Connecting the unconnected with computer networking in 2024 involves extending network access or call it Internet access to individuals and communities that currently lack the Internet. It is a fact that there are communities as at today that is left out in the global means of communication digital systems through the help of Internet.
There is no best place to be seen other than the Internet. You can easily get informed with proven knowledge on any subject matter of interest that you have longed crave for. See some vital and proven reasons why everyone should be connected to the Internet in 2024;
4 Proven Reasons why Connecting the Unconnected
1. Internet of Things (IoT): Everything and anything takes place on the Internet.
2. Distance: You can get anything from wherever you are on the planet.
3. Cost Expenditure: Saves money since you can access anything from the comfort of your home.
4. Communication: Communication meets you ASAP anywhere in the world you are. No delays, no barriers
There are some individuals living in a small town e.g local dry-cleaners, barbers, petty traders, community school teachers and others who have never thought of the benefits of promoting their services by accessing the Internet and extending to other close communitites about what they do through the use of Internet.
Moreover, here are some strategies that can help in connecting the unconnected.
5 Strategies You Need to know in Connecting the Unconnected
1. Create Offline Content: Create and promote content that is relevant to the unconnected individuals, communities to encourage adoption and benefits of using of the internet tools e.g community workshops
2. Utilize Unused Spectrum: Take advantage of unused frequencies in the TV broadcast spectrum to deliver internet access, especially in rural areas.
3. Collaborate with ISPs and Telecom Companies: Make a proposal with internet service providers (ISPs) and telecom companies to expand their infrastructure to unconnected regions
4. Government-Funded Projects: Encourage the community members to participate in any government initiatives aimed at extending connectivity to remote or economically disadvantaged areas.
5. Energy Solutions: Expose the unconnected communities to power supply alternatives, such as solar or wind, generating set to ensure continuous operation of network infrastructure in areas with unreliable electricity.
6. Education and Training: Establish proper knowledge on the benefits of online education and training which can empower local communities to use and maintain the connected infrastructure.
But you may want to ask how to get connected in an Area that lacks connectivity. Relax, because this can be achieved as we show to you various technologies which we are about to explore. All I require from you is a close attention and try to comprehend them when you read through this article.
The 5 Technologies to Access The Internet
1. Infrastructural Deployment: Laying down of fiber optic cables, setting up cell towers, or deploying satellite-based communication systems.
2. Satellite Communication: This become useful where traditional infrastructure is hard to deploy in remote or challenging areas.
3. Wireless Technologies: Wireless connectivity which allow you to get connected without the use of any network cable e.g CAT 5
4. Mobile Networks: It is the extension of mobile data networks for internet access through some mobile devices
5. Community Wi-Fi: Here, local residents share internet access through provided Internet connection by the community.
In conclusion, please know that in one way or the other these technologies are in the community that you live whether an Urban or Rural. All you need is to discover the reasons behind some cable deployment that was passed on the ground either to send it to the next community and terminate it in your locality.
This is your BUYING POWER to connecting the unconnected. Most of these underlay cables are for network communication, reliability, strength, and mostly Access. Take advantage today and make the revolution in connecting the unconnected begins.
Optimizing the acoustic design for a better sound quality of a church is crucial and this creates an environment that enhances good music production in the church or any other event programme by allowing for clear communication and musical expression. A well-designed acoustic environment can remain effective for an extended period, providing consistent benefits over time.
Here are the major key considerations to improve the acoustic design of a church when installing any form of suspended ceiling:
4 Major Key Consideration of Acoustic Design for Quality Sound
1. Ceiling Height and Shape: A higher ceiling and specific shapes (such as vaulted or domed) can impact sound reflections and distribution, influencing the overall acoustic environment.
2. Wall Materials and Angles: Different wall materials and angles can affect sound reflections. Avoid overly reflective surfaces and consider incorporating diffusive materials to scatter sound waves.
3. Acoustic Panels: Strategically place acoustic panels on walls to absorb sound and reduce echoes. These panels can be designed to complement the aesthetic of the church.
4. Ceiling Clouds: Hanging baffles or clouds from the ceiling can help absorb sound, particularly in spaces with high ceilings.
Moreover, it is also important that you put into consideration other relating factors that must not be neglected if you so desire to get the best quality sound in a church.
Other Factors that Must be considered of Acoustic Design For Quality Sound
1. Pulpit and Stage Design: Consider the materials and angles of the pulpit and stage. Design elements that reflect sound toward the congregation can improve clarity.
2. Balconies and Galleries: If present, design balconies and galleries to contribute positively to sound distribution, avoiding excessive sound absorption.
3. Carpeting: Use carpeting or rugs strategically to absorb sound, especially in areas with high foot traffic. This helps prevent sound reflections off hard surfaces like marble or wood.
4. Seating Arrangement: Arrange seating to optimize sound distribution. Avoid overly spaced or irregular seating patterns that may create sound dead zones or uneven acoustics.
Sound Reinforcement with Acoustic Design for Quality Sound
1. Sound System: Invest in durable sound reinforcement system that suits the size and layout of the church. This includes microphones, speakers, and amplifiers.
When this is achieved, Investing in quality acoustic design can lead to long-term cost savings by reducing the need for ongoing adjustments and upgrades to the sound system.
2. Acoustic Treatment: Consider acoustic treatment for the areas around sound equipment to minimize interference and maintain optimal audio quality.
3. Reverberation: Achieve an appropriate balance of reverberation time for vocal word and music production. Different areas of the church may require different reverberation characteristics.
4. Digital Signal Processing: Implement DSP systems to fine-tune and optimize the audio signal, addressing specific acoustic challenges in real-time.
Cost Benefits of Installing Acoustic Ceilings in a Church
Acoustic designs can address multiple issues simultaneously. For example, incorporating sound-absorbing materials can improve speech intelligibility, reduce reverberation, and enhance overall sound quality all in one cost-effective solution.
Acoustic designs in churches can be cost-effective in comparison to other types of ceiling designs for several reasons:
1. Material Selection: Acoustic materials, such as specialized ceiling tiles, diffusers, and absorbers, are often designed to be cost-effective while providing excellent sound control. These materials are specifically engineered to optimize acoustics without the need for more expensive alternatives.
2. Reduced Need for Expensive Sound Systems: A well-designed acoustic environment can reduce the reliance on expensive sound reinforcement systems.
3. Minimized Maintenance Costs: Retrofitting an existing space with acoustic treatments can be more cost-effective than major renovations or complete overhauls of architectural elements. Simple additions like acoustic panels or diffusers can often be installed without significant structural changes.
4. Energy Efficiency: Acoustic designs that incorporate appropriate materials can contribute to energy efficiency. For instance, by using acoustic panels with insulating properties, churches can enhance both sound control and thermal insulation, potentially reducing heating and cooling costs.
5. Versatility of Acoustic Treatments: Acoustic treatments are versatile and can be customized to suit the aesthetic preferences of the church. They come in various colors, shapes, and sizes, allowing for creative and cost-effective design solutions that align with the overall decor of the space.
Training and Maintenance for a Better Quality Sound
Training for Sound Operators: Ensure that the individuals operating the sound system are trained to understand the acoustic characteristics of the space and can make real-time adjustments as needed.
Acoustic Maintenance: This is best maintained individually, where you can replace each board of acoustic if it is the only affected areas. Unlike other categories of ceiling like the PoP, PVC, etc. where you have to cut out a certain portion to maintain.
System Maintenance: Regularly maintain and update the sound system to ensure optimal performance over time.
By carefully considering these elements and tailoring the acoustic design to the unique characteristics of the church, you can significantly improve the sound performance and create a more immersive and enjoyable experience for congregants.
Where To Purchase Acoustic Ceiling
1. There are so many vendors who are direct dealers or sub-dealers of suspended ceiling materials in some major part of Nigeria like Lagos, Benin City, Onitsha, Aba. These dealers are reliable and trusted. You can contact us through our website on the Contact menu if you are interested in purchase and installation.
2. Explore online marketplaces and retailers that ship to Nigeria. Websites such as Jumia, Konga, or international platforms like Alibaba may have acoustic ceiling products. Make sure to verify shipping options and costs.
Wow, Digital skill as it stands today in the digital landscape where digital skill personnel rules, one can be disadvantaged when you do not continually update your digital skills knowledge with at least one and remain relevant in the job market as well as stay competitive.
Moreso, digital skills encompass a wide range of abilities and knowledge related to using digital tools, technologies, and platforms in the workforce.
5 Major Examples of Digital Skills
There are numerous digital skills today and these skills are being sorted for by employers in the workforce globally. It is become so interesting that with your digital skill, you can work remotely and this can be done at the very comfort of your home, yet you remain relevant
1. Digital Marketing
Digital marketing skills include the ability to plan, execute, and optimize online marketing campaigns. This encompasses areas like –
Search Engine Optimization (SEO)
Pay-Per-Click advertising (PPC)
Social Media Marketing
Email Marketing
Content Marketing
Youtube
It is important to know that digital marketers use various tools and platforms to reach and engage target audiences online.
2. Data Analysis and Data Science
Data analysis and data science skills involve the ability to collect, process, analyze, and derive insights from data.
Proficiency in data analysis tools (Excel, Python, R) and data visualization tools (Tableau) that are essential in the global market.
Understanding statistical concepts, machine learning, and data modeling is also crucial for making data-driven decisions.
3. Web Development
Web development skills include the ability to create and maintain websites and web applications.
Knowledge of programming languages like HTML, CSS, JavaScript, and familiarity with web development frameworks are very important globally.
Web developers work with various content management systems, front-end and back-end technologies to build and optimize websites. This digital skill is the one of the most sorted for by employers
4. Cybersecurity
Cybersecurity skills are vital for protecting digital assets and systems from cyber threats or attacks.
This includes knowledge of network security, ethical hacking, threat detection, and risk assessment.
Cybersecurity professionals use tools and practices to secure data, networks, and applications from malicious actors.
5. Artificial Intelligence and Machine Learning
AI and machine learning skills involve understanding the principles of machine learning algorithms and their application.
Proficiency in programming languages like Python, as well as libraries and frameworks like TensorFlow and scikit-learn, is essential.
AI and machine learning specialists work on tasks such as natural language processing, image recognition, predictive modeling, and automation.
3 Major Disadvantages of Not Having a Digital Skill
Not having digital skills in today’s increasingly digitized world can put individuals at a significant disadvantage.
Whereas others are getting handful job offers and thereby a non digital skill person lacks job opportunities and if they do, they are easily knocked out.
Here are the Disadvantages to watch out for:
1. Limited Job Opportunities
Many job roles and industries now require at least basic digital skills. Without it, your career options may be restricted.
Resultantly, digital skills are essential in fields such as information technology, marketing, data analysis, web development, and more.
In fact, even jobs that historically didn’t require digital skills are becoming more technology-dependent.
2. Reduced Efficiency and Productivity
Alternatively, digital skills can significantly enhance efficiency and productivity. They allow individuals to automate repetitive tasks, analyze data for informed decision-making, and collaborate with others through digital tools.
But without any digital skill, you may find it challenging to keep up with the pace of work, which can result in increased workload and stress and can further result to job loss.
3. Limited Participation in Modern Society
The digital world plays a crucial role in modern society. Without digital skills, you may find it difficult to participate in various aspects of daily life.
This includes online communication, access to information, online shopping, e-learning, and even managing personal finances.
The lack of digital skills can lead to social isolation and hinder access to essential services and resources.
Moreover, in addition to these disadvantages, individuals without digital skills may also struggle with tasks like accessing healthcare information, government services, and educational resources, which are increasingly digital and online.
In the future, the demand for digital skills is on the increase, and the lack of these skills may create some significant disadvantage in the job market and society as a whole.
What 5 Best Things you can do with a Digital Skill
Digital skills are versatile and can be applied to various aspects of work and life. Here are five of the best things you can do with digital skills:
1. Advance Your Career
Digital skills are highly sought after in the job market. Whether you are in marketing, data analysis, web development, or any other field, having digital skills can help you stand out and advance your career.
2. Start Your Own Business
Digital skills are essential for launching and running a successful online business.
Digital skills can help you establish an online presence such as selling products, creating digital content that will get global audience.
3. Learn and Adapt Quickly
Adapt to new technologies and tools can be quick. You can stay updated on industry trends and apply this knowledge to enhance your work or personal life.
This adaptability is a valuable asset in a fast-paced, ever-changing digital landscape.
4. Promote Causes and Ideas:
It also enable you to effectively promote causes, ideas, or personal projects.
5. Access and Share Information:
Digital skills empower you to access a wealth of information, learn new subjects, and share your knowledge with others.
You can explore online courses, research topics of interest, and contribute to online communities, helping to expand your horizons and make a positive impact.
Five Tips You Need and Remain Relevant
1. Continuous Learning:
Embrace a growth mindset and prioritize continuous learning. Digital technologies and tools evolve quickly, so make learning a lifelong habit.
Enroll in online courses, attend webinars, and participate in workshops related to your field or interests. Explore e-learning platforms like Coursera, edX, Udemy, and LinkedIn Learning, which offer a wide range of courses on digital skills.
2. Stay Informed:
Subscribe to industry-specific newsletters, blogs, and podcasts to stay informed about the latest trends, updates, and emerging technologies.
Being well-informed about industry developments can help you anticipate changes and adapt more effectively.
3. Hands-On Practice:
Apply your knowledge through hands-on practice. Practical experience is one of the most effective ways to solidify your digital skills.
Create personal projects, work on open-source initiatives, or offer your expertise to non-profit organizations to gain practical experience.
If you are a developer, regularly contribute to GitHub projects or build your own. If you’re a digital marketer, run your campaigns and analyze the results.
4. Networking and Collaboration:
Network with professionals in your field to exchange knowledge and gain insights. Join online forums, LinkedIn groups, and social media communities related to your industry.
Engaging in conversations with peers can lead to valuable information and collaborations.
Collaborate on projects with others to leverage their expertise and learn from their experiences.
5. Adapt to New Technologies:
Be open to trying new tools and technologies, familiarize yourself with emerging digital platforms and applications.
IN SUMMARY
In essence, digital skills can open up opportunities in various professional and personal areas, enabling you to thrive in an increasingly digital and interconnected world.
Whether you are pursuing a career, pursuing entrepreneurial endeavors, or seeking personal growth, these skills are an invaluable asset.
Moreso, experiment with new software, apps, or platforms that align with your interests or career goals. Do not be afraid to step out of your comfort zone.
Remember that digital skills can vary widely, so it’s essential to identify the specific skills that are most relevant to your career or aspirations. Whether you are in web development, data analysis, digital marketing, artificial intelligence, or any other digital field, staying current is a key to remaining relevant and advancing in your career.
Effective database design and management require a combination of technical knowledge, analytical skills, and attention to detail. Regularly reviewing and adapting your database design and management practices helps ensure the database meets evolving business needs and performs optimally.
Let us try to explore the best top 8 Popular Databases in 2023 beginning with the Last to First.
Best Top 8 Popular Databases in 2023
8. Oracle Database: Oracle Database has played a crucial role in the development of enterprise-grade database systems, and its evolution reflects the changing landscape of technology, with an increasing emphasis on cloud computing and internet-related capabilities.
The history of Oracle Database is significant in the evolution of relational database management systems (RDBMS) with a key milestones on its history
In 1977 Oracle Corporation was founded by Larry Ellison and his two friends; Bob Miner and Ed Oates and have stayed till date with Oracle Database 19c which have continued the trend of cloud-focused features and improvements in performance, security, and manageability.
7. MariaDB: This is an open-source relational database management system (RDBMS) that originated as a fork of MySQL. MariaDB was created in 2009 by Michael “Monty” Widenius, the original author of MySQL, as a response to concerns about the direction of MySQL under Oracle Corporation’s ownership.
It has gained popularity over the years with its focus on open source, community driven development and compatibility with MySQL and its last version in 2021 with MariaDB 10.6 and continued the trend of performance improvements and introduced features such as the roles system, Oracle compatibility enhancements, and support for a default database.
6. Redis: Redis, an acronym for REmote DIctionary Server, is an open-source, in-memory data structure store. It was created by Salvatore Sanfilippo, also known as Antirez.
Its initial release was in May, 2009 by Salvatore Sanfilippo. Its development was motivated by the need for a faster and more scalable database system for a startup where Sanfilippo was working at the time.
In 2020, released Redis 6.2 which is still very useful today in database designs and management.
While in April 2021, Redis 6.2 brought support for Active-Active Geo-Distribution, allowing data to be distributed and synchronized across multiple Redis clusters in different geographical locations.
5. MongoDB:MongoDB is a widely used NoSQL database that stores data in flexible, JSON-like documents. MongoDB was created by 10gen, a company founded by Dwight Merriman, Eliot Horowitz, and Kevin Ryan in 2007.
Lastest of its release was in July, 2021 when MongoDB 5.0 was lunched, included features like native time series collections, sharded cluster improvements, and support for distributed transactions.
MongoDB has continued to evolve, and its development is driven by the needs of its user community and the broader industry trends.
4. SQLite: A self-contained, serverless, and zero-configuration relational database management system. I have experienced its uniqueness over time and i did love using it especially from it back end query. SQLite was first released in August 2000 by D. Richard Hipp.
It is an embedded database with library that is directly linked with the front-end application.
The latest version of SQLite its SQLite 3.35.0 that introduced File Format 4, optimizing the database file format for performance. It also included enhancements to window functions, improvements to the query planner, and other optimizations. Explore it and tell the story.
3. Microsoft SQL Server:Â It is used by Wells Fargo, Harris Corporation, General Electric, Yahoo. Microsoft SQL Server has evolved significantly since its first release, and several features and characteristics have contributed to its uniqueness over the years.
The first release of Microsoft SQL Server was in 1989. This initial version, SQL Server 1.0, was developed in collaboration with Sybase. The latest stable version was Microsoft SQL Server 2019 in year 2019.
2. PostgreSQL: PostgreSQL, often referred to as “Postgres,” is an open-source relational database management system (RDBMS) that is used by Instagram, Spotify, Twitch, IMDB and lot of others was released in 1986
The origins of PostgreSQL can be traced back to the POSTGRES project, which was initiated by Michael Stonebraker and his team at the University of California, Berkeley.
But not limited to their release was when PostgreSQL 13 was released in 2021. This Version 13 introduced improvements to query performance, better parallelism in B-tree index builds, and various enhancements for security.
1. MySQL: Used by pretty much everyone.
It is a popular open-source relational database management system (RDBMS) that has been widely used since its inception.
MySQL is a popular open-source relational database management system (RDBMS) that has been widely used since its inception. Moreover, MySQL 8.0, released in April 2018, introduced major improvements, such as the Data Dictionary for better metadata management, a new default authentication method, and increased support for modern SQL features.
Several Factors Why MYSQL is Preferred to Other Databases in 2023
1. Open Source Nature: MySQL’s open-source nature fosters a large and active community, contributing to its continued development, support, and adaptability.
2. Community Support: MySQL has a vibrant community that provides support, resources, and extensions, making it a reliable choice for developers and organizations.
3. Ease of Use: MySQL is known for its simplicity and ease of use. It’s easy to install, configure, and integrate with various programming languages and frameworks.
4. Performance and Scalability: MySQL has a reputation for good performance and scalability, making it suitable for a wide range of applications, from small websites to large-scale enterprise systems.
5. Wide Adoption in Web Development: MySQL is commonly used in web development, especially with popular content management systems (CMS) like WordPress, Joomla, and Drupal.
6. Enterprise Deployment: Many enterprises use MySQL for mission-critical applications, and it’s often included in various software stacks and solutions.
7. Compatibility and Standard SQL Support: MySQL adheres to SQL standards, ensuring compatibility with other databases and making it easy for developers to transition between different database systems.
8. Ongoing Development and Releases: MySQL continues to evolve with regular releases, incorporating new features, optimizations, and security enhancements.
9. MySQL Forks and Alternatives: Forks of MySQL, such as MariaDB and Percona Server, provide alternative options with additional features and improvements, contributing to the overall MySQL ecosystem.
Exploring the Best 5 Top Database Tools in 2023
There are various types of database tools catering to different aspects of database management, development, and administration. Here are five major categories of database tools along with examples:
1. Relational Database Management System (RDBMS) Tools: a. MySQL Workbench: A visual database design tool for MySQL. b. Microsoft SQL Server Management Studio (SSMS): A tool for managing SQL Server databases. c. Oracle SQL Developer: An integrated development environment (IDE) for Oracle Database.
2. NoSQL Database Tools: a. MongoDB Compass: A graphical user interface for MongoDB. b. Cassandra Query Language (CQL) Shell: A command-line interface for Apache Cassandra. c. Redis CLI: Command-line interface for interacting with Redis.
3. Database Design and Modeling Tools: a. ERStudio: A tool for data modeling, data governance, and business process modeling. b. Lucidchart: An online diagramming tool that includes features for database design. c. DbVisualizer: A universal database tool for developers, analysts, and database administrators.
4. Database Administration Tools: a. phpMyAdmin: A web-based tool for managing MySQL and MariaDB databases. b. pgAdmin: An open-source administration and management tool for PostgreSQL. c. SQL Server Management Studio (SSMS): A comprehensive tool for managing SQL Server databases.
5. Database Development Tools: a. Toad: A tool for database development and administration, supporting various database systems. b. SQL Developer: An integrated development environment for Oracle Database. c. DbForge Studio: A set of database tools for SQL Server, MySQL, Oracle, and PostgreSQL.
These tools serve different purposes, and the choice of a specific tool often depends on the type of database system being used, the tasks at hand, and personal or organizational preferences.
If you are a beginner looking for a clear starting point to help you build a career or learn how to build AWS Cloud applications and become a certify software developer, we recommend you start with an AWS Learning Plan. In the world today, only passionate individual regularly explore new tools, frameworks, and best practices to enhance their digital skills. Here is a great opportunity for your to be enlisted into software developing or be upgraded
This set of on-demand courses will help grow your digital skills as you learn about cloud developer and serverless fundamentals, containers, and more. Learning Plans can also help prepare you for the AWS Certified Developer – Associate certification exam.
Learn step-by-step with the AWS Developer Learning Plan
AWS Learning Plans offer a suggested set of digital courses designed to give beginners a clear path to learn. The AWS Developer Learning Plan eliminates the guesswork
You will be guided through a recommended curriculum built by AWS experts that you can take at your own pace. Complete the full plan, or choose the courses that interest you. After you complete this plan, you’ll be better able to develop, deploy, and modernize applications on AWS.
You will have gained skills to enter careers as a software developer or DevOps engineer. You will also have a better understanding of AWS services like AWS Lambda and more
AWS Technical Essentials
Successful completion of this course may also serve as a foundation for more advanced AWS training and certification paths, such as those for solutions architects, developers, and sysops administrators.
However, are you looking to solve an immediate technical or business problem? Do you want to sample an AWS Training before starting a full learning plan? Or do you want to customize your learning journey?
Explore all our digital trainings for courses relevant to all skill levels. Watch our most popular trainings below, or browse our full selection to find one that interests you.
Browse individual on-demand AWS courses
1. Getting Started with .NET on AWS
.NET which is a software development framework developed by Microsoft that supports building and running applications for various platforms, including Windows, macOS, and Linux.
It is important to understand the core concepts and features of the .NET framework, including the Common Language Runtime (CLR), the Base Class Library (BCL), and the application deployment model.
2. Introduction to Serverless Development
Serverless development is a powerful paradigm with an approach to building and deploying applications without the need to manage server infrastructure.
The cloud provider automatically handles the administration, maintenance and scaling, of servers, thereby allowing developers to focus solely on writing code.
3. AWS Cloud Practitioner Essentials
This will help you have good foundational knowledge and understanding of cloud computing concepts and practices.
Some examples of major cloud providers are Amazon Web Services (AWS), Microsoft Azure, Google Cloud Platform (GCP)
It is role is often associated with entry-level positions or individuals who are exploring cloud technologies for the first time.
4. Data Analytics Fundamentals
With Data Analytics for beginners, you are expose to the easy guide to collating, examining, cleaning, transforming, and modeling data to discover useful information, draw conclusions, and support real world decision-making
5. AWS Compute Services Overview
It will helps you to have overview of Virtual machines with scalable compute resources that allow users to run applications in isolated environments. Users have control over the operating system, configurations, and software installations.
AWS Certified Developer – Associate (Digital)
AWS certifications are valid for three years. To maintain your certification, you can either take the latest version of the exam or demonstrate continued expertise through qualifying professional experience.
2. Satellite Communication: This become useful where traditional infrastructure is hard to deploy in remote or challenging areas.
3. Wireless Technologies: Wireless connectivity which allow you to get connected without the use of any network cable e.g CAT 5
4. Mobile Networks: It is the extension of mobile data networks for internet access through some mobile devices
5. Community Wi-Fi: Here, local residents share internet access through provided Internet connection by the community.
