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Sustainable Technologies for Waste Management in Industry

May 26th, 2023

Sustainable Technologies for Waste Management in Industry – Waste management in industry is one of the biggest challenges faced by humans in this modern era. Rapid industrial growth, high consumption, and lack of attention to environmental impacts have led to an uncontrolled increase in waste. However, with continuous technological advances, there is hope for a greener future, where industrial waste management can be carried out efficiently and in an environmentally responsible manner.

Sustainable Technologies for Waste Management in Industry

Very fast development

Sustainable technology has brought tremendous innovation in waste management in the industry. One of the most promising approaches is through the application of waste recycling and recovery methods. In this era, waste is no longer just leftovers that must be disposed of, but a valuable resource that can be reused. Waste recycling and recovery technologies enable materials that were previously considered useless to become new raw materials that can be used in the production process. These processes not only reduce dependence on limited natural resources, but also reduce the volume of waste discharged into the environment.

One example of sustainable technology used in industrial waste management is biotechnology. Biotechnology makes use of living organisms such as bacteria, fungi and algae to recycle waste and clean up pollutants. This method is not only effective in removing harmful pollutants, but can also produce value-added products, such as bioplastics and bioenergy. In addition, biotechnology also opens opportunities to reduce greenhouse gas emissions by converting organic waste into renewable energy sources, such as biogas.

Various technologies

Apart from biotechnology, other technologies such as filtration and purification technologies also play an important role in industrial waste management. Efficient filters can remove harmful particles and chemicals from wastewater or air before they are released into the environment. Sophisticated purification methods, such as reverse osmosis and electrochemical processes, can produce water that is clean and free of contaminants. These technologies play an important role in maintaining water and air quality, as well as protecting ecosystems that are vulnerable to pollution.

Apart from reducing the negative impact of industrial waste, sustainable technology also introduces the concept of sustainable design in product development. Sustainable design considers the product life cycle from start to finish, thinking of ways to reduce waste generated and increase the efficient use of resources. This concept encourages the use of environmentally friendly raw materials, more efficient production processes, and thinking about product recycling and recovery after use. By implementing sustainable design, industry can reduce the waste it generates and optimize the use of resources, leading to a more sustainable future.

Something that can’t be doubted

However, while sustainable technologies offer a lot of positive potential, challenges remain. One of the biggest challenges is integrating this technology into established industries and changing existing paradigms. Collaboration between government, industry and society is needed to encourage the adoption of sustainable technologies and strengthen policies that support responsible waste management. In addition, awareness and education are also very important to change human attitudes and behavior towards waste, so that waste management in industry can become a top priority.

In order to achieve a greener future, sustainable technology for industrial waste management is an unavoidable step. By adopting a sustainable approach, we can strengthen the environment, protect natural resources and create a better future for future generations. Through innovation and collaboration, we can achieve this goal and turn the industry into a positive force in sustaining the planet.

the development of Digital Transformation in the Industrial World

May 24th, 2023

the development of Digital Transformation in the Industrial World – Digital transformation has become an important milestone in the development of today’s industrial world. In recent decades, advances in technology have fundamentally changed the way we work, interact and manage business. Rapid developments in information and communication technology have provided new opportunities and unexpected challenges for organizations around the world.

the development of Digital Transformation in the Industrial World

What influences

Digital transformation refers to using digital technology to change existing business processes, create new business models, and achieve higher efficiencies. It involves applying technologies such as artificial intelligence (AI), Internet of Things (IoT), cloud computing, data analytics and blockchain to improve business operations, provide a better customer experience and create a competitive advantage.

In the industrial world, digital transformation has created exciting new opportunities. Businesses can increase their operational efficiency through process automation, use of robotics, and simulation modeling. This reduces production costs and the time required to produce a product or service. In addition, companies can also increase their responsiveness to market demands by using data analytics to predict consumer trends, identify new opportunities, and optimize supply chains.

In the manufacturing sector, digital transformation has enabled the concept of Industry 4.0. Factories powered by digital technology are able to integrate production, logistics and management systems using sensors, connected machines and intelligent control systems. This creates a more efficient, adaptive and flexible factory, which can produce higher quality products in less time.

In the service sector

Digital transformation has changed the way customers interact with companies. With the widespread adoption of mobile apps, customers can now make purchases, access product information, and obtain customer service without the need to come to a physical store. Additionally, artificial intelligence has been used to enhance customer experience through content personalization, relevant product recommendations and responsive virtual assistants.

The development of digital transformation also has an impact on the financial sector. Fintech (financial technology) has emerged as a powerful force, disrupting the traditional banking industry. Mobile banking apps, digital payments and peer-to-peer lending platforms have changed the way we manage our finances. In addition, blockchain technology has provided the potential to transform the financial system by facilitating secure, transparent and intermediary-free transactions.

However, digital transformation also poses challenges that need to be addressed. One of them is concern about data security and privacy. As more and more information is collected and processed, personal data protection becomes even more important. Companies must ensure that they have strong security policies and reliable infrastructure to protect customer data.

In addition, the adoption of digital transformation also requires cultural changes and organizational skills. Companies must develop relevant technical capabilities and ensure that their employees have the necessary digital skills. Company leaders also need to advocate for change and encourage innovation in their work culture.

Overall

The development of digital transformation in the industrial world has brought significant changes. This has opened up new opportunities for growth and innovation, while at the same time presenting new challenges. Companies that are able to adopt and manage digital transformation well will be able to position themselves as leaders in the ever-evolving digital era.

Career Development in the Online Gaming Industry

May 22nd, 2023

Career Development in the Online Gaming Industry – The online gaming industry has become one of the fastest growing sectors in recent years. Talented and dedicated game developers have great opportunities to achieve greatness in their careers. However, like other creative industries, career development in the online gaming industry requires strategy, dedication and in-depth knowledge. In this guide, we’ll explore the key steps necessary to develop a successful career in the online gaming industry.

Career Development in the Online Gaming Industry

Education and Skills Development

Becoming a competent game developer requires a solid understanding of the fundamentals of programming, game design, digital art, and other related technologies. Upgrading your formal education through game-related programs and taking additional training can help you acquire the necessary knowledge.

Build an Impressive Portfolio: A strong portfolio is key to attracting the attention of game companies and potential clients. Create and develop mini games that showcase your skills in areas such as level design, programming, art and animation. Include your best work in a portfolio that highlights your uniqueness and expertise.

Building Networks: Networking professionals in the online gaming industry is very important. Joining gaming communities, attending conferences, and engaging in online forums can help you build relationships with fellow developers, game companies, and other industry players. A strong network can provide job opportunities, constructive feedback and support as you build your career.

Participate in Collaborative Projects: Joining a game development team or collaborative project can be a valuable experience. Collaborative projects allow you to work with talented people from various fields, improve your communication skills and develop an understanding of effective teamwork.

Understanding of the Market and Trends: Understanding the market and trends in the online gaming industry is critical to developing a successful career. Do research on current trends, popular genres, and target market preferences. Keeping up with new technologies, platforms and tools is also important to keep up with the fast-paced industry.

Promoting Yourself: Expanding your reach and promoting yourself is very important. Take advantage of online platforms such as blogs, social media and personal websites to share your knowledge, experiences and work. This will help increase your visibility within the industry and can attract the attention of potential employers or clients.

Learn from Experience: Every opportunity you get in the online gaming industry, be it a small project or a big one, is an opportunity to learn and grow. Review past projects, identify your strengths and weaknesses, and continue to improve your skills over time.

Stay on Top of the Industry: The online gaming industry is constantly evolving and changing rapidly. Staying up to date with gaming-related news, events, and publications will help you stay up-to-date with trends, the latest technologies, and opportunities.

Considering Start-Up Opportunities: The online gaming industry is also a fertile ground for innovative start-ups. Considering joining a start-up company can provide an opportunity to contribute to the development of exciting games with the potential to become huge successes.

Consistency and Perseverance: Career development in the online gaming industry requires consistency and persistence. Keep learning, innovating and developing your skills. Don’t be afraid to face challenges and keep trying to achieve your goals.

In this competitive online gaming industry, building a successful career is no easy task. However, with the right steps, strong dedication, and continuous hard work, you can achieve the success you dream of. Keep learning, keep innovating, and never stop dreaming. Career glory in the online gaming industry awaits you!

Microsoft Bosses and OpenAI Chiefs Attend the 2023 Bilderberg Secret Meeting in Lisbon

May 20th, 2023

Microsoft Bosses and OpenAI Chiefs Attend the 2023 Bilderberg Secret Meeting in Lisbon – Several technology officials in the world, such as the CEO of Microsoft, the former boss of Google, and the boss of OpenAI are said to be attending the Bilderberg 2023 secret meeting in Lisbon, Portugal.

Microsoft Bosses and OpenAI Chiefs Attend the 2023 Bilderberg Secret Meeting in Lisbon

Found, Satya Nadella, Eric Schmidt, and Sam Altman were just a few big names in the world of technology who visited face to face for 3 days from 18-21 May 2023.

The Microsoft CEO, former Google boss, and OpenAI boss will be joined by world elite figures, including former US Secretary of State, Henry Kissinger; NATO Secretary General, Jens Stoltenberg; and the Minister of Foreign Affairs of Ukraine, Dymtro Kubela.

In all, some 130 participants from 23 countries will attend the individual meetings-a similar number to the previous few years, as quoted from CNBC, Saturday (20/5/2023).

Pfizer CEO Albert Bourla; head of BP, Bernard Looney; TotalEnergies CEO, Patrick Pouyanne; investor Peter Theil and several EU politicians are coming.

Because the Bilderberg meeting has a closed and secret nature, it is still not clear what was discussed.

Despite this, theories abound that some face-to-face participants are reviewing the “New World Order”. However, the executive faction dismissed the conspiracy issue by launching a face-to-face schedule this year.

Some of the key topics this year include global rumours, where one of the core reviews is changes in AI technology.

Reportedly, OpenAI CEO Sam Altman and Microsoft boss Satya Nadella are expected to lead the conversation about the speed at which AI is changing and how it could impact life in the coming period.

Although AI technology is now a concern, with the advent of OpenAI ChatGPT to Google Bard, the 69th Bilderberg Conference discussed another hot topic happening in today’s world.

Among the topics discussed at this year’s Bilderberg meeting, included terror caused by China, the Russo-Ukrainian war, climate change and banking mechanisms.

What is the Bilderberg Face-to-face that the World Elite Attends?

In its 69th year, the first Bilderberg Conference was held in 1954 to “stimulate the discussion” between Europe and North America.

On the official website, it is noted that currently around two-thirds of the participants are from Europe and the rest are from North America.

“About a quarter of politics and government and the rest from other sectors,” as quoted from the official website via CNBC, Saturday (20/5/2023).

As usual, the key in these face-to-face meetings is confidentiality. Participant participates as a person, not in any legal capacity. Microsoft Bosses and OpenAI,

“Bilderberg Meetings is an unofficial dialogue community on major issues. The meeting is held under the Chatham House Rule, which says participants are free to use the information received, but the identity or affiliation of the speaker or other participant cannot be disclosed,” said the organiser.

The event is organized by the Foundation Bilderberg Meetings, which are organized by a rotating steering committee, and are funded in a variety of ways.

There is no entry fee for the event, although participation is by invitation only and participants are expected to manage their own travel expenses and facilities.

AI-Based Google Search Has the Potential to Melt the Online Media Industry

Google announced several new features at the annual Google I/O 2023 developer meeting in Mountain View, California, United States last week, including the Pixel Fold and Android 14 Beta 2 folding mobile phone.

Of the several new products that Google publishes, there’s one enhancement that doesn’t get much attention outside of tech circles. This can be called the most radical change in the internet industry since Google became the world’s largest search engine in the early 2000s.

The company plans to replace the way it presents search engine results (Google Search) by using artificial intelligence (AI). With all the power of risk, it will be dropping a ‘nuclear bomb’ on the online publishing industry (especially online media) which is trying to survive.

Google demos its idea of using generative AI in crawler engine results. Yes, Google just released their AI chatbot, Bard, for the general public to try out. However, this base is still in the experimental stage.

Google uses the example of a search query sounding “What’s better for families with children under three and dogs, Bryce Canyon or Arches National Parks?”

Queries about US national parks on conservative Google Search are not sure to provide in-depth answers. However, as you can see from the screenshots below, the AI-based search provides answers in a conversational style that takes into account the ages of children and dogs.

Generative AI Work Steps

How does everything work? Generative AI essentially acts as a magic trick. AI trained ‘mem

Manufacturing Transformation in Various Industries

May 17th, 2023

Manufacturing Transformation in Various Industries – The manufacturing industry has undergone a significant transformation in the last few decades. Advances in technology and innovation have brought about major changes in the way production is done, and these developments continue. Manufacturing transformation refers to the application of technology, such as artificial intelligence (AI), Internet of Things (IoT), robotics, and automation, to improve production efficiency, productivity, and quality. This article will discuss manufacturing transformation in various industries.

Manufacturing Transformation in Various Industries

One important aspect of the manufacturing transformation

AI enables machines and systems to learn and make decisions based on existing data. In the manufacturing context, AI can be used to analyze production data, identify patterns and provide valuable insights for companies. For example, using AI, companies can predict demand, optimize supply chains and improve machine maintenance.

Apart from AI, the Internet of Things (IoT) is also playing an important role in manufacturing transformation. IoT includes a network of devices connected via the internet, enabling data exchange and communication between machines and systems. In the manufacturing context, IoT enables real-time monitoring of production, inventory and equipment condition. This enables companies to optimize their operations, reduce machine downtime, and improve production reliability.

Robotics and automation are also an important part of the manufacturing transformation. The use of robots in the production process can increase efficiency and precision. Robots can perform repetitive tasks with consistent speed and accuracy, reducing human error and increasing productivity. In addition, automation can be applied in various aspects of production, from processing and assembly to packaging and shipping. This helps reduce labor costs and increase operational efficiency.

The potential applications of manufacturing transformation are extensive and can be applied across a wide range of industries. One industry that is heavily influenced is the automotive industry. In this industry, manufacturing transformation enables companies to increase production speed and efficiency, while maintaining high quality standards. The use of robots in the automotive production process has reduced production time and increased precision in component assembly.

The food and beverage industry can also benefit . The use of automation and robotics in food production can increase speed and cleanliness, while minimizing the risk of contamination. In addition, the application of AI in the food industry can assist companies in inventory management, demand forecasting, and increasing supply chain efficiency.

The pharmaceutical industry is also not lagging behind in implementing . The use of automation and robotics in pharmaceutical production helps in the accuracy of dosing and reduces the risk of human error. In addition, data analysis using AI can assist in the discovery of new drugs, clinical trials, and the development of more efficient production processes.

Overall, the manufacturing transformation has brought about major changes in the way production is done. The use of artificial intelligence, Internet of Things, robotics and automation has increased the efficiency, productivity and quality of production in various industries. The potential applications are vast and span the automotive, food and beverage, and pharmaceutical industries, just a few examples of the many industries that can benefit from the manufacturing transformation. In this digital era, companies that want to stay competitive must adopt manufacturing transformation technologies to optimize their operations and meet the changing market demands.

A Technological Revolution That Changed The Way We Work

May 14th, 2023

A Technological Revolution That Changed The Way We Work –Technological developments in the last few decades have drastically changed the landscape of the world of work. The ongoing technological revolution has affected almost every aspect of our lives, including the way we work. New innovations and rapid advances in technology have opened the door for massive transformations in the way we approach our careers and interact at work. This article will outline some of the major trends in the A Technological Revolution That changed the way we work.

A Technological Revolution That Changed The Way We Work

Automation and Artificial Intelligence (AI)
One of the most significant trends in the technological revolution is automation and artificial intelligence. Intelligent machines and algorithms have been able to replace human jobs in various fields, such as manufacturing, transportation, and the service sector. Automation also enables more efficient business processes, reduces reliance on manual work, and increases overall productivity.

Internet of Things (IoT)
The Internet of Things (IoT) refers to a network of connected physical devices that can communicate via the internet. IoT has changed the way we work by expanding the connectivity and integration of devices, from home appliances to smart city infrastructure. In the workplace, IoT enables real-time monitoring, more accurate data collection, and faster decision-making based on data analysis.

Cloud Computing
Cloud computing has been the foundation for many of the latest technological innovations. By leveraging a network of servers and online storage, cloud computing provides easy access and high scalability of applications, data and other resources. This enables remote work, real-time collaboration, and greater flexibility in leveraging technology infrastructure.

Remote Work
The COVID-19 pandemic has accelerated the shift towards remote work. Communication technologies such as video conferencing, collaboration applications and project platforms have made it possible for professionals to work from anywhere without having to be in a physical office. Remote work has provided greater flexibility and allowed a balance between work and personal life. In addition, many companies are realizing the benefits of reduced operational costs and increased productivity associated with remote work.

Virtual and Augmented Reality (VR and AR)
Virtual Reality (VR) and Augmented Reality (AR) have opened up new potential in the way we learn.

Initiating the Future of the Industry with the Latest Technology

May 12th, 2023

Initiating the Future of the Industry with the Latest Technology –Industry is one of the most important economic sectors in advancing a country. In recent years, technological developments have changed the way the industry works. From automation to robotics and artificial intelligence, technology continues to play a key role in advancing the industry and shaping its future. This article will discuss how the latest technology initiates the future of the industry.

Initiating the Future of the Industry with the Latest Technology

One of the most promising new technologies

is the Internet of Things (IoT). IoT is a network of devices that are connected and can communicate with each other via the internet. In industry, IoT can be used to monitor and control production processes in real-time, thereby enabling faster and more precise decision making. For example, sensors on production machines can provide information about engine performance, temperature, and humidity, so that repairs and maintenance can be carried out before more serious damage occurs.

Apart from IoT, artificial intelligence (AI) is also the latest technology that can change the way the industry works. AI can be used to optimize production processes, speed up decision making, and increase production efficiency. For example, using machine learning, a factory can identify certain patterns in production data that can help improve efficiency and reduce production costs.

Furthermore, robotics is also one of the newest technologies that has great potential in changing the way the industry works. Robotics can replace manual work, maintain production quality and efficiency, and improve work safety. For example, robots can be used in the process of picking and storing goods in warehouses, thereby minimizing errors and speeding up delivery times.

Not only that, the latest technology can also be used to improve product safety and quality. For example, blockchain can be used to ensure product safety and integrity. By using blockchain technology, product information can be traced from end to end, thereby enabling consumers to verify the origin of products and ensure their authenticity.

In addition, the latest technology can also be used to reduce the environmental impact of the industry. By using green technologies, such as renewable energy and more environmentally friendly production processes, industries can reduce their impact on the environment and contribute to sustainable development. Initiating the Future of the Industry with the Latest Technology,

In preparing for the future of the industry with the latest technology, collaboration between government, industry and academia is needed. Governments can facilitate research and development of new technologies through financial support and favorable policies. Industries can collaborate in technology development and innovate in utilizing the latest technology. Academics can contribute to industrial development.

Renewable Technologies in the Energy Industry

May 9th, 2023

Renewable Technologies in the Energy Industry – Renewable technologies in the energy industry have become a topic of increasing importance in recent years. As the need for environmentally friendly energy increases, renewable technologies are becoming increasingly important in achieving this goal.

Renewable technology can be defined as technology that uses natural resources that can be continuously renewed, such as sunlight, wind and water, to produce energy. This technology is increasingly in demand because it can help reduce greenhouse gas emissions, improve energy security, and reduce dependence on increasingly scarce fossil fuels.

Renewable Technologies in the Energy Industry

What’s with the latest technology?

One of the most common forms of renewable technology is solar energy. Solar energy can be generated using solar panels, which convert solar energy into electricity. Solar panels are gaining popularity because they are becoming more affordable and their efficiency is increasing. In addition, solar panels are easy to install and require little maintenance.

Apart from solar energy, another renewable technology is wind energy. Wind energy can be generated using wind turbines, which convert wind energy into electricity. Wind turbines can be installed in open land such as plantations or arid lands, and can generate a large amount of energy. In addition, wind energy also does not produce greenhouse gas emissions and does not require fossil fuels.

Another renewable technology is water energy

Water energy can be generated using a water turbine, which converts water energy into electricity. Water turbines are usually installed in waterfalls or rivers, and can produce a considerable amount of energy. In addition, water energy also does not produce greenhouse gas emissions and does not require fossil fuels. Renewable technologies in the energy industry,

Another advantage of renewable technologies is that they can improve energy security. Dependence on fossil fuels can cause price fluctuations and energy supply instability. However, renewable technologies use natural resources that can be renewed continuously, so that the energy supply can be more stable.

In addition, renewable technologies can also help reduce greenhouse gas emissions that cause climate change. Fossil fuels produce emissions of greenhouse gases such as carbon dioxide, which can cause global warming and climate change. However, renewable technologies do not produce greenhouse gas emissions, so they can help reduce the impact of climate change.

However, there are also some challenges in adopting renewable technologies in the energy industry. One of the main challenges is cost. Renewable technologies such as solar panels and wind turbines require substantial upfront investment, although these costs have fallen in recent years.a

Technological developments on industrial progress

May 4th, 2023

Technological developments on industrial progress

Technological developments on industrial progress – Technological developments have had a major impact on industrial progress throughout the world. Continuously developing technological innovations enable the industry to improve efficiency, productivity and product quality. In this article, we will discuss several examples of how technological developments affect industrial progress.

Automation
Automation is one of the most impactful technological innovations in industrial advancement. By using programmed robots and machines, the industry can increase production efficiency and quality. Robots can perform tasks that normally take time and human effort, while programmable machines can increase production accuracy and speed. This allows the industry to produce more goods at lower production costs and increases the speed of product delivery. Technological developments on industrial progress

Internet of Things (IoT)
IoT is a concept in which electronic devices such as sensors, cameras and software can connect to each other and communicate via the internet. This concept allows the industry to collect data from various sources and use it to increase efficiency and productivity. For example, manufacturing companies can collect data from their production machines and devices to improve machine performance and reduce production downtime.

Artificial Intelligence (AI)
Artificial Intelligence is a technology that enables machines to learn and perform tasks like humans. In industry, AI can be used to predict trends and patterns in data, improve production efficiency, and improve product quality. For example, a manufacturing company can use AI to optimize production processes and improve product quality accuracy.

Cloud Computing
Cloud computing allows companies to store and process their data on remote servers via the internet. This allows data and application access from anywhere and at any time. This allows companies to increase the flexibility and efficiency of their operations. For example, companies can use cloud computing to process data and send information to their employees at different locations in real time.

3D Printing
3D printing is a technology that allows the production of three-dimensional objects through digital printing. This technology allows production at a lower cost and in a shorter time than traditional production technologies. This allows companies to produce prototype products faster and cheaper than before, allowing companies to improve product quality and reduce product development time.

Technological developments have had a major impact on industrial progress throughout the world. Automation, Internet of Things, Artificial Intelligence, Cloud Computing, and 3D Printing

The Impact of the Industrial Revolution 0.5

April 22nd, 2023

The Impact of the Industrial Revolution 5.0 – The industrial revolution 5.0 or often referred to as the Industry 5.0 era, is the latest phenomenon that is currently developing in the industrial world. In this revolution, technology is used to create production systems that are more adaptive and integrated, enabling companies to respond more quickly and effectively to market changes. The Industry 5.0 era has had a significant impact on various industrial sectors, from manufacturing to services The Impact of the Industrial Revolution 0.5.

The Impact of the Industrial Revolution 0.5

Here are some of the impacts of the industrial revolution 5.0 that you need to know:

Increase industrial efficiency and productivity

One of the impacts of the industrial revolution 5.0 is to increase industrial efficiency and productivity. The presence of advanced technologies such as robotics, Internet of Things (IoT), big data analytics, and automation systems have enabled companies to process data in real-time, optimize resource use, and improve product quality more quickly. This will provide benefits for companies, because they can produce better products and minimize production time, thereby increasing business profitability.

Open up new opportunities to create jobs

The industrial revolution 5.0 also had an impact on the labor sector. With the existence of advanced technology, companies can obtain faster and more efficient production results, thus enabling them to grow their business more quickly. This means that companies will need more skilled and trained workers to operate this advanced technology. On the other hand, the industrial revolution 5.0 also created new opportunities for jobs in sectors related to technology, such as robotics experts, data scientists, and engineers.

Improving the quality of human life
The industrial revolution 5.0 can also have a positive impact on the quality of human life. With more sophisticated technology, companies can produce products that are of higher quality and are safe for the environment. This can improve human health and well-being. In addition, technology can also facilitate human access to information, so that they can obtain better education and knowledge. This can help improve the overall quality of human life.

Requires a large investment
However, keep in mind that the industrial revolution 5.0 requires a large investment in technology and infrastructure. Companies must spend large sums of money to acquire advanced technology, train employees, and build the necessary infrastructure. In addition, the implementation of this advanced technology can also require a significant amount of time and effort. Therefore, companies must plan and allocate resources properly