technologies to help the manufacturing industry in its digital transformation. These solutions are being implemented in Indian native industries, global client manufacturing facilities, and defense establishments. Some of these customers include automotive, aerospace, heavy engineering, shipbuilding, railways, etc., with use cases like automated inspection, predictive maintenance, and remote monitoring, etc.
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