Cloud computing is one of the hottest and industry-changing technologies. Any personal work, software, and data can be stored and hosted in a secure server and still can be accessed anywhere through any operating system and/or a browser.
Basically provides us with decentralized access control with state-of-the-art anonymity and authentication of data. It provides distributed access and is user-independent to encrypted cloud services.
Normally it is broken down into three criteria as SaaS (Software as a Service), PaaS (Platform as a Service), and IaaS (Infrastructure as a Service).
- Cloud enables users to make use of computing power and to store data at a remote location which can easily be accessed from anywhere using internet service.
- Most of the cloud service provides ease of usability through various accessible features like intuitive UI, multi-device support, etc.
- Provision of multiple availability zones and back-up of your data to these provides higher resilience in the event of data loss with the cloud storage.
- Cloud storage service providers include an additional layer of security by encrypting the data either in rest or in transit through various encryption algorithms.
- You can try out different projects which will leverage the power of cloud computing like setting up services that use the cloud for their functionalities.
List of cloud computing project ideas for beginners
So, this article would provide an insight to how to leverage using these aspects to come up with innovative project ideas.
1. Cloud-enabled Attendance System
With a cloud-enabled automatic attendance system, we can scan a student’s/employee’s I-card and all of the scanned information can be directly synced and stored on cloud at a real time basis. By doing this, specific details like in-time, out-time, date, total working hours can be recorded and stored.
For new students/employees coming in, admins have to just register them on the system along with some personal information. This system also prevents proxying or illegitimate attendance entries. Since the database would be encrypted and secured, data breaching and alteration won’t be possible.
It will also provide the employers to facilitate a more precise compensation system depending on the attendance data. The only limitation would be that it requires a stable, reliable internet connection for the system to be working optimally.
2. Online Blood Bank System
This project idea would focus on coming up with an online blood bank system which targets to provide superior efficiencies for blood bank operations.
Using cloud computing, we can come up with a central point for numerous blood deposits along with the blood details and the details about the depositors. The blood details would consist of blood type, storage area and storage date to better help maintain and monitor the blood depositors.
This cloud-enabled system would provide transparency towards checking the availability of the desired blood depositor. This system will also contain patient details and their respective contacts as well. All of the data being stored on the server would be encrypted at rest using AES-256 to prevent any data leaks. This will enable users to book blood as per their needs and can use the same at the booked time.
3. Online, cloud-enabled book store system
The project would entail a database of different books, book title, cost and the writer. This system can function as a bookstore over the internet developer using SQL & C#. The books would be categorized on the basis of various sections to better ease the users to look up for their desired book without being perplexed.
Apart from that, the system can smoothly handle additional uses like providing more information like a brief synopsis about the books to enlighten them about the content of the books. Inclusion of a notification system can also help the users to stay updated on their awaited books and its availability.
All of it can be set up on a website with the cloud computing system serving all of its necessary functions.
4. Data Redundancy Removal System
This project focuses on removal of unnecessary and redundant data accurately in a short amount of time. It does it by identifying the test data as either redundant data or as a false positive. By uploading a particular file, the cloud-enabled system crosschecks the data and creates a new database if it turns out to be new data.
If it isn’t new, the system will discard the tested data. The salient feature of this technology is to get rid of redundant data which consumes unnecessary storages, increases computing time and reduces complexity.
5. Detecting Data Leaks using SQL injection
This project would aim towards prevention of SQL injection attacks and to fortify the database. This cloud-enabled data leak detection system works over the internet without any specific system implementation.
Normally, when purchasing someone on the internet, all the payment details through the card are encrypted and stored. This system stores user information in AES 256 encryption form and will enhance security and would provide measures against SQL injection hacking.
The system does the following by ensuring user’s security while the payment is made via a card and keeps the system fortified from being hacked through SQL injection. This system doubles up the security against SQL injection by handling the same through a capability code and establishing a connection between the cloud server and the application itself.
6. Cloud based Bus Pass System
It is an adaptation of buying tickets over the internet using cloud computing. That way, it solves many typical issues like tickets being misplaced, stolen or wrongly priced. Also, in a typical bus booking website, if the load is too much, the website chokes and doesn’t function.
But with computing, upon additional load, it can provision new servers to take care of the load. This will ensure optimal performance and availability for the users. Customers can pay for the tickets through credit/debit cards and through payment gateways too. It also can integrate the live-ticket availability ticker too so that people can make their arrangements accordingly.
7. Making a Chatbot
Typically, a chatbot is an AI-enabled software that has the ability to converse with users when they visit the website. These are mainly assigned to websites to develop user interaction on the landing page. It also has a significant application in marketing and to keep in touch with the user on a frequent basis.
Normally, these chatbots give a reply that has some predefined inputs in place for the users to make. This is normally done as these bots are deployed mostly onto commercial websites to bring in more businesses.
8. Secure Text Transfer using Cloud Computing
Encryption is at the core of keeping sensitive data private and secure from unauthorized people to access or misuse it. This encryption protects secret information in a key-password combination. This combination uses Diffie-Hellman key exchange, which works both for private encryption concepts and public keys.
This project can be used to exchange text messages with maximum security and the fastest speed simultaneously. This system can be modified and be repurposed to work for exchanging images too. The use of SQL databases to store all the information for exchange, it makes the entire system even more robust.
9. Smart rule-based phishing website sorting system
This project would utilize cloud computing to detect and identify e-banking phishing websites through an intelligent, flexible and effective system. The system would be made by using a data mining algorithm to scrape phishing data.
Normally, a phishing website would portray itself as an authentic bank website and unwary users would feed in their valuable information like username and password to the phishing website. Now, this data can be used by the phisher for destructive purposes.
The system leverages the cloud’s on-demand computing power and robust databases to run the algorithm and store the data as and when needed. The detection and identification of phishing websites happens through URL, security, encryption criteria and Domain Identity.
10. Cloud-powered Bug Tracking Functionality
Bug tracking using cloud computing would help the developers to identify the kind and origin by just logging onto the application. The project will have 3 major sections namely Customer, Administrator and Staff.
The customer will register using a username and password. Using their credentials, they can log in to the bug tracking application where they can send the bug report using screenshots for their faced bugs.
Staff can also log in a similar way from their respective accounts and can view bugs to identify if it needs to be taken care of by them. And for the admins, they can directly contact the user about the bugs sent by them and can resolve them right on time.
The operational activities for the same will happen on the cloud as the analysis and storage of the bugs and its demand might vary significantly depending on the load of the reports. To deal with the same, using the cloud would provide immense functionality while running low on costs.
11. Migrating Android offloading computing to the Cloud
This project would ensure that applications don’t have to install and offload their processing requirements on the platform/system. The prevention of the same is needed since using the client’s resources, it will lead to an inferior experience for the users as the application itself would be taking over resources.
This framework improves the functionality of an app using static analysis. Users can select a process and files for the same as a cloud with encryption. This will create a TimeStamp in which the framework can analyze and offload only the parts that are crucial to the app’s functionality.
Cloud computing is so popular and offers so much potential that it has been adopted today by many companies for their day-to-day operations. Any sort of online service is mostly being hosted out of the cloud. Be it listening to music, online text editing, invoking voice assistants, all of the same is made possible and readily available without any drop in service quality.
All of it is made possible because of the cloud and all of the said services can be termed as a project too. By utilizing cloud computing in a project, we can make lives easy by enhancing productivity and making society better all the while reducing cost and providing the best performance as and when it’s needed.
Also Read: The Future of Cloud Computing
If you are new to cloud, you might want to understand what is cloud computing before trying out these projects. By doing so would give you a sound idea of what this technology is and how best can this be utilized in the use cases.
Frequently Asked Questions (FAQ’s)
What is Cloud Computing?
It involves the provisioning of resources such as storage, compute, network, software or applications from a centralized location often owned by a service provider. Examples of such service providers are Amazon Web Services, Google Cloud Platform, Microsoft Azure, etc.
Does Cloud provide a secure ecosystem?
Public Cloud Service Providers follow a multi-layered security protocol. This happens through security measures like firewalls, intrusion prevention and detection, user authentication, malware detection, ransomware protection, and advanced encryption techniques to fortify the security of the cloud infrastructure.
What are the most common business uses of cloud computing?
Mostly, it is used these days to run data analytics programs and software. Cloud storage is popular too since many cloud providers have highly secure data centers made available at extremely cheap cost. Disaster recovery and content delivery throughout the world helps a lot of companies with these requirements.
Is cloud computing a good career choice?
Yes, of course! Cloud computing skills are insanely in demand and the supply of good cloud talents just isn’t enough! The perception of cloud computing being hard is because it requires a good understanding of the design, implementation, and deployment of services. But if you are natural in terms of these aspects, cloud computing will be a great career choice for you.
What are the basic types of cloud computing?
The basic types of cloud infrastructure include public cloud, private cloud, hybrid cloud and multi-cloud.
Public cloud provides resources to its clients through a third-party service provider.
Private cloud comprises resources exclusively set up for the use of a particular client only.
Hybrid cloud is a combination of both public and private cloud in a use-case. And in the case of multi-cloud, it can be a combination of both public and private clouds from different cloud service providers to meet client’s needs.