Developing software is a complex task, and many details should be kept in mind so you don’t miss something important. As technology progresses, software developers need to correspond to the latest advances to develop really efficient software. It is not easy but in the end, the quality product is always worth the resources that were put into its development. 

Technology helps save time and other resources, but detailed work has to be done in order to create a robust solution. But what does it take to make a high-quality product, and what are the cycles of software development consists of?

Let’s analyze the process of software development life cycle and have a look at some software development trends to get a bigger picture.

What is the Software Development Life Cycle (SDLC)?

The software development life cycle is a term that describes the main cycles of software development consists of, and the general pattern it has. The structure of the cycle allows developers to have a reliable plan which will allow for the software to be effective. Planning also saves time and helps organize the whole process. Hard work combined with lots of analysis contributes to creating software with efficient functions and high-quality design. Such products serve longer and can help businesses achieve their goals.

All of the stages in this cycle are interconnected, and each of them provides the result for the next one. The final stage summarizes everything as the implemented software is tested.

So, what are the five stages of a software development life cycle?

Analysis Of The Requirements

This is the most important stage of the whole process of software development. Before you start developing software, all of the company’s requirements need to be analyzed. This is why starting a discussion with various specialists is helpful. All the sides of the process of development need to be understood and addressed. Otherwise, there will be misunderstandings right at the beginning of the process of development, and it will lead to further complications. By getting a picture of what purposes is software needed, what are the conditions of utilization, who will use it, and what is the desired outcome of this utilization, you may get to know what general requirements for software the company has. Also, knowing the purposes helps understand how the company’s professional goals can be achieved in an easier way and how a digital solution may help.

If you have a clear plan of what the process of usage will look like, it will not take you much time to design the product and know the particular details that are required for the software to be efficient. This analysis is also necessary for the definition of quality requirements and effective risk management. 

The main goal of requirement analysis is to make sure the goals are clear, and developers have a clear picture of what the software will be used for and how to serve the company’s needs well.

Design Development

The design stage defines all of the next stages of effective software development. You need to have a clear picture of what a solution should look like and what the components will be. 

The “Requirement Specification” document, created in the first stage of the process, has a special guide for developers. Both the software and system design are developed according to these instructions. This is important in order to define what parts of the design are especially important. The different parts of the product which are created during this stage are:

• various parts of the system;
• what hardware is required;
• the entire architecture.

The result of the design development constitutes the final product and is used in the next stage to make enhancements. After the process of designing, the coding will take place. The design plan is created by lead developers and technical architects, and all of the main requirements are incorporated into it. The process is somehow similar to company website development, as it also includes robust architecture and detailed structure. Knowing the structure allows us to easily navigate the process of the creation of the product.

Implementation

The process of coding itself is done in this part of the software development life cycle. The necessary data is created and placed in a database by an admin, and the interface is created. The design specifications allow developers to produce code that is used in the next stage of the cycle. This stage of the cycle is the longest and it takes the most effort. But in addition, this stage is critically important as it makes the core of the software development. IT web development companies spend a lot of resources on this stage.

This stage also implies many changes can be made so the developers need to be prepared for high pressure. But quality execution of the process of coding prevents potential mistakes in the future.

Testing

Testing is required in order to know if the product meets all of the necessary requirements and if nothing is missing. In order to know the readiness of the software, various methods of testing are being implemented, including system testing, unit testing, integration testing, and so on. 

After these kinds of tests, you can evaluate whether the software is suitable for the desired requirements and is ready to be used. Testing is essential to understand the weak parts of the products and prevent potential issues as there is always a chance for some mistakes to appear.

Maintenance

This is the final stage in which the software is ready to be utilized. If all of the requirements of planning and design are met, then the product is suitable for the company’s needs and may perform all necessary functions. 

This stage is also critical for the whole process of development as the practical usage of the product may indicate what the potential issues are, and what are the weak parts of the software. Even QA testing does not prevent additional problems from occurring. When noticed, these problems may be addressed by the marketplace development agencies and all of the requirements met. Routine maintenance and regular upgrades are essential for keeping the product high quality.

Conclusion

The development of software is a complex and detailed process, and there are many aspects that need to be seen and enhanced during its various stages. Good software requires thorough planning, elaborate design, and many hours of coding, and after that, a product may be utilized. In order to create something that will serve for a long time and be effective in its work, many minor stages have to be finished and the final outcome enhanced. Even after the software is created, new updates need to be constantly performed.

In order to stay up to date, developers need to follow the latest technological trends and use quality tools. By combining technology with analysis and research, professionals can create a really robust solution.

Many stages of the software development life cycle may seem difficult, but all of them are necessary for quality software. Mistakes are inevitable in this process, too, so it is necessary to learn from them and use the experience which was gained in developing software for better results in the future. 

Written by Adam Eaton

Source: TG Daily – Five Stages of a Software Development Life Cycle

The Rise of Party Game

Stumble Guys of Kita Games has finally reached its breakthrough two years after its launch, with its monthly revenue exceeding 100 million RMB. It is a battle royale party game, racing up with 32 players dashing through chaotic obstacle courses. Run, jump, and dash to the finish line until the best player takes the crown!

Party Game is definitely one of the main props in the game genre in the current mobile game market. As GameLook has reported, the Party Game is the one and only category that has held up in the face of declining overall U.S. mobile Game revenue this year. In August this year, the authoritative gaming industry Rollic also gave a very optimistic outlook for the future development of the Party Game category.

For instance, Flappy Bird, which can’t be missed when it comes to the Party Game, is the originator of the Party Game and was developed by a Vietnamese named Don Nguyen. This is a user-friendly game and is so simple that everyone can get on it instantly even without focusing on the game wholeheartedly. This type of easy-but-additive mode attracted massive players with over 50 million downloads within a short period of time. From then on, the Party Game mode has been set. Party Game is destinated to go viral on Web 2, as the multiplayer model and social fever are the main factors that reinforce its popularity, and what comes along is the skyrocketing discussion and sensation. 

The Coming of the Party Game in Web 3

Web 3 games have incorporated economic elements into the game, giving players the ability to generate, collect, earn, and utilize tokens, from which they can gain actual income. Puffverse recently released details about its upcoming Web 3.0 gaming project, PuffGo. As a metaverse that is powered by an outstanding development team, PuffGo is only a small part of the whole ecosystem, but they chose PuffGo to be the first one to introduce Puffverse to the public.

In terms of PuffGo’s storyline, the Puff team has spiced up the characters and story for fun and interactivity. To have a sneak peek, it’s an interlocking story in which all characters interact with one another in some way. The story starts with the missing of the Demon King and the invasion of the Demon King City by the vicious Moru evil group, which is led by a cunning and self-centered character – Mr.B. All the main characters are related to the invasion somehow. They all have unique personalities. 

Skill to Earn

While many existing Web 3 games are primarily webpage games, a comprehensive metaverse world with a content-rich storyline utilizes economic features for players to have fun, as well as integrate with Web 3 assets.

The game contains a wealth of level themes and gameplay and offers a variety of matchplay modes to choose from. Players can collect game characters with different appearances, personalities, and abilities, and change them into various costumes. In addition, players can take advantage of the specialties of different characters to participate in a variety of level plays. Each character comes with abundant skills and strategies that can be used wisely to compete for higher ranking and better resource rewards. In terms of level setting, players experience things distinctively depending on whether they have NFT character assets or not. The modes differ in the number of participants, the way to form a team, and the rewards.

Players can improve their individual combat capacities or team attributes with a reasonable combination to get the victory. This is how Skill to Earn works! The point is to really master the game, using your game experience, and actually finish the match. The game aims to provide players with an entertaining and differentiated game experience, allowing them to use each character with strategies to diverse theme-level games with varied costumes. Characters each have distinct personalities and figures, with their own storylines, unique skills, and attributes that play to their strengths in different application scenarios. With them, players can live and play carefreely and immerse themselves in the NFT game metaverse – Puffverse to have the best game experience in the crypto world.

About Puffverse

It is pretty smart to release PuffGo, the Web 3 gaming, as the first step of Puffverse, considering the heat Stumble Guys and Fall Guys have brought. But there’s more beyond the game itself.

The typical single-character settings were abandoned in favor of a character set that emphasizes “Who I am” by letting the users choose from different characters. Each character has their own character traits — Everyone is born different, and everyone can confidently be their best self — There is always a role whose character can be projected onto the individual player, triggering the maverick GenZ users’ empathy for “being brave and being yourself,” allowing them to accept and integrate into Puff’s world. Puffidentity is what matters the most, and it can be used across all products in Puffverse.

The main focus of the Puffverse team right now is mostly on creating a Disney-like metaverse. Puffs will be the character inside our metaverse. Users can access our metaverse through TVs, mobiles, virtual reality headsets, and other devices to play socially, competitively, and for fun. To earn profitably, players can even design their own UGC land in the metaverse. The team has extensive experience in the gaming industry with reliable partners and will keep enhancing the game’s quality and providing players with a variety of experiences.

Behind Puffverse

Puffverse, as the pioneer that combined web 3 with Party Games, attracted the attention of massive investors. Starting from 2019, due to the limits imposed by the epidemic, the majority of people worldwide are unable to travel as freely as before, but the socialization need still remains. With 300 million users worldwide, Xiaomi is a user-centered platform where quality content and platform will complement one another to create positive feedback in a loop. As a result, a team from Xiaomi decided to expand the investment in content production while choosing this track in the medium casual competitive category given the overall situation at the time (COVID-19). Hopefully, this will increase the viscosity of the platform and product users. The team also collaborated with Unity to develop the underlying framework of the product and designed a full set of Unity technology to realize the product planning. Unity provided all the technical support for the Puff project, and the best TA team in the world was brought in to realize the Puff product’s art and animation. The team created the base framework of the editor based on Unity to give the best action game experience to the users after it was introduced to the public.

The crypto world needs some excitement and freshness. Puffverse and its first product, PuffGo, will definitely be the most-anticipated gem among many.

Written by Awais Ahmed

Source: TG Daily – The Upcoming Stumble Guys of Web 3! Seize the Initiative of Puffverse – PuffGo

After more than two months of audit and confirmation by the CMMI Institute of the United States, AiDot Inc. officially passed the software CMMI-DEV V2.0 certification evaluation and obtained the Level 5 certification, which is currently the strictest and most authoritative certification in the international software research and development field.

This is another important milestone for AiDot Inc. to obtain authoritative certification in terms of product quality, innovation strength, management, and service level.

What does CMMI level 5 company mean?

Passing the CMMI 5 level certification indicates that AiDot Inc.’s software technology research and development capabilities, project management capabilities, quality assurance capabilities, and solution delivery capabilities continue to maintain the international advanced level, and can provide customers with more mature industry solutions. Higher quality service is of great significance to the sustainable development of the company in the future.

Statistics data from the official website of CMMI shows that only 15.8% of the 10,987 CMMI-certified companies have achieved Level 5 certification. According to SEI (Software Engineering Institute of Carnegie Mellon University), software development companies that CMMI certified and actually implement the CMMI management model, have improved project estimation and control capabilities by about 40%-50%, and productivity has increased by 10%-20%. Product error rates fell by more than a third.

AiDot’s scope of this evaluation included 19 process time domains such as software requirements development management, technical solution implementation, project management (including planning, estimation, monitoring, risk management, quantitative management, etc.), Agile software development practices, root cause analysis, decision analysis, peer review, testing management, training management, configuration management, quantitative management, organizational process assets, and high-level governance. The evaluation team unanimously determined that AiDot Inc.’s software R&D process system complied with the high maturity specifications and requirements of CMMI-DEV V2.0, and successfully passed the 5-level certification of CMMI-DEV V2.0.

About CMMI：

CMMI is the Software Capability Maturity Integration Model, was commissioned by the U.S. Department of Defense and jointly developed by CMU-SEI (Carnegie Mellon University’s Software Engineering Institute), is the industry standard for measuring the capability maturity and project management level of software enterprises, and is also the most authoritative software capability assessment system in the world. CMMI maturity level 5 is the optimizing level, which is the highest level.

About AiDot： 

AiDot is a smart home platform that connects devices across brands and ecosystems. With AiDot, your home becomes a connected space that makes your life simpler, safer, and more entertaining. 

The AiDot app is the central part of the platform for controlling all smart home devices installed in your home. No matter where you are, you can control “Works with AiDot” devices in your home, including lights, switches, outlets, cameras, sensors, and household appliances, or create scenes and automation around your routines.

“Works with AiDot” (WWA) is a mark of interconnectivity across different brands and categories. You can easily control any product featuring the WWA label with AiDot app. Brands that have joined the AiDot ecosystem include well-known smart device brands, such as Linkind, OREiN, Mujoy, Winees, WELOV, Syvio, GoGonova, Ganiza, etc. 

For more information, visit: www.AiDot.com
Contact us: marketing@aidot.com

Source: TG Daily – AiDot Inc. Obtained Level 5 Certification of CMMI-DEV V2.0