Go Beyond What’s Expected Excellence requires constant improvement. Years of experience enabled us to devise a comprehensive approach to software development. Our team is a well-balanced mixture of tech and soft skilled professionals with passion for user-oriented digital products. Fitsoftware was founded in Estonia in 2018. We combine Estonian innovation with tech talents from all around the Europe. We invite to our team only people who align with our core values: trust, dedication, perseverance, curiosity and self-management. Our specialities include comprehensive, bespoke Back-End software solutions and Big Data engineering. As far as technologies goes, we leverage mostly Python, Ruby, JavaScript and Scala. Working in a unique and creative environment empowers us to take up projects that have a serious impact on the way we live.

Fitsoftware OU

Software engineering is an in-demand skill with lots of job opportunities. As more people enter the field, tempted by big salaries and the promise of job security, it is increasingly important to make sure that your resume stands out for those top-tier jobs. Here are a few tweaks you can make to your resume so that it ends up at the top of every hiring manager’s pile. 1. Learn how to speak “machine” Applicant Tracking Systems (ATS) are being used more across industries, but tech was, no surprise, an early adopter. These systems use AI to filter applicants before a human being even looks at their materials. This means that no matter how strong your background is if your resume can’t make it past this step, you won’t even be considered for jobs. If you just updated your resume in a fancy template thinking that you’d be impressing future bosses, think again – often ATS can’t read templates or even pick up on information in headers and footers! It’s better to have a clear, readable resume rather than something that looks posh but can’t be scanned and therefore doesn’t get you to the next step in landing your dream job. 2. Show your work Nothing is going to showcase your skills better than your past work. Give potential new bosses a chance to see what you can do by providing links to your GitHub or StackOverflow profile in your resume, as part of the name/address block at the top of your resume. (Reminder: don’t put in the header since ATS can’t read that!) Another bonus from having these profiles is that it may attract bosses to come to you instead of the other way around. That gives you more of an upper hand as you discuss roles and negotiate salaries and benefits. 3. Seek professional help You’re into coding, not writing! If you know writing just isn’t your thing, don’t shoot yourself in the foot and force yourself to produce a resume that you know will be mediocre at best. As the owner of a , it’s sort of my obligation to recommend seeking professional resume help if you aren’t confident in your writing abilities. If you aren’t sure how to go about finding the right resume service for you, here’s a I wrote awhile back detailing what to look out for. resume writing service CNBC article 4. Give the people what they want Every time you submit a job application, you should adjust your resume slightly to best position yourself for the position in question. For software engineering, this means making sure that you are highlighting that you have experience with the programming languages or technical skills that are listed in the job description. Consider adding a section on “Expertise” or “Core Competencies” to the top of your resume to promote these skills, and then editing for each resume to make sure that the specific skills that they are looking for at the top. This section will also ensure that you get the keywords for which ATS will be searching. So, make it easy for people and machines to select you as a qualified candidate! 5. Copy the best Like anything else in life, if you need help with something – the internet is at your service. There are plenty of examples online that you can gain inspiration from as you write your resume. By going through and reading samples of how software engineering resumes should look like, you gain a better understanding of what ultimately makes a strong resume. Learn from these samples and mimic the way they are formatted to get the best results. software engineer resume 6. Cross your T’s and dot your I’s Software engineering requires attention to detail. Demonstrate that you have that skill by closely proofreading your resume before you submit it. And then after you’ve reviewed it, ask someone else to take a look. When job markets are competitive, hiring managers can pass on a candidate for the tiniest of details – don’t let that happen to you! You should consider or other online tools to make sure that your spelling is correct and your sentence structure makes sense. Even if the job itself doesn’t require robust reading and writing skills, a polished resume will prove that you are professional and qualified. Grammarly 7. Skills to pay the bills For some industries, employers are looking for good team members and cultural fit. Software engineering, however, is more focused on your hard skills. While it won’t work against you if you work well with others, the person reviewing your resume is not going to prioritize that. If you have used your soft skills to differentiate yourself in the past, save the demonstration of those skills for the interview. Once the hiring manager has confirmed that you have the technical skills they need, they can focus on how you will benefit the team in a larger sense. Conclusion Even if you are a software engineering whiz, you will need a resume to showcase your expertise. By following these tips, you can position yourself to keep climbing up that corporate ladder and have a career that you love.

7 Ways To Make Your Software Engineering Resume Stand Out

Temporary Lifetime Extension: Complicated Cases

Software developers rarely design the most aesthetically pleasing software. These principles can help you and other developers change this narrative. Keep it simple. Simplicity is a principle to follow in design. Overcomplicating your design won’t make it better in most cases. Beautiful designs can be created from the simplest ideas. Sometimes, good ideas become useless due to over-complication. People like beautiful things that aren’t complicated. It does not matter how good your software is if the users cannot find their way around it. A simple and beautiful design is more beneficial than a complicated design. Keep things simple and functional. Your clientele will thank you for this. Avoid Reinventing the Wheel Reinventing the wheel is re-creating something already created, tested, and proven effective. It harms overall development and often leads to unnecessary complexity. It's better to use existing and proven solutions. An underrated tactic is gaining inspiration from another creation and making it your own with your twist. We have used this principle to enhance the aesthetics of Goleko. We took inspiration from MacOS, customizing our buttons and features using it as a guide. We plan to take some inspiration from Windows and incorporate it into the design, creating a fresh and unique outlook that is Goleko. We’ll make designs similar to Windows and MacOS, allowing users to experience a theme familiar to their machine. It is okay to steal designs and add your flare to them. You can steal such designs from other websites or get them from themes. Our designs are simple and functional, conforming to design best practices. We don’t do too much. We improve where necessary to improve user experience (UX), but we do not try to change what has been proven to be efficient. Avoid Tunnel Vision. It’s not rare for designers to get engulfed in their designs. Tunnel vision makes it hard for designers to see the holes or weaknesses in their design. The result is a design that’s pleasing for them but not for their target clientele. Focusing on completion instead of other effects is detrimental to your design. Take time to determine what works well for your design and what your users want. Design something that incorporates the two. This will help you avoid tunnel vision, allowing you to create something that works well for users. Consistency Over Fanciness Creating a fancy product is a good thing, and it’s highly recommended. This does not mean you ignore its consistency. Clients prefer a product that remains consistent in delivering what they need. Design a product that works and delivers as advertised. You can incorporate consistent paddings and margins into this as well. It helps to make a site appear clean and easily readable. This also follows the law of continuity. This law states that we tend to see continuous patterns and lines. These create a sense of flow and hierarchy in designs by using continuous lines or color gradients, creating a sense of movement. These guide the user's eye toward important information. Such simple solutions promote consistency for your products, making them viable and usable by your clients. Proportions Excellent designs have elements of different sizes that fit nicely together to create coherent proportions. Here is an example: Websites can display different content types, such as articles, videos, and images. Highlight the most crucial content and guide the user's eye toward it. A good example specific for me is making the article section livelier than the other sections. I do this when articles are the most pivotal content on a website. Implement different proportions to create emphasis. You can use smaller proportions for less critical content, such as images or videos. This creates a hierarchy of importance and guides the user's eye to the most crucial elements of the website. Color Adherence The best designers understand how to combine different colors that complement each other. This mere statement sounds simple, but is a science. Flatuicolors has numerous color palettes showcasing different colors that accentuate and complement each other. A successful product is both functional and visually pleasing. Picking the best color scheme goes a long way in making your product beautiful and enjoyable to use by everyone. Colors brighten everything, and pairing them with their ideal partners is the first step to creating a masterpiece. Conclusion Software developers focus on designing a product that works well. Designing the aesthetics isn’t a concern for them. This makes it easy for them to create software that’s not easy on the eye or welcoming. These principles can help bridge this gap between development and design. It shouldn’t be rare for a developer to design a pleasing product. This piece can help start this trend. FAQs Are software developers creative?Contrary to popular belief, software developers are creative beasts. Writing good code requires logic as you need to get things done properly, but you also need the creativity to make a good solution. Software developers combine these two skills with excellent drive and efficiency to create software that solves issues and improves the lives of people. Can you learn to build beautiful software?Yes, you can. You practice your coding, learn from your mistakes, and improve your application - this is the same for design. It takes time to develop these skills and to perfect them. Be patient with yourself and work on your skills. It helps to note your lessons and improve upon your mistakes. Doing this will help you build beautiful and elegant software. Is software development an artistic field?Yes, it is. It incorporates the style of a savant with the imagination of a visionary to create software that works as expected. It's like interacting with a wine connoisseur. They take in every part of the process, analyze every detail, and put it together to create the best software for people to use. They put effort into the user interface, the user experience, and functionality. The outcome is elegant software that works well and gives the users what they want. Is building software a hard thing to do?Yes, it is. It takes a lot of time and effort to build elegant software. Software developers hone their skills and practice their coding to create elegant software. They learn from their mistakes and implement their skills to create better software to help people in society. They learn to use different coding tools and methods to create elegant software. They give everything to make the world a better place one code at a time. Are software engineers creative?Software engineers are creative. They work well and remain on topic. They have valuable insight they use to enhance their ideas to improve code and applications. They use their creativity to implement visual and structural changes to the programs. They make software that benefits the users and helps the community at large. Is creativity essential to software development?Yes, it is. The software developers are like other professionals. They take in feedback, analyze it, and creatively formulate solutions. Their decision-making and dedication make them excellent workers with cool insights. They generally follow a routine but have complex processes to solve team and community problems. They are creative and effective in their work. Are there services that need software developers?Yes, there are. Software developers are needed in web development, app development, and specialized coding. They are needed in marketing, programming, and various projects. A software developer's skills are diverse and needed in almost every industry. For these and more thoughts, guides and insights visit my blog at martinbaun.com Software developers rarely design the most aesthetically pleasing software. These principles can help you and other developers change this narrative. Keep it simple. Simplicity is a principle to follow in design. Overcomplicating your design won’t make it better in most cases. Beautiful designs can be created from the simplest ideas. Sometimes, good ideas become useless due to over-complication. People like beautiful things that aren’t complicated. It does not matter how good your software is if the users cannot find their way around it. A simple and beautiful design is more beneficial than a complicated design. Keep things simple and functional. Your clientele will thank you for this. Avoid Reinventing the Wheel Reinventing the wheel is re-creating something already created, tested, and proven effective. It harms overall development and often leads to unnecessary complexity. It's better to use existing and proven solutions. An underrated tactic is gaining inspiration from another creation and making it your own with your twist. We have used this principle to enhance the aesthetics of Goleko. We took inspiration from MacOS, customizing our buttons and features using it as a guide. We plan to take some inspiration from Windows and incorporate it into the design, creating a fresh and unique outlook that is Goleko. We’ll make designs similar to Windows and MacOS, allowing users to experience a theme familiar to their machine. It is okay to steal designs and add your flare to them. You can steal such designs from other websites or get them from themes. Our designs are simple and functional, conforming to design best practices. We don’t do too much. We improve where necessary to improve user experience (UX), but we do not try to change what has been proven to be efficient. Avoid Tunnel Vision. It’s not rare for designers to get engulfed in their designs. Tunnel vision makes it hard for designers to see the holes or weaknesses in their design. The result is a design that’s pleasing for them but not for their target clientele. Focusing on completion instead of other effects is detrimental to your design. Take time to determine what works well for your design and what your users want. Design something that incorporates the two. This will help you avoid tunnel vision, allowing you to create something that works well for users. Consistency Over Fanciness Creating a fancy product is a good thing, and it’s highly recommended. This does not mean you ignore its consistency. Clients prefer a product that remains consistent in delivering what they need. Design a product that works and delivers as advertised. You can incorporate consistent paddings and margins into this as well. It helps to make a site appear clean and easily readable. This also follows the law of continuity. This law states that we tend to see continuous patterns and lines. These create a sense of flow and hierarchy in designs by using continuous lines or color gradients, creating a sense of movement. These guide the user's eye toward important information. Such simple solutions promote consistency for your products, making them viable and usable by your clients. Proportions Excellent designs have elements of different sizes that fit nicely together to create coherent proportions. Here is an example: Websites can display different content types, such as articles, videos, and images. Highlight the most crucial content and guide the user's eye toward it. A good example specific for me is making the article section livelier than the other sections. I do this when articles are the most pivotal content on a website. Implement different proportions to create emphasis. You can use smaller proportions for less critical content, such as images or videos. This creates a hierarchy of importance and guides the user's eye to the most crucial elements of the website. Color Adherence The best designers understand how to combine different colors that complement each other. This mere statement sounds simple, but is a science. Flatuicolors has numerous color palettes showcasing different colors that accentuate and complement each other. A successful product is both functional and visually pleasing. Picking the best color scheme goes a long way in making your product beautiful and enjoyable to use by everyone. Colors brighten everything, and pairing them with their ideal partners is the first step to creating a masterpiece. Conclusion Software developers focus on designing a product that works well. Designing the aesthetics isn’t a concern for them. This makes it easy for them to create software that’s not easy on the eye or welcoming. These principles can help bridge this gap between development and design. It shouldn’t be rare for a developer to design a pleasing product. This piece can help start this trend. FAQs Are software developers creative? Contrary to popular belief, software developers are creative beasts. Writing good code requires logic as you need to get things done properly, but you also need the creativity to make a good solution. Software developers combine these two skills with excellent drive and efficiency to create software that solves issues and improves the lives of people. Can you learn to build beautiful software? Yes, you can. You practice your coding, learn from your mistakes, and improve your application - this is the same for design. It takes time to develop these skills and to perfect them. Be patient with yourself and work on your skills. It helps to note your lessons and improve upon your mistakes. Doing this will help you build beautiful and elegant software. Is software development an artistic field? Yes, it is. It incorporates the style of a savant with the imagination of a visionary to create software that works as expected. It's like interacting with a wine connoisseur. They take in every part of the process, analyze every detail, and put it together to create the best software for people to use. They put effort into the user interface, the user experience, and functionality. The outcome is elegant software that works well and gives the users what they want. Is building software a hard thing to do? Yes, it is. It takes a lot of time and effort to build elegant software. Software developers hone their skills and practice their coding to create elegant software. They learn from their mistakes and implement their skills to create better software to help people in society. They learn to use different coding tools and methods to create elegant software. They give everything to make the world a better place one code at a time. Are software engineers creative? Software engineers are creative. They work well and remain on topic. They have valuable insight they use to enhance their ideas to improve code and applications. They use their creativity to implement visual and structural changes to the programs. They make software that benefits the users and helps the community at large. Is creativity essential to software development? Yes, it is. The software developers are like other professionals. They take in feedback, analyze it, and creatively formulate solutions. Their decision-making and dedication make them excellent workers with cool insights. They generally follow a routine but have complex processes to solve team and community problems. They are creative and effective in their work. Are there services that need software developers? Yes, there are. Software developers are needed in web development, app development, and specialized coding. They are needed in marketing, programming, and various projects. A software developer's skills are diverse and needed in almost every industry. For these and more thoughts, guides and insights visit my blog at martinbaun.com martinbaun.com

Software Developers Can Build Beautiful Software: Here's How

This week, I am demystifying the world of software architecture with . Keith Casey Keith most recently served on the Product Team at working on identity and authentication APIs. Previously, he served as an early Developer Evangelist at , worked on the Ultimate Geek Question at the Library of Congress, and co-authored . Okta Twilio A Practical Approach to API Design” from Leanpub Keith’s expertise in software architecture has been guided by his underlying goal of getting good technology into the hands of good people to do great things. He's learned that software architects are really the linchpin for creating exceptional, world-changing software—and having the wrong person in that seat can be disastrous. We’ve broken down the key takeaways from our conversation to help leaders choose the right software architects for the job, and aspiring architects hone in on the skills they'll need to master first. https://www.youtube.com/watch?v=JGb7CR1xC7I What is software architecture and what is the role of a software architect? “I always compare it to building traits. So, if you look at somebody who’s building a house, they’re the person that comes on the site slinging two by fours, pouring concrete, and driving nails. You can’t have a house [built] without that step, but there’s actually a step before that– architecture. The architect is responsible for coming up with the plan, describing how things are going to fit together, and articulating the overarching vision for the house.” Do you actually draw out blueprints or is software architecture more cerebral? “No, if it’s just floating in your head, it doesn’t count. I tell everyone I work with until it’s written down, it doesn’t count, it doesn’t exist. Whether we’re talking about pitching companies or designing systems, when it’s in your head, you can have these contradictions that don’t always fit together. So I always tell people, write them down, draw them out, make sure you can express them to other people.” How do you express a software architecture, in drawing? “The drawing really depends on who you're expressing it to. If you're expressing it to an outsider of your system who just needs to know that this thing is thought through, then simply block diagrams are probably sufficient. Just real simple blocks of "here's what it is". When you get into the deeper components, you need to start thinking about what a database diagram might look like. You might think in terms of sequence diagrams and UML. Especially when you start talking about the interactions or what users are going to do within your system. You probably want to start sketching out the sequence diagrams to show how information flows back and forth.” So, does expressing a software architecture visually look different the more you drill down? “Yeah. It’s like Google maps. When you pull up the United States on Google maps, you see national borders and state borders. When you start zooming deeper and deeper into, say Texas, you start seeing rivers and streams. Realistically, [expressing software architecture visually], it’s the exact same information, it's just a more fine-grained analysis of the information. For somebody who's designing streets, that worldview isn't very useful. You need to get down to that level of detail.” How is a software architect different from a senior developer? “I’ll go back to my earlier construction analogy. The architect is the one that’s drawing plans for the house. The senior developer is the one that completely owns the bathroom, the plumbing, or the electricity. [Senior developers] have a critical part of the whole thing and it doesn’t work without them, but they own one part. They know how their system fits into the overall picture, but the overall picture is not their show to run.” Is a software architect a role that a developer can play or is it a rank on an org chart? “It’s a role and a set of responsibilities. I guess you can get promoted into systems or software architecture, but I think it’s really dangerous to just treat it as the next level of software development. I don't think it's just a quick and easy promotion, it's really expanding your skillset out quite a bit.” If it’s a role and not a rank, as a manager, how do you know if someone is right for a software architect role? “Developing a software architect takes years. I think it really takes a deep understanding of the field, the tools you're working in, and the systems you're creating. Realistically, it takes such a wide diverse skillset, it's really hard to do. It’s not something you want to give over easily because just like in building a house, if the foundation is wrong, if the initial first steps are wrong, the project is going to turn out catastrophically. There's no way to go back and replace a lot of that stuff without having to go back to the beginning of the project.” I’ve experienced putting the wrong person in a software architect role. What makes a bad software architect? “If you have an architect who can't stand up for themselves, who can't draw that line, and know this is a bad idea and here's why, you have a major problem on your hands because the downstream that the project, the team, the customers are dependent on the decisions and the things that that architect does. If you have somebody who's weak or somebody who's not prepared for the role, you're taking serious risks that everyone's going to pay for sooner, rather than later.” Is communication a requirement to be a good software architect? “If you can’t express your ideas well, and that is in pictures and diagrams and written word, it doesn’t matter how good your idea is, it will never be implemented. It’ll never have that coherent vision that is required. Plus, your career will be significantly better if you can communicate effectively.” What would you say is the most important skill for software architects? “You don’t have to be perfect. Software architects get wrapped around the axle trying to say this architecture needs to be perfect. Most of the time, there are no perfect architectures, there are only trade-offs. There is understanding, look, if we do it this way, this is what it's going to take, this is what's going to cost, these are what the consequences are going to be, but if we do it this way, here are the other consequences. If you can't understand what the trade-offs are, it doesn't matter, even communicating it well doesn't help. You really need to be able to at least lay out those options.” How do you cultivate the technical skills required to be a software architect? “You need to have the technical chops. From shipping code, building things, screwing things up, breaking things. What's the old saying? You don't get wisdom without making mistakes and you don't make mistakes if you have the wisdom? You need to screw it up. You need to have bruises. You need to have those scars from those previous things. Earlier this week, I told someone point-blank, "look, I've made all these mistakes before, I've got scars to prove it, let me help you make different mistakes". Leverage my experience, leverage my understanding to make this work better, so you can make your own creative, foolish mistakes.” How do you know if you’re a good fit for software architecture? “It's not based on experience, strictly. It's not based on years on the job or anything like that. It's really based on a hunger to know more. If you're always looking to take what you have and learn what the adjacent topics are, and expand that out, that's a pretty good sign that you might be a candidate for being a software architect.” What resources do you recommend for those interested in becoming software architects? “I really try to encourage people to build their toolbox, and I mean that on the technical side and on the communication side. So on the technical side, I'm a big fan of McConnell's . That's a little dated right now, but he also has a rapid prototyping book. Also, to get a wider perspective of the world. Code Complete Pragmatic Programmers [I’m a] big fan of . The first time you read the design patterns book, most people go, oh, I can use all of these. No, It's a toolbox. You're building a toolbox and just because you have a hammer, doesn't mean everything in the world is a nail. One of the things that those will start teaching you to do is, one, be able to recognize a nail, so you know you need to pull out the right tool for it. Two, it'll start giving you a framework on how to communicate things. Martin Fowler's design pattern series Lastly, I always recommend, improve your speaking and writing skills as much as possible. So, writing? Do more of it and focus on it. My 11th grade English teacher always had a phrase, concise, but precise. Use as few words as possible to express the complete idea. It's exceptionally hard to do, but when you get better at it and the better you express your ideas, the better off you're going to be.” Lastly, how can software professionals, in general, be better? “We have been very much in the mindset of, leave me alone, let me just write code. I think we're selling ourselves short there. I think we're really getting into this position where we don't have an understanding of the business. We don't have any understanding of how our systems are going to be used and we're going to suffer as a result because if you're the software developer in the back room, that doesn't talk to anyone, doesn't interact with anyone, doesn't understand the customer, you're a super easy to outsource. You're super easy to get rid of. You're not valuable. We need to understand, who finds it useful? Why? What are they going to do better or faster, easier as a result of this? How is my customer, my end-user, going to be able to go home on time because I did my job well? When we have a better understanding of that as an industry. I think we're going to build better systems. I think our systems are going to be more resilient and oh, by the way, we'll probably make more money in the process.” Interview also published on Gun.io

How to Become a Software Architect: Keith Casey™️ on His Career Learnings at Twilio, Okta and Beyond

In an era where the demand for software greatly surpasses the number of coders, ‘no-code development solutions’ are helping organizations overcome the talent gap. Anyone can come up with an out-of-the-box idea, but it's more crucial to figure out how to bring it to life. Is it better to use to create digital products? no-code development tools Is custom designing your solution the best option? After all, it allows you to create items that are specially designed for your company's needs. The options are certainly something to be considered. We have compiled a detailed guide to assist you in selecting the best development platform for your next project. Low Code Development A no-code development platform is a tool for creating software applications without the need for coding; it is a popular and promising alternative to traditional software development for non-technical business customers who want to create their full-fledged apps. Low-code development first appeared on the market to assist professional software developers in streamlining their work. Developers were able to construct and scale their apps, as well as connect third-party apps and services, more quickly because of pre-built app templates and user-friendly interfaces. Today, low-code development takes many forms, allowing even non-programmers to construct web and mobile apps. If you are a small firm that does not have the budget to hire a software developer or outsource to a software development house, no-code platforms give your entire organization the power of creativity. You may provide more of your workers with the tools they need to become citizen developers by using a no-code platform. Cross-Platform out of the Box Apps created with low-code mobile app development platforms can be deployed on several platforms. Users can design apps that are available from any platform or device with the help of low-code platforms, hence increasing the consumer experience. Only a few no-code development solutions support multiple platforms. Non-technical developers may generally create apps for a specific device or platform using no-code platforms. In other words, these programs only execute on a web server or the operating system's local machine. Therefore, before selecting a platform for your software needs, think about its functionality. Cons of Low Code Development It's easy to see why many business owners are lured to the enticing benefits of low-code development platforms; however, it's critical to grasp the hidden negatives and risks that come with their use. After all, what appears to be a cost-effective option in the short term has the potential to backfire later on. It is usually critical to examine the total cost of ownership at the start of any software project. Because no two low-code platforms are comparable, nor are their respective limits, any user must first assess whether their requirements fit within the boundaries of a specific tool. Nevertheless, these criteria will inevitably vary over time, and the risk of them deviating from the platform's developing capabilities is always present. Are Cost Differences Worth it? Low-code development solutions are cost-effective for startups, allowing them to create apps on a shoestring budget. However, these platforms might be costly if your product requires numerous integrations, features, and updates in the future. For example, suppose you decide to use a no-code platform to create an app for selling comfortable chairs to the elderly. Initially, you will be able to construct the app on a budget. However, if you did not conduct comprehensive research and realized a few days after launch that it is not assisting you in increasing sales conversions since the older generation may find it difficult to understand the complicated font you have employed. In this scenario, you must revamp the app and incorporate a precise typeface to improve readability. This will undoubtedly encourage you to spend more money, maybe leading to a financial crisis. Custom solutions, on the other hand, might be quite costly because you will need to recruit an experienced skill-based development team. The pricing will vary depending on your project's exact requirements and scope. According to Underlabs, “the majority of custom-fit software development projects cost between $25,000 and $100,000 to complete the entire design and functionality of the apps.” If you decide to abandon your no-code development platform, you will immediately run into the problem of vendor lock-in. This is usually coupled with an inability or significant cost to switch providers. Any future changes that are not effective in sustaining your application and are dependent on the original provider. Even if the no-code vendor provides access to your source code, what you'll most likely find under the hood of your program is a black box of convoluted and unmaintainable computer nonsense with no clear documentation. As a result, you can have a complete grasp of what goes into and comes out of your application while keeping the entire implementation concealed and closed. If you decide to employ a dedicated team of developers to customize your idea and construct a custom solution, check for the following characteristics in the outsourced organization and its staff: An effective communication policy to ensure transparency. Extensive experience and testimonials from previous clientele. The types of apps they have previously created. Consider the company's size and work culture. Consider their market reputation and the technology stack in which they have experience. Knowledge of cutting-edge technology and a professional demeanor. High-quality after-sales services and support that adheres to the highest security requirements. In Conclusion Low-code platforms will almost certainly never replace traditional development. I believe there will continue to be a demand for competent developers who can deliver more complicated apps than low-code allows. Custom development is unquestionably our present and future since it provides one-of-a-kind software. There is a belief that low-code development is eroding skilled software developers. However, it is simply altering them. Professional developers can accomplish considerably more with low-code platforms, focusing on the most difficult sections of their code to create unique apps, and the truly innovative apps will certainly come from development workshops. Low-code platforms simply migrated the simple apps away from professional developers

The Pros and Cons of Low Code Development

Software Engineering KPIs (Key Performance Indicators) are measurable values that indicate the progress of engineering teams’ performance towards business objectives. Therefore, they need to be consistent, broad enough to consider everyone’s effort, and, most importantly, measurable. As they should represent the team’s or area’s work, it’s crucial to pick the right metrics to measure. Otherwise, metrics are useless. It’s a common mistake I’ve seen in the industry to measure productivity by the number of lines of code (LOC), the number of commits, or even the number of deploys. Don’t get me wrong, measuring the number of deploys may be a good fit, but it should fulfill a purpose (which may not relate to productivity). Usually, blog posts about KPIs concentrate lots of metrics, but few of those correlate the metrics with real objectives. So, in this article, I tried something different. I selected 5 Engineering KPIs metrics and then listed candidate objectives for them. Time from Commit to Deploy Finding the elapsed time from an engineer’s first commit in a branch to when that very same commit reaches production is the easiest way to measure the whole development flow. It’s easy because it can be automated by looking to git’s commits history. Many managers look for User Story Lead Time, which means they look for the time spent from adding a card to the “backlog” to the time the card reached “done.” Besides, just because a card is in the “backlog” column of a Kanban board doesn’t mean it’s ready for development. It may miss requirements, layout specifications, and test instructions, for instance. That’s why they give you an overview of the product’s flow. But, as engineers, we are usually more concerned about improving the development flow, which starts in “doing” and ends in “done” (deployed in production). So, this metric can relate to many objectives, here I name a few: Reduce the time to market of new features Reduce waste and rework Reduce the Cost of Delay Maximize engineering efficiency Deploy Frequency The deployment step is at the end of the value perceived by the customer (be it an internal ). So, it is indeed related to productivity, as each release concludes a job. However, the number of delivered features doesn’t relate precisely with business objectives. The goals established for a quarter are usually more abstract, for instance, reducing the time to market for new features. That said, instead of using Deploy Frequency for measuring the team’s productivity, it could take part in measuring objectives as such: Reduce the time to market of new features Improve the responsiveness to failures and outages due to bugs Mitigate security issues Code Coverage measures the portion of code sustained under automated tests. The higher the coverage, the better. Code Coverage It is an excellent tool for indicating the code’s quality. Also, it could report the progress of the following objectives: Increase the product/platform stability Reduce churn (in case there is evidence churn relates to a buggy product) Scale the technology area Reduce the time to market (as performing manual tests take more time) Reduce costs in the long run Pull Request metrics Collaborations review the code of their peer before it gets merged into the main branch. The conversation ignited by this practice is a piece of vital information for measuring collaboration and engagement. are a set of measurements extracted from pull requests. Below I picked a few of them: Pull Request metrics Time to Review: how much time do engineers take to open and merge a pull request? Time to First Comment: how much time do pull requests take to receive the first comment? Number of Comments: how many comments do pull requests receive? Cross Team Collaboration: do teams review other team’s pull requests? And here is a list of objectives pull request metrics can assist in measuring: Spread knowledge through the team Introduce a Code Ownership Culture Lessen the ramp-up curve for junior engineers Create a harmonious and ever-learning environment Focus on urgent bugs I’ve seen many companies implementing the objective of achieving “zero bugs” for the next quarter. The KPI would be the number of bugs found in production (by the team or by the end-user). This approach is flawed, first of all, because it’s near impossible to eliminate all bugs. We’re humans, and bugs happen. Secondly, we can’t compare a cosmetic bug with a bug preventing the user from paying an order. In third place, if you only measure the number of bugs quantitatively, people tend not to register them. No bugs filled means goal achieved. Measuring if the focus is on working on critical bugs can prevent such misunderstandings. For that purpose, you can combine metrics, like the number of urgent bugs (that are more severe and impactful than an agreed level), the time the team took to fix, and if the fix was definitive. Of course, you can add more metrics. I strongly suggest having complementary metrics to ensure that the team takes no shortcuts to mask metrics values. Some objectives focus on bugs benefit: Improve the product value perception by the final-user Reduce cost by focusing on adding more features (instead of fixing cosmetic or banal bugs) Foster a harmonious and effective culture Foster a collaborative culture between engineers and Quality Assurance personnel In short There are plenty of articles out there that list relevant Engineering KPIs with metrics. However, it’s prevalent to see managers picking the wrong , which ends up in an undesired behavior of the team members. engineering metrics That’s why Engineering KPIs must align with business goals. It gives direction to the team to game on it. So, managers must wisely choose which of the KPI measurements make sense for the context of their team. In practice, managers define KPIs for already-established objectives. In this article, I listed possible objectives for each KPI metric to exercise in the opposite direction. The idea behind the article is to help you to check whether a KPI measurement is a good fit or not. This practice is particularly useful while reading an article with lots of Engineering KPIs metrics. It helps me a lot, and I hope It can help you as well. If you’re looking for or , check out for more information, or . Our tool is free for teams up to 5 members. automated Code Review Pull Request Metrics SourceLevel features start the 14-days trial

How to Select Software Engineering Metrics and Set KPIs that Matter

Software Development is a route that’s proved to be very popular in the last couple of years in tech. From HTML & CSS webinars to Ruby on Rails meet ups, you can’t escape the hype. But what if coding isn’t for you? What if you want to solve problems in Tech without writing code, is there a career out there for you? I was introduced to code the same way as most people, Piczo. For those fortunate enough to not remember these dark days, Piczo was advertised as a social network & blogging site but in reality, it was a competition as to who could have the most extravagant HTML embedded objects on a web page. It was here I realised I didn’t like coding, my sites were always minimalistic. Fast forward a few years later, I started my BSc in Computer Science. Coding in Java was a compulsory module in first year and second year. We even delved upon the wonderful world of Haskel and PHP, and again I realised that there was something about coding I didn’t enjoy. When most of my friends classified their degrees towards Software Engineering, I chose to go towards networking and in 2016 I graduated from the University of Hertfordshire with a BSc in Computer Science (Networks). My first role as a graduate was at a leading construction firm working as a Management Trainee. I was able to try different placements across multiple disciplines and here I was able to try Business Intelligence using tech such as SQL & SAP Business Objects. SQL is a querying language, and I found it much more enjoyable than Java. It also allowed me to work with data by building reports and creating universes where the data could sit to be queried. My next placement was Development where I worked with the .Net stack and this introduced me to JavaScript, C# and a much more functional HTML & CSS framework than my Piczo days had taught me. For the first time, I actually enjoyed coding, but I didn’t like it enough to want to do it for life. My second role, however, was very different, this involved working in SOC (Security Operations Centre) environment where I often had to wear multiple hats. It introduced me to the wonderful world of analysing machine logs, investigating threats and creating SNORT rules. I didn’t have to write a single line of code during my time at the company, but I did spend a lot of time working with Unix servers and often carrying out data centre requests for customers. So, what’s there to do in tech without being a coder? Most development boot camps and coding hubs focus on web and app development. If you’ve spent countless hours watching video tutorials and you’ve come to the point where you realise this is not for you, don’t be disheartened, the tech scene is big, and there are so many communities out there to support you in finding your path. Cognitive Class A great resource for trying out different technologies is which is now owned by IBM. It was formerly the Big Data University and offers introduction practical courses in Blockchain, TensorFlow, Data Science, Hadoop and many other niche courses you might not find offered at Universities. Curiosity is a key skill in tech, being able to be curious and find out information is how you move forward in tech. Because you can never really know it all, the ability to keep going forward and learning means you will always be able to find a new reason or direction to love tech. Some of these technologies such as Hadoop do require coding knowledge the more involved you get and utilise languages such as Pig but setting up a Hadoop cluster is relatively simple. CogntiveClass.ai Cognitive Class also offers one of the best introductory courses outside that I’ve come across for SQL. Being able to query data is an important skill which can cross over across many business functions. It is now not uncommon to see Finance teams utilising querying skills like SQL and then making the transition into data science. Udemy has plenty of courses on SQL to NoSQL database and if you have just graduated and are looking to get a foothold in the Database management industry, Microsoft offers the MTA (Microsoft Technology Associate) certification in Database Management ( ) which is a great way to get a foothold in an interview. Practise for this exam allows you to work with SQL Management Studio which is an industry standard tool. Pluralsight Exam 98–364/Course 40364A Whilst it is possible to fully function in the tech world without coding, the ability to code will eventually make your life easier when it comes to automation. I mean, what if you could make repetitive tasks simpler by just writing a few lines in a Python script? Sometimes learning code first can be a hindrance. But learning it when you have practical experience to try to solve your own problems can make it a much better experience. So what careers can I go into? — User Experience and User Interface designers are the creatives in tech who can be the difference between a product being forgettable or a game changer. UX Designers focus primarily on the user satisfaction experience whereas UI Designers will focus on establishing the look and feel of the interface of the product. UX & UI — Software testers are usually the key part of a team and a developers “best friend.” They get the lovely job of making sure there are no bugs in the software by running multiple tests and scenarios to try and cause errors. This is then fed back to the developers and changes are made. Their role is to eliminate bugs which could potentially be exploited in the future, stress testing to see how the application handles and also scalability. Test Analysts — A common term in the startup scene, growth hackers tend to wear many hats. From marketing, business development and intelligence to ensuring users are signing up, their role is to grow the user base. When the product becomes established, growth hackers can transition to enterprise sales, acquiring new customers or continuing across the marketing route and will be heavy users of social media and visible at conferences. Growth Hacker What if you don't really know where you fit in? Hackathons are a great way to see where you fit in. At , the focus of our hackathons has been on helping diverse entrepreneurs build startups from scratch. Over the course of 2 years we held different themed hackathons, and with each we saw people from different backgrounds connect and build tech startups. Often you find someone would've went to University, studied a non tech subject, and during that course, they mostly stayed around the social circle of people from their course. But with hackathons, you can find on a table, a student studying nursing who's identified a problem. A developer who has the skills but hasn't found the problem to solve, and a project manager looking for a new passion. These are three people who may be interested in tech, but would most likely not have ever come across each other had it not been for a hackathon. Foundervine By . Stephen Chapendama Stock photo from UKBlackTech

Do You Have to Code to Be in Tech?

Machine learning is one of the most trending things in the current tech world. A number of businesses from e-commerce to banking & finance app development solutions are looking to hire ML developers from top companies who can develop amazing ML apps for their business. According to , 45% of technology companies prefer to use AI and machine learning for their ongoing projects. builtwith.com The power of machine learning improvising various industries across the world even without being explicitly programmed. So, the finance industry is at the forefront of enfolding innovation. In this blog, we will discuss how machine learning apps can prevent fraud in finance & mobile banking development companies. Before this, you must be aware of the machine learning app basics as discussed below. What is a machine learning app and how it works? When it comes to machine learning concept, as the name suggests, it is the power of machines to learn and improvise things accordingly. A machine learning app learns from its own experiences without being explicitly programmed. These apps can access information and use this data to learn & improve themselves. Several industries also use ML for operations such as identifying unwanted email, providing an adequate recommendation of the product to customers and offering an accurate medical diagnosis. For an instance, Coca Cola company is using machine learning for product development. Using the data they collected from various dispensaries of soda sources, they were able to tell what flavor was preferred by maximum people. This is what helped them launch the ‘Cherry Sprite’ in the nation. Here is another example of how ML applications are used to mitigate fraud. Huawei Technologies is using the analytical database to identify fraud in real time. They are using an automatic learning model that analyzes approved or rejected transactions. It is easy for the system to discover transactions that are fraudulent using this data. So, a machine learning app is instrumental in solving the significant fraud of any business. The advent of machine learning and artificial intelligence has made a lot easier to prevent fraud in businesses today. Online money transactions are secure now and risk-free. Read More: Which are Top Machine Learning GitHub Repositories To Seek In 2019? The process of fraud detection using machine learning is explained below: The process starts collecting and segmenting the data. After this, the machine learning model is fed with training sets in order to predict the fraud probability. It is a 3-step process explained below: First Step: Extracting Data The extracted data will be divided into three different segments: training, testing, and cross-validation. The algorithm will be trained in a partial set of data and adjust parameters in a test set. The performance of the data is measured using the cross-validation set. High-performance models will be tested for several random divisions of data to ensure consistency in the results. Second step: Providing Training Sets Prediction is the main application of machine learning that is used in fraud detection. The data used to train the ML models consist of records with the two output values for several input values. Records are often obtained from historical data. Third step: Building Models Model building is an essential step in predicting fraud or anomaly in data sets. First, determine how to make that prediction based on previous examples of input and output data. Now, you can further divide the prediction problem into two types of tasks: – Classification — Regression Let’s come to the list of points on how it is preventing fraud in finance & Mobile Banking Development companies: 1) Cost Effective & easy to maintain A machine learning app can perform better when you enter a large amount of data. In systems that rely on rules, to maintain a fraud detection system, have to spend a lot of money. Finance & Mobile Banking Development companies But, when it comes to ML, things will be much easier and more profitable. The more data you are going to feed the systems will help the machines run more efficiently. Differentiating good and bad transactions become much simpler when you do this. 2) Fast verification In a system that relies mainly on rules, things can get too complicated and checking big data takes a lot of time. Merchants prefer to get their money faster and will be super happy when there is an implemented system that can verify huge volumes of data in just a few milliseconds. Fraud detection will be easy and simple when you choose this option. Real-time verification of a large number of transactions is only possible with the ML-based system. 3) Futuristic solution When it comes to cyber criminals, they are smart and use advanced tools & strategies to carry out their fraudulent activities. No matter how efficient your internal fraud team is, you will not find fraudulent transactions easily, as things will get more complicated. Artificial intelligence and machine learning are the future and, therefore, financial institutions and other industries must rely on ML when it comes to preventing fraud. These systems can quickly learn the patterns and behavior of people who commit fraud and protect their organization against such things. 4) Efficient Machines that receive the proper training will perform better than humans. They can do the repetitive work of data analysis with ease. The machines will scale all the cases that need human intervention promptly. Preventing fraudulent transactions from happening will be easy because they will recognize non-intuitive and subtle patterns without any difficulty. 5) Scalable Algorithms in machine learning models become more effective with increasing data sets. While in rule-based models, the cost of maintaining the fraud detection system multiplies as the customer base increases. Custom banking & finance software development services along with machine learning improves with more data because the ML model can detect the differences and similarities between multiple behaviors. Once they are informed which transactions are genuine and which are fraudulent, the systems can work through them and begin to select those that fit either of them. They can also predict them in the future when dealing with new transactions. There is a risk on the scale at a rapid pace. If there is a fraud not detected in the training data machine, learning will enable the system to ignore that type of fraud in the future. Wrapping Note: There are many companies which are still wondering if it is worth to invest in AI and ML. Then, the answer is a big yes. In fact, it will be a fruitful investment for businesses in 2019. However, seeing all the benefits that an organization or institution will obtain and the money they will save in the future using is incomprehensible. Therefore, it is time to adopt ML to safeguard the money and customer data and the reputation of the brand. banking mobile app solutions Now, if you are curious to develop your next project using machine learning or any of its frameworks, then it is the right time to start with. You can also from a like . hire skilled ML web developers reliable software development company ValueCoders Originally published at www.valuecoders.com on March 5, 2019.

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FITSOFTWARE OU

fitsoftware.eu

11-50 employees

Since 2018

COMPANY RANKING

FITSOFTWARE OU

EVERGREEN INDEX #4040

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