Industrial Revolution 4.0 – for a Prosperous and Inclusive Human Centric Society

Every Industrial revolution is a turning point in the history. It has brought in a new way of life for people, there was increase in productivity, average income started growing, standards of living also improved.

First Industrial Revolution was more into mechanisation in the early 18th century and was about transition from manual methods to use of machines. Production of machine tools brought in Factory system. We then started having chemical processing industries, Textile manufacturing, Iron production, use of steam power which helped in transportation, railways.

Second Industrial Revolution had technology orientation in the late 18th century and early 19th century. The revolution was seen through applied science innovations like steel, electrification, paper making, petroleum, rubber, bicycle, automobiles, fertilizer, engines and turbines and telecommunications.

Third industrial Revolution from 19th century to 20th century is about digital revolution. The computers and communications technology including Internet has massively influenced people’s way of living, work and communication. Semiconductors, television, communication devices moved from analog to digital forcing industries transform the way they functioned through automation.

These three have motivated people to move from villages to cities and towns and look for a living.

Fourth Industrial Revolution: Now comes the Industry 4.0. This is all about Artificial Intelligence, Intelligent Robots, autonomous vehicles, driverless cars, e-automobiles, 3D Printing, miniaturized sensors, gene sequencing and editing, AR/VR/MR, embedded systems for societies and even human bodies, block chain for governance, quantum computing. This is all about driving opportunities in villages too through disruptive innovations leading to a true Global civilisation.

Technology enablers of IR4.0:

1) Internet access, computing and storage power will be affordable to all by 2020 as per the United Nations goal. This would help people improve their living conditions and escape poverty by giving them access to information, education and global marketplace.

2) Big data: The digital traces of our every action online are stored in servers. AI when applied to this massive data collected would help in building healthy and strong societies. It will not be far when we see AI machines with lot of data stored within sitting as Board of directors in company meetings.

3) Digital Health: Health Data related to diseases, patient conditions, hospital capabilities, equipment available, doctor specialisations can be collated from across the world and best treatment and personalized medication can be provided to the needy.

4) 3-D Printing: This brings together computer design, manufacturing, material engineering, synthetic biology and reduce the gap between makers and users. Consumers can purchase personalized products online, like 3D car as per personal choice or 3-D liver as per patient’s requirements.

5) Internet of Things (IOT): More than a trillion sensors will be connected to internet in a decade. This includes all the cars, electronic appliances like refrigerator and micro wave oven at home, mobiles, devices at farms, machinery in industries, devices like street lights to traffic lights, surveillance cameras, bore wells, water tanks, devices embedded into cattle and may be humans embedded with devices and many more. IIOT (Industrial IOT) will use SOC (System on Chip) solutions and smart devices that can autonomously talk to each other, collect data and run AI programs for better operation of the industries.

6. Block chain Services: This would change the way banks, insurance companies, universities, logistics companies, land and revenue departments work. Fraud will be eliminated. History of transactions will be maintained.

7. Wearable Internet: Implantable and wearable devices would help track our health status- sweat output, heartbeat and breath intensity. We can also locate missing children and old people. We can know information instantly about the location we are at and the things we see. Lot more exciting things are possible.

8. AR/VR/MR: This becomes integral for IR4.0. In a retail store AR mirrors will replace the traditional changing rooms, can replace salesman, attract customers, can show more goods than available in stock. Medical students will learn about surgery without a physical body. The air cabin crew can serve better looking at your mood. Surgeon can have more accuracy and precision. School children can have enhanced learning experience. In hotels, customers can have 360 degree view and a walk through of the rooms. In restaurants, the customers can experience the immersive menu card, where the customers can see what food they will get. Air crafts/ automobiles maintenance staff can fix the issues in less time. Real estate companies can offer 3D modelling and home experience to customers before the construction begins. Logistics companies, sports companies can give an immersive experience of their products to the consumers.

It is evident that dramatic change is happening all around us and it is happening at exponential speed.

Advantages:

  • Transportation and communication costs will drop, logistics and global supply chains will become more effective, and the cost of trade will diminish, all of which will open new markets and drive economic growth.
  • There will be enormous increase in efficiency, productivity and transparency.
  • In the skilled labour market, safety will increase and quality of products will increase and income will also increase.
  • The products will be demand driven and the companies will be forced to adapt the way they design, market and deliver products and services.
  • People will be empowered with access to all the information at hand.
  • Health care will improve with wearable gadgets, lots of data, 3D products, AR based surgeries.
  • Connectivity with anyone anywhere across the world is possible.
    Creativity, empathy and leadership will be promoted.

Challenges:

  • Fear of loosing jobs will increase , but then a new set of jobs with new skill sets will emerge.
  • Data Security becomes essential. Every country is all set to implement a cyber security policy.
  • Personal Privacy is important.
  • Discontent can also be fuelled because of information sharing online
  • A few players might collude and data may be misused.
  • Finally , it is all about people and values.

Conclusion:
IR4.0 will blur the boundaries between people, Internet and physical world. It is a convergence of digital, physical and biological spheres. It is a transformation which will affect entire industries and economies and will impact global societies. Perhaps UN will have to revise its SDGs!

Let’s face the mounting change- the 4th phase of IR. India becomes more smarter and effective in promoting socio-economic development. May we leverage the fullest potential of 4.0 IR to build more prosperous and inclusive human centered society. Let us all together help India achieve its dream of emerging as a Global Power and set a replicable model to the developing countries.

Dark Web and the Deep Web

Deep web (opposite of surface web) is that portion of WWW which is not indexed by search engine. It is implemented by a special form of http and can be accessed by normal IP address and URL but the content is access controlled. That means the contents are intentionally controlled. Examples are video on demand and online newspapers etc..,

Dark web is synonymously called  dark net, free net  where illegal activities take place. This is a portion of the deep web.

Several tools like DeepPeep etc have accessed the deep web . Tor (The Onion Router) is one interesting software which can help in accessing some links while preserving personal privacy.

{Source: Wikipedia]

Intellectual Property Rights

Intellectual Property Rights (IPR) are to protect rights of owners so as to prevent unauthorised use or sale of IP.

Normally we come across three terms called discovery, invention and Innovation.

Discovery is about finding something which is existing already. Invention is about building a concept or an entity to help solve the societal issues. Innovation is all about conceiving something new, conceptualising it, building, validating and commercialising.

IPR Types (WTO agreement)

  • Copyright
  • Trademark
  • Geographical Indications
  • Industrial Designs
  • Patents
  • Integrated Circuits
  • Trade Secrets

Patent: A Patent is a grant given by the state in the form of a certificate for disclosing an invention by which certain exclusive rights are confered on the patentee which can be exercised in the country which grants the rights for a limited period.

 

Collaborations and Convergence of smart solutions

While several people are coming out with wonderful solutions to help societies, the real impact can happen only if there is convergence of solutions through collaborative efforts of several stake holders.

This article attempts to aggregate various challenges faced and solutions sought by governments and societies.

Some of the focus sectors are:

  • Water
  • Environment
  • Infrastructure
  • Energy
  • Waste Management
  • Security
  • Health care

Some of the important challenges:

Air pollution:  13 of the top 20 polluted cities are in India. Air pollution slashes life expectancy. Air quality monitoring, Air quality assessment, air quality modelling and forecasting, noise and traffic modelling and forecasting are some of the interesting challenges that need to be taken up. Solutions that provide real time air quality information, location specific pollution concentration and the related sources in the background that are the possible causes, providing alert when there is deterioration of air quality, remote analysis of air quality collecting data from various sources are several other topics of interest.

Noise Pollution:Measurements of urban noise, impact of noise in the surroundings, noise due to traffic are immediately required.

Rivers Polluted: The Ganga and Yamuna are ranked among the world’s 10 most polluted rivers. Water quality monitoring, water quality assessment, water quality modelling and forecasting are a few challenges immediately need to be solved. Parameters like-Dissolved oxygen, pH levels, turbidity, total suspended solids, pH levels, chlorine, Total organic carbon etc.  are to be measured regularly. Accommodating multiple sensors and transmitting data will be required. Various sources that can be considered are: dams, rivers, ground water, tanks and canals and desalination.

In addition, water treatment plants, reservoirs, distribution of water in urban and local bodies and waste water management are some additional spots where solutions will be required.

Summary dash boards with drill down facility location wise, quality and quantity wise must be provided.

Predictive water quality analysis and alerts based on the organisations interests are another important topic.

Flood prediction and assessment: collection of  data like soil texture, land cover and topographical data to generate simulations, Assessing hydrological impact of urbanisation spatially, calculation of additional runoff and loss of ground water recharge, identification of problem zones in urban areas, assessing the impact, web visualisation flood predictions are the need of the hour.

Rise in temperatures: Reduction of green belts and real estate increase have raised the temperatures.

Ground water recharge: Reduction of green cover has brought down shrinking of rechargeable areas.

Infrastructure Management: Infrastructure quality monitoring, infrastructure assessment, infrastructure modelling and forecasting. Several tasks like monitoring conditions of buildings, bridges, roads and large infrastructure assets and offering asset management and maintenance services.

Waste management: Waste to energy technologies, waste water treatment, waste segregation services. The solutions should collect from sources, transport waste, do composting and materials recovery, provide safe disposal of inert and hazardous materials. In addition solutions for waste to energy conversion, waste to impactful things making would help. Waste water treatment is another important task.

Land use & Urban planning: Building information systems, land use assessment, urban planning and urban heat modelling, resource consumption assessment. Movement of people and detection of bottle necks, pedestrian movements, drivers, cyclists, maintenance staff, provide heat and acoustic maps for urban spaces and buildings, provide visualisation of the structures in detail with overall and individual views of a structure, visual updating and monitoring of the deadlines during the construction. Model use of land, modeling the use over a time period, model growth patterns for population and habitation, Provide support for urban planning- analyse sources of urban heat , trapping radiation between buildings,  lack of vegetation. Assess impact on human health, transportation systems and energy consumption, provide real time evaluation and warning systems.

Smart solutions to enhance energy efficiency of buildings: window films to increase natural indoor lighting, energy less skylight redistribution, energy management software, smart lighting, Biometric RFID based Access Control

Water pipeline maintenance: Coating to improve the life of existing pipes, coating can also fix broken or cracked pipe sections, reduction in costs and collateral damage to infrastructure.

Tracking buried assets: Should map drainage pathways, identify blockages, and monitor water levels

Energy: Energy distribution systems modelling, energy consumption analysis, thermal energy system modelling, battery management systems.

Analyse energy technology systems to provide advice to decision makers regarding energy planning policies, builds forecast with multiple objectives: cost, energy consumption, resource consumption, emissions etc, life cycle analysis of industry.

Optimisation of thermal energy systems, identify areas of thermal energy wastage, assess excess energy opportunities, district heating and cooling and economic modelling.

Energy mapping: Energy production, consumption and distribution. Determine energy demand, installed and potential energy production, types of energy (wind, coal, solar etc), sectors using energy (commercial , industry, transportation etc.)

Improve energy storation: hybrid buses and cars, railway transport, aerospace and marine applications

Smart Mobility & ICT: Smart Parking, CCTV monitoring & Facial Recognition, health care, data aggregation and analytics, traffic monitoring and real time diversion of traffic.

Public transport system: Automated fare collection and revenue management system, video surveillance system, automatic GPS based vehicle location systems, POS for smart cards. Establishing command control centres. E-tolling stations, automatic vehicle classification, lane detection, automated vehicle tracking systems, speed limit control system, alcohol monitoring for drivers, report vehicles to police database.

CCTV monitoring: Automated Number Plate Recognition System, Face Recognition

Real Time Public Notification: Variable Message Signage: Contextual and Variable Message signage that can offer the following information on a real time basis to citizens travelling on roadways and public areas:  congestion update, crime update, event update, weather update, direction signage

Smart Parking and Parking Solutions: Smart parking for on street and off street locations, solutions for identification, reservation and payment for parking services, complete engagement from contractors to attenders, parking management, boom barrier, solution to track and manage parking.

Connected Health care: Smart health solutions like remote health monitoring devices and mobile applications, wearables that track and manage vital health statistics and activity of the user, personalised health care and remote diagnostics.