TeamITServe

Phone :

amazon web services

Email Us :

google cloud
Icon-facebook Icon-twitter Icon-youtube-v Icon-instagram-1 Linkedin
Menu
Job-Opening

Author name: Hemal

What is DevSecOps?

DevOps /

DevOps is a set of practices that combines software development (Dev) and IT operations (Ops). It aims to shorten the systems development life cycle and provide continuous delivery with high software quality. SecOps (Security + Operations) is a movement created to facilitate collaboration between IT security and operations teams and integrate the technology and processes they use to keep systems and data secure — all in an effort to reduce risk and improve business agility. Why DevSecOps?In recent years, we have seen that cyber-attacks have increased many folds, and even the most prepared organizations can’t deny the risk of undergoing a cyber-attack. It came into notice in the past few days that zero-day attacks compromised more than 65% of the total attacks, and the threats to cloud-based applications have significantly increased, which were previously negligible as more organizations are shifting towards cloud environments. Incorporating security is essential to the DevOps process as security can no longer be neglected or underestimated. Further, this increased level of threat has given rise to DevSecOps. DevSecOps and DevSecOps Tools aim at integrating security principles and standards in the DevOps cycle, i.e., implementing security controls at each level of the DevOps cycle, especially in the early stages of the software development lifecycle. It also helps create a ‘Security as Code’ approach by ensuring flexible collaboration between security teams and release engineers. DevOps can change the dynamics of your organization. Consult the TeamITServe team today for help.If you are looking for experienced DevOps professionals for your organization, contact us at vic@teamitserve.com.

What is DevSecOps? Read More »

What happens to your Data?

Uncategorized /

Data protection is a hot topic in today’s digital age. With the rise of social media and the increasing amount of personal information we share online, it’s more important than ever to understand how our data is being used and protected. | data security One of the key issues surrounding data protection is the concept of consent. When we share our personal information with a company or organization, we are essentially giving them permission to use that information in specific ways. However, it’s not always clear what we are consenting to, and this lack of transparency can lead to problems. For example, have you ever read the fine print in a website’s privacy policy? If not, you could be missing out on important information about how your data will be used. In many cases, these policies are written in complex legal language that can be difficult to understand. This makes it hard for us to know exactly what we are agreeing to when we click that “agree” button. So what can we do to protect our data and ensure that it is used responsibly? One solution is to be more selective about who we share our information with. Before giving out your personal information, take the time to research the company or organization and read their privacy policy. This will help you understand how your data will be used and give you the opportunity to opt out if you’re not comfortable with their practices. Another important step is to take advantage of the privacy settings and tools offered by social media platforms. These can help you control who can see your personal information and what they can do with it. For example, you can choose to make your profile private, or limit the information that is visible to others. In addition to being proactive, it’s also important to stay informed about data protection laws and regulations. These can vary depending on where you live, so it’s worth doing some research to understand your rights as a consumer. Overall, protecting your data is an ongoing process that requires attention and effort. By being aware of how your data is being used and taking steps to control who has access to it, you can help ensure that it is used responsibly and kept safe.

What happens to your Data? Read More »

What are NFTs?

NFTs /

A non-fungible token (NFT) is a non-interchangeable unit of data stored on a blockchain, a form of digital ledger, that can be sold and traded.[1] Types of NFT data units may be associated with digital files such as photos, videos, and audio. Because each token is uniquely identifiable, NFTs differ from most cryptocurrencies, such as Bitcoin, which are fungible. NFT ledgers claim to provide a public certificate of authenticity or proof of ownership, but the legal rights conveyed by an NFT can be uncertain. NFTs do not restrict the sharing or copying of the underlying digital files, do not necessarily convey the copyright of the digital files, and do not prevent the creation of NFTs with identical associated files. NFTs have been used as a speculative asset, and they have drawn increasing criticism for the energy cost and carbon footprint associated with validating blockchain transactions as well as their frequent use in art scams. The NFT market has also been compared to a Ponzi scheme.[citation needed] The NFTs market grew up during the COVID-19 pandemic, the trading of NFTs in 2021 increase to more than $17 billion, up by 21,000% over 2020’s total of $82 million. Ownership of an NFT does not inherently grant copyright or intellectual property rights to the digital asset the NFT purports to represent. Someone may sell an NFT that represents their work, but the buyer will not necessarily receive copyright to that work, so the seller may create additional NFTs of the same work. So an NFT is merely proof of ownership[clarification needed] separate from copyright. According to legal scholar Rebecca Tushnet, “In one sense, the purchaser acquires whatever the art world thinks they have acquired. They definitely do not own the copyright to the underlying work unless it is explicitly transferred.”

What are NFTs? Read More »

devops

DevOps Processes and there Importance

DevOps /

The idea of DevOps is quite clear. It implies that the development, testing, and operation of the software should go in a single process with the same direction to achieve a consistent result. To be more precise, DevOps improves the reaction speed, lessens IT systems release time, and allows various professionals to openly communicate during the process. And these are not the only reasons why you need to work with DevOps: (DevOps Processes) Improves release speeds When working with DevOps, plenty of processes can be automated, which significantly lessens the production time. Thus, it is possible to release an application quicker. Also, that helps with the errors fixing because DevOps contributes to the flexibility of the processes, which means it can respond to changes without any significant inconsistencies. And that also adds to the release speed. Facilitates testing With DevOps, you don’t need to write code manually because it is transferred automatically. And that allows you to avoid human errors, which can impact testing significantly. Efficiently responds to changes, bug fixes, and updatesWith the traditional development approach, it might be hard to eliminate all bugs and mistakes because it takes time to notify and report them. Also, those mistakes can evolve in various stages, including development and testing. And that takes even more time because teams work on their own and detect bugs from their fields of work. With DevOps that all can be escaped because it uses automated monitoring systems that send error reports regardless of the working field. That significantly facilitates the development process and contributes to consistent results.

DevOps Processes and there Importance Read More »

Types of Software Testing

Software Testing /

Here are some types of Testing that can be performed on the software or application: | software testing Unit Testing – It centers around the smallest unit of software design. They consist of testing individual methods and functions of the classes, components, or modules utilized by your software. Smoke Testing – Smoke tests are fundamental tests that check the essential usefulness of the application. Integration Testing – Integration tests check that various modules or services used by your application work well together. Regression Testing – Every time a new and fresh module is added leads to changes in the program. This kind of testing ensures that the entire component works properly even after adding components to the complete program. System Testing – This software is tested such that it works fine for the different operating systems. Here, it includes security testing, performance testing, recovery testing, and stress testing. User Acceptance Testing – Acceptance tests are formal tests executed to check if a system fulfills its business needs. Clients require the complete application to be up and running and focus on replicating user behaviors. The customer acknowledges the software product only when all the features and functionalities work as expected. Stress testing – In this, we give unfavorable conditions to the system and check how they perform in those conditions. Performance Testing – Performance tests check the behaviors of the system when it is under significant load. These tests are non-functional Object-Oriented Testing – This testing is a blend of different testing procedures that help to check and validate object-oriented software. This testing is done in an accompanying way: Testing of Requirements, Design and Analysis of Testing, Testing of Code, Integration testing, System testing Psychology Articles, User Testing.

Types of Software Testing Read More »

What Changes Blockchain Technology Can Bring in Future?

Blockchain Technology /

Supply chain Industry | Blockchain technology In the current scenarios, where supply chain industry is spread over a larger area (national and global), there is a lack of transparency in this system. As manufacturing is global, it is hard for buyers to know the actual value of products. Blockchain technology offers a distributed ledger system that can be used for the exchange of data, agreements, tracking, and payments. In this system, every transaction will get recorded on a block whose multiple copies would be shared on multiple nodes (computers), it serves high-grade transparency, as everyone on the blockchain system can track the data related to a particular product. Moreover, the data is available in a secured channel, since every block is available in a collaboration with each other. Another property that makes it astounding is the facility of ‘consensus’. Actually, this system accompanies a single version of ledger throughout all entities, so there are no chances of dispute in the matter of transaction. For buyers, this property is a plus point, as they can check who is the real owner of the asset. Other than these, nobody can remove the records on this channel so it is not possible to break the transparency in supply chain. Ultimately, this technology can improve the accuracy and efficiency of supply chain. Food Industry You might be thinking that how can blockchain help in food production? Well, this is not about food production, it is solely dedicated to different tasks that take place after production. Let’s get a closer look at the ways, it can help in food industry. Experts are trying to improve different aspects of this sector, and one of them is food recalls. Today, foodborne illness is very common, and for companies, it is very hard to find contaminated packages from farm to stores. With the track and tracing property of blockchain, it is very easy to find out such packages. Along with this, the contamination report can be shared with all suppliers and can prevent damage. Such systems are very helpful for both restaurants and grocery stores, as when an outbreak of problem occurs, they can gather all the information from the source of food till the end delivery. It helps them in taking required actions. Except it, this can also enhance the labelling system and can prompt the weeding out of companies who make false claim or misrepresent the origin of products with the help of decentralize tracking system. Moreover, farmers and producers can view the commodity price and market data in real time. With this, they can take part in business more competitively and can be more productive. Voting If you think that blockchain system is beneficial for industries that handle heavy supply chains including buying and selling, then you are mistaking again. As this system can be used in voting, you should stop underestimate its flair. Shake off all your doubts, as this technology can integrate higher level integrity and transparency in elections. It can help in resolving various issues in the election by streamlining the process of vote counting. Moreover, as it takes the responsibility to count all votes, the cost of conducting election can be reduced. Here are some advantages that this technology can offer in the election system. * Voters can check that their vote was cast precisely and figure out tampering. * The election process would be more transparent as governments and independent parties can verify the results stored on the blockchain.

What Changes Blockchain Technology Can Bring in Future? Read More »

three devops mistakes to avoid

Three DevOps Mistakes To Avoid

DevOps /

Adapting to change is not easy for any organization, but if you try hard enough and avoid these mistakes, your switch to DevOps will be smooth. | DevOps Mistakes 1. Failure to consider staffing and resources. | DevOps Mistakes If you do not have enough knowledge about the workloads of your team, and their capabilities of performing tasks, do not force them to adopt the DevOps strategy. Your DevOps developer will advise you to quantify the workload of each and the team as a whole. The next steps are devising key performance indicators (KPI) and ensure that they are well monitored. Understand the performance of all your employees, and use the information to arrange your workloads. Without adequately considering workloads and resourcing, you will have a team with unhappy employees who will be busy looking for other jobs in other companies. 2. Moving to DevOps without enough preparation Companies are rapidly moving to DevOps. The problem is that a DevOps engineer of an organization is assigned duties without evaluating his or her level of expertise in the field. Also, other companies are willing to take up develops projects with a small team of less experienced DevOps professionals to look different from the competitors. As a result, they end up delivering low quality work. Moving to DevOps is a brilliant idea, but only if you are well prepared and have vast experience. The level of skills has to be extremely high. For a DevOps developer to get a job, your level of experience and expertise have to maintain a threshold level. 3. Selecting speed over quality. Many organizations focus on manufacturing a product fast, instead of focusing on the quality. DevOps tasks must be accomplished by maintaining high standards. Since DevOps development requires speed, you do not have to replace quality with speed. On the other hand, you cannot compromise speed with quality. In today’s world, competition has become so stiff and staying relevant is a challenge. That is why many organizations rush to take up DevOps projects and finish them in the shortest time possible. As a result, the quality of the job is poor. Speed and quality must work hand in hand.

Three DevOps Mistakes To Avoid Read More »

Software Testing Services

Software Testing /

Software testing services should cover in the areas of testing strategy, methodology, process, and test competency assessment with an established Testing Centre of Excellence (TCoE) which provides centralized testing services function across project teams. Software testing keeps on evolving day-to-day. It ensures that a software/application is free of errors, glitches, or other bugs so that it offers users an incredible experience. Here are some types of Testing that can be performed on the software or application: Unit Testing – It centres around the smallest unit of software design. They consist of testing individual methods and functions of the classes, components, or modules utilized by your software. Smoke Testing – Smoke tests are fundamental tests that check the essential usefulness of the application. Integration Testing – Integration tests check that various modules or services used by your application work well together. Regression Testing – Every time a new and fresh module is added leads to changes in the program. This kind of testing ensures that the entire component works properly even after adding components to the complete program. System Testing – This software is tested such that it works fine for the different operating systems. Here, it includes security testing, performance testing, recovery testing, and stress testing. User Acceptance Testing – Acceptance tests are formal tests executed to check if a system fulfils its business needs. Clients require the complete application to be up and running and focus on replicating user behaviours. The customer acknowledges the software product only when all the features and functionalities work as expected. Stress testing – In this, we give unfavourable conditions to the system and check how they perform in those conditions. Performance Testing – Performance tests check the behaviours of the system when it is under significant load. These tests are non-functional Object-Oriented Testing – This testing is a blend of different testing procedures that help to check and validate object-oriented software. This testing is done in an accompanying way: Testing of Requirements, Design and Analysis of Testing, Testing of Code, Integration testing, System testing, User Testing.

Software Testing Services Read More »

The Next Evolution of DevOps

DevOps /

1. Cloud-Native Technology in Production | DevOps As the cloud takes centre stage in pandemic recovery efforts, enabling millions of workers to work from home, maintaining supply chains globally, and rapidly transforming business models. In 2021, it estimates that the global public cloud infrastructure market will grow by 35% to $120 billion, about $7 billion higher than its previous predictions, which changed after reviewing the revenue growth of the big cloud companies, AWS, Azure, Google Cloud, and Alibaba. Next year, companies would be shifting to cloud-native computing to seize benefits such as greater efficiency, lower costs, higher speed to delivery, and management ease. Cloud-native applications make use of micro-services, containers, and an agile framework built on continuous delivery, which enables businesses to build more reliable systems, quicker. The competitive nature of business means that the cloud-native approach, which improves the speed and efficiency of application development is inevitable in the coming years. 2. Integration of DevOps and Security Security is defining the coming trends of DevOps significantly more than ever. The massive shift to the cloud occasioned by the pandemic means there must now be greater emphasis on cloud-based cybersecurity due to elevated security concerns. Amongst other lessons, the pandemic has shown that cloud cybersecurity for remote workers is tougher than expected. This has caused experts to suggest that the cyber pandemic might be next. DevOps is tied strongly to security; teams can build more secure applications if they integrate security earlier in the application development. With continuous testing and delivery, DevOps ensures that nothing is left to chance. Apparently, according to the Puppet State of DevOps retrospective, “integrating security throughout the software delivery lifecycle leads to faster software delivery with fewer security issues.” 3. Testing Shifts Further Left Not only is security shifting left; testing, as a whole, will shift much further left in the coming years. Fewer bugs at the early stages mean that developers can detect and fix them easier. Vulnerabilities discovered at the production stage can cost up to around $7600 to fix whereas the same vulnerabilities discovered at the early stages of development could be fixed for only $80-$85 then. Hence, the need for shift-left testing. And developers are responding appropriately as evidenced by the rising trend. One of the consequences of shifting left is that traditional testing teams are being stripped of testing exclusivity. That’s according to Capgemini’s Continuous Testing Report 2020. The report identifies the driving frameworks behind the increasing popularity of shift left as Model-based Testing (MBT), Test-driven Development (TDD), and predictive analytics/machine learning. DevOps can change the dynamics of your organization. Consult the TeamITServe team today for help. If you are looking for experienced DevOps professionals for your organization, contact us at vic@teamitserve.com.

The Next Evolution of DevOps Read More »

Scroll to Top