Technology can be an incredible power tool that significantly boosts productivity, but depending on its application, its usage often creates winners and losers.
Digital technology has brought many benefits to society while simultaneously raising numerous threats and potential concerns. Increased communication capabilities and information sharing have raised civil rights and privacy issues that must be resolved.
The Internet is an interconnected global computer network using TCP/IP technology to link devices worldwide. It makes information widely accessible that was once unavailable, allows people to communicate across long distances, and opens up business opportunities around the globe.
The digital revolution revolutionised analogue technologies to digital formats, creating exact copies from their source while improving audio and video recording over longer distances. This transition was enabled by mass-produced transistors found on computers and cell phones.
Indian Internet user growth has experienced substantial surges since 2011, yet many households remain without access due to infrastructure limitations or affordability concerns.
As India continues its rapid economic development, innovation and worker productivity will be central in driving economic expansion. Achieving this requires access to tools that facilitate communication, remote working environments, collaboration between workers, and cross-pollination of ideas among workers and between individuals – in this respect, smartphones provide essential capabilities that become ever more affordable each year.
Mobile phones have long been an integral component of India’s digital economy, and their industry is forecasted to experience unprecedented expansion over the coming years. According to estimates provided by GSMA, India’s mobile phone sector contributed over $659 billion to their economy in 2021 alone!
By 2020, India’s mobile ecosystem should double its contributions. This growth should create over 3.4 million new jobs while simultaneously contributing significantly to public funding through taxation and spectrum auction fees. Estimations indicate that 500 million Indians currently own smartphones – this number should grow as prices decrease further.
India is one of the fastest-growing economies worldwide. India’s rising middle-class drives demand for technologically advanced goods and services such as software exports. India boasts an outstanding engineering research sector, currently ranking third globally among peer-reviewed science journals.
As businesses pursue growth through cloud adoption, talent development, and regulatory support initiatives, competitors may siphon off much of it without significantly investing in these areas. Furthermore, recent concerns surrounding tech’s potential to exploit personal information create ethical considerations that pose further threats.
Digitizing businesses provides organizations with tools that accelerate and scale operations while creating new service lines. AWS collaborated closely with Indian government officials during the COVID-19 pandemic to implement their eSanjeevaniOPD teleconsultation model that offered over 3 crore consultations within 19 days – setting an unrivalled record in administering vaccinations to citizens.
Digital technology and artificial intelligence (AI) hold great promise to revolutionise economies across India. From increasing productivity and improving access to energy, healthcare, business, and social services – ultimately lifting millions out of poverty – their effects can ripple throughout economies worldwide.
AI has already started disrupting various industries and could significantly boost India’s GDP growth by 2035, according to TeamLease Digital’s report. By then, artificial intelligence could add $967 billion in economic value.
Businesses will only remain competitive by fully utilizing technology. Companies that don’t adapt will fall behind, necessitating AI applications for increased worker productivity, seamless data integration across operations, and an emphasis on improving customer experiences while fuelling growth.
Scientists and engineers can now use robotics to design machines that mimic human actions more closely, like Shadow Dexterous Hand, which can pick soft fruit without crushing it. Scaled Robotics’ site monitoring robot monitors construction sites closely to anticipate quality issues before they arise; Starship Technologies delivers parcels directly to customers within four miles;
Technological developments have caused much speculation about their effects on future employment and GDP growth, yet closer examination reveals that robots increase productivity significantly.
Robotics has earned its status as an economic “general purpose technology”, or GPT for short. GPTs transform multiple industries while producing lasting benefits over the longer term; only three other technologies – steam engines, electricity generators, and the printing press have accomplished comparable feats.
“Biotech” refers to the practice of applying biological processes to produce products that benefit people and society as a whole, such as medicine, agriculture, or environmental applications. Biotech may also be utilized as part of environmental preservation measures.
Biotechnology has made remarkable strides. Now, researchers can use living cells and genetic modifications to produce molecules that protect crops against disease and drought. This technology also produces biofuels, chemicals, and medicines.
Biotechnology raises ethical concerns. For instance, using genetically modified crops could damage natural biodiversity or lead to new diseases escaping the lab environment and spreading into nature.
Governments should strike an equitable balance between the potential advantages and risks of biotechnology by appropriately regulating it to prevent misuse and providing enough funds and human capital resources for rapid innovation within this field.
Virtual and Augmented Reality
VR and AR represent cutting-edge computer technologies. When combined with suitable hardware and sensory synchronisation, virtual reality produces an engaging “sense of presence. ” This experience offers immense entertainment value, as seen in movies and video games alike.
Virtual reality (VR) holds many applications that will enhance our daily lives, from healthcare apps that help educate their patients about complex conditions or treatments to using VR in surgical or rehabilitation processes.
As India’s population expands, economic development must keep uplifting millions out of poverty through worker productivity enhancement and improving public services such as education and healthcare. India boasts many promising technologies that could aid it in reaching this objective; digital disruption could prove especially instrumental.
India’s Internet of Things (IoT) market is flourishing thanks to smartphones, tablets and personal digital assistants rapidly with embedded sensors that collect wireless information transmission to be sent back for processing at a central location before analysts use this information for decision-making purposes in future decisions.
These technologies have the power to increase business productivity, strengthen State social welfare policies and healthcare/education services, and raise the living standards of millions of Indians.
An in-depth review
India may soon lead the world in adopting cutting-edge technological systems; however, this poses serious privacy and human rights concerns regarding mass surveillance, which threatens individual freedoms and violates their personal liberties. Therefore, India must ensure these new technologies do not undermine civil liberties or increase fears of privacy breaches.
Blockchain technology provides individuals with a groundbreaking digital platform for securely sending and receiving funds online, securely storing records that cannot be altered once stored onto a network, and making faster and cheaper payments than ever.
Companies are turning to blockchain technology for supply chains, banking, and insurance processes. IBM is actively working in India’s agriculture sector to increase yield while helping firms prepare for GST (unified goods and services tax).
Blockchain’s use for cross-border payments has also proven fruitful, enabling individuals in one country to pay directly for products and services provided in another without resorting to middlemen – thus decreasing remittance costs significantly. How Can Tech Innovations Impact India’s GDP Growth?
Millions of Indian citizens long for better jobs and an improved standard of living, yet for this dream to become reality, broad economic expansion and enhanced public services are required.
Technology is at the centre of India’s success, and 12 emerging technologies could propel her towards becoming an economic superpower and liberate millions from poverty.
Artificial Intelligence (AI) offers organizations and societies many advantages by unlocking insights within data, automating processes, providing customer service, increasing productivity while decreasing operating costs, and creating customer delight. But its full effect must also be understood within an organisation and society as a whole.
Automating might lead to job loss as it has immediate ramifications. Although India boasts one of the fastest-growing economies globally, higher GDP doesn’t always translate to increased job creation.
Recent studies indicate that Generative Artificial Intelligence could create jobs and stimulate economic development; however, researchers must investigate its potential and scenario-based studies on this matter.
Automation increases business productivity while decreasing expenses. Automation shortens production times while simultaneously producing quality goods at faster output rates – meaning quicker turnarounds for finished goods – all the while improving accuracy and precision throughout production – often being more cost-effective than hiring human workers to perform these functions.
Automation could exacerbate income disparity over time by replacing lower-skilled jobs with technology before more skilled roles become available.
India can realize huge advantages from industrial automation when implemented intelligently and strategically with long-term planning in mind. To accomplish this, smart policy decisions must be made while workforce transition initiatives must also be established to realize maximum gains from industrial automation implementation.
Big data in India can have hugely positive economic consequences. However, its implementation must remain sustainable and widespread, which necessitates improved access to information.
World data production has skyrocketed; by 2021 alone, it will reach an astonishing 74 zettabytes! Unfortunately, much of it remains unstructured data that may prove challenging to use effectively.
Organizations using big data have the opportunity to harness its immense power for efficiency gains, innovation, effective marketing decisions and enhanced customer service – particularly media companies who analyze it to track reader/viewer preferences.
Machine learning (ML) is a branch of artificial intelligence (AI) in which computers learn without direct programming by humans. This technology enables organizations to quickly address complex business issues while automating repetitive tasks, freeing up precious human time for more strategic projects.
Business analytics software can be an invaluable asset in terms of cost reduction and job creation. It improves customer service by recognizing patterns, automating routine tasks, and detecting product defects, significantly decreasing supply chain waste costs for companies.
Technology offers immense potential in other sectors, such as agriculture and banking and finance, by increasing yields, streamlining procurement procedures, and offering financial services that enable more affordable credit access.
There is also the occasional trip down memory lane when someone does something stupid… The Internet of Things, or IoT for short, is an interconnected network of interconnected devices connected to the Internet that transmit and collect data for monitoring and control, including making decisions more quickly, tracking equipment more efficiently, increasing security protection in buildings more quickly, providing real-time status reports of equipment operations more precisely, providing lighting control systems for HVAC units more accurately, controlling security measures in residential communities faster, etc. IoT technology has proven its worth in both manufacturing environments – tracking equipment more precisely while controlling lighting in HVAC units, lighting control systems at HVAC units, and residential communities’ security measures and controlling security measures alike. Lighting control systems and HVAC unit lighting controls have demonstrated their worth both within manufacturing environments such as tracking equipment while lighting control systems on HVAC units as well as controlling security measures more efficiently are all evidence of its use both within residential communities as a tool to manage security measures quickly by controlling lighting control systems to regulate HVAC units more accurately – all have proven their worth as valuable tools in residential communities alike.
Companies investing in essential technologies during difficult economic conditions will be better poised to reap their dividends when conditions improve, such as robotic process automation, cloud services and AI/big data/machine learning/blockchain/security technologies.
Robotics While robots can increase productivity while decreasing labour expenses for businesses, humans remain essential in many tasks like creativity and problem-solving. Robots require expensive programming expertise for optimal operations.
Robotics has revolutionized manufacturing and logistics operations, creating opportunities for software, hardware and system integration services to effectively use robotics in manufacturing or logistics operations. Businesses must carefully invest their robotics funds to achieve maximum returns from robotics investments.
As more everyday objects now contain inexpensive computer chips and wireless networks capable of transmitting real-time information between themselves, more everyday items have the capacity to become Internet of Things, or IoT-enabled and shared real-time info – creating what is known as Things on IoT networks.
IoT technology helps businesses enhance product responsiveness by collecting field data. Furthermore, this enables visibility of any issues within supply chains that might otherwise remain hidden.
This model allows IT and business leaders to cooperate as part of one seamless management team rather than functioning separately in silos.