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We are fast growing offshore custom software development services company serving global startups and agencies.
We offer: business analysts, software engineers, mobile app, fullstack web developers, cloud, quality engineers, and marketers etc.
Free project management tools, 100% money back guareenty. Cost starting from only $2400/ month.
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We empower our software developers to do great work by providing them with the resources and support they need to be successful. We believe that our developers are our most important asset, and we are committed to helping them grow and succeed. We help our software engineers team to enhance work by providing them with the resources, autonomy, and support they need to succeed.
Contact to Discuss with us your project requirements, and we will present smarter ways to get it all done.
Discuss, brainstorm, and review proposals. Once confident, hire a dedicated team from us and start the project.
Dedicated Team will do Designing, Coding, Project Management & QA. Use favorite tools to chat, share files, and collaborate.
We do Performance Benchmarking using Testing Automation and deliver the applications on your desired platform.
Our unmatched quality services are recognized by world's top research & review companies like google reviews, trustpilot, clutch, goodfirms, gartner based on our clients and their users feedbacks.
The IT outsourcing industry is growing by leaps and bounds. According to the research from Gartner and other analysts, the global IT outsourcing industry is predicted to reach $600 billion in 2025. If youโre still wondering whether itโs worth it to outsource your software development needs to a software development agency, here are reasons that make us the best choice.
Whether itโs worth it to outsource your software development needs or not depends on a number of factors. If you donโt have the internal resources to complete a project, it may be worth it to outsource. Additionally, if you need expertise that you donโt have in-house, outsourcing may be the best option. There are a number of risks associated with outsourcing, however. These include the potential for miscommunication, scope creep, and delays. Additionally, you may have less control over the project when you outsource. As such, itโs important to weigh the pros and cons of outsourcing before making a decision.
That's why you outsource your software engineers to Developers.dev! With us, you can save money, access a larger pool of talent, and get better engineers than we could hire internally. Offshore outsourcing with us, can save you up to 60% on your engineering costs. You can access a larger pool of talent when you outsource. There are more engineers available to work on your project when you outsource to us, than if you try to hire them all internally. You can get better engineers when you outsource to us. The best engineers in the world, works for companies that offshore outsource developers team. Why? Because they can get paid more. Offshore outsourcing your software engineering needs is the best way to get the most bang for your buck. Youโll save money, have access to more talent, and get better engineers.
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Software outsourcing is the process of contracting out a service or product to be provided by another company. This can be done through a contract, an agreement between two companies, or simply a sale of goods and services. Outsourcerers may use different terms for these different types of outsourcing, but all involve the transfer of control over a certain task or project from one party to another.
The benefits of software outsourcing include cost savings and increased efficiency. Additionally, outsourced projects can often be more reliable and completed on time than those carried out by the original contractor. In order to maximize these benefits, it is important to understand the different types of software outsourcing available and how they can best be used in your business.
Software outsourcing is a process of contracting out the design, development, testing and deployment of software applications. Outsource companies typically provide the software development services while the customer provides the hardware and other resources needed to run the application. The key responsibilities of a software outsourcing company include:
1. Design and develop the software applications
2. Test and deploy the software applications
3. Support and maintain the software applications
There are many types of tasks that can be outsourced by software outsourcing companies. Some common tasks that can be outsourced include: programming, design, development, testing, and management. Outsource companies typically have a variety of options for pricing and delivery times, so it is important to find the right company for the job.
There are many reasons why you might want to outsource your software development needs. Here are some of the most common ones:
You need a team that can handle the complexity and variety of projects.
You need someone who is familiar with different coding languages and tools.
You need someone who can work on multiple projects at once.
Your company does not have the time or resources to do a full-blown project themselves.
There are many software outsourcing services available to businesses. The best way to find the right service for your business is to do a search on Google or other online resources. There are a variety of software outsourcing services that can be used for different purposes, so it is important to choose the service that will fit your specific needs.
Some of the most common types of software outsourcing services include:
1. Project management
2. System administration
3. Database development
4. Application development
5. Web development
6. Custom programming
There are many software outsourcing languages that can be used for various purposes. The most popular ones include Python, Java, and Ruby. They are easy to learn and can be used in a variety of industries.
Some of the benefits of using these languages include:
-They are versatile and can be used for a variety of tasks
-They are easy to learn and can be used in a variety of industries
-They have high readability levels and can be easily understood by non-technical users
There are many software outsourcing skills that can be used in different businesses. Some of the most common ones include:
1. Project management
2. Programming
3. Database administration
4. Web development
5. Graphic design
6. Customer service
โ domain scoping: Domain scoping identifies the domains of interest the stakeholders and their goals and defines the scope of the domain.
โ Agile Software Development: Agile software development refers to the methodology of delivering incremental improvements continuously to adapt to market demand.
โ Machine Learning (ML): Machine learning (ML) is the study of algorithms and models that learn from large data sets and make predictions or decisions on new data.
โ Plugin: Modules or software that can be added (plugged in) to a system for added functionality or features.
โ Smoke Testing: The process of testing to cover major functions of the software but none in depth.
โ evolvability: The capability of software products to be evolved to continue to serve its customer in a cost effective way
โ Cookies: The source of all that is good chocolatey and sugary in the worldโฆ Kidding. (Sort of.) This is the data sent by an Internet server to a browser. Each time the browser accesses the same server it sends the data back as a means of tracking how (and how often) it accesses the server. This is why your home computer always knows your Netflix login. Cookies: Not just for Cookie Monster. @WholeWhales 47 terms to know when working with a developer. CLICK TO TWEET
โ Performance Testing: Performance testing is a form of testing that tests the speed response time and resource usage of software under a particular workload.
โ software maintenance: The process of modifying a software system or component after delivery to correct faults improve performance or other attributes or adapt to a changed environment. Modification of a software product after delivery to correct faults to improve performance or other attributes or to adapt the product to a modified environment. The software product undergoes modification to code and associated documentation due to a problem or the need for improvement. The objective is to modify the existing software while preserving its integrity. The deliberate application of activities and processes whether or not completed to existing software that modify either the way the software directs hardware of the system or the way the system (of which the software is a part) contributes to the business of the systems stakeholders together with the associated quality assurance activities and processes and with the management of the activities and processes and often done in the context of software evolution.
โ adaptive maintenance: Modification of a software product performed after delivery to keep a computer program usable in a changed or changing environment
โ Object-Oriented Programming: Object-oriented programming is a programming paradigm built on the concept of objects that contain both data and code to modify the data.
โ CMS: Content Management System. The program that you use to create and maintain your websiteโs content. These are usually designed for non-developers for ease-of-use. Our personal favorite at Whole Whale is WordPress.
โ Slider: Carousel of images usually featured on the homepage of a site that rotate highlighting different photos links and content.
โ Domain: The address for a website as entered into the browser (ours is www.wholewhale.com!). If your server is the land your website is built on and the hosting is its house the domain is its mailing address.
โ HTML: Hypertext Markup Language. The coding language used to build a website in terms of both form and function.
โ preliminary design: (1) The process of analyzing design alternatives and defining the architecture components interfaces and timing and sizing estimates for a system or component. (2) The result of the process in (1).
โ domain modeling: Domain modeling is the activity for representing the domain or the domain model. Typically a domain model is formed through a commonality and variability analysis to concepts in the domain.
โ fragile base class problem: Refers to the problem that occurs when independently developed subclasses are broken when their base class evolves.
โ impact analysis: Impact analysis tries to assess the impact of changes on the rest of the system: when a certain component changes which system parts will be affected and how will they be affected?
โ mixin: A mixin is a subclass definition that may be applied to different superclasses to create a related family of modified classes. A mixin is a free-standing class extension function that abstracts over its own superclass
โ Widgets: Applications that allow for specific interactive functions to be performed on a website.
โ traceability analysis: The same as dependency analysis but it usually involves examining dependency relationships between software artefacts at different phases of the software life-cycle e.g. a dependency between a requirements specification and a corresponding design component.
โ artefact: The result of any activity in the software life-cycle such as requirements architecture model design specifications source code and test scripts. A piece of information that is used or produced by a software development process. An artifact can be a model a description or software.
โ statistical hypothesis: A statement about one or more parameters of a population. The null hypothesis and alternative hypothesis are two forms of a statistical hypothesis
โ Favicon: Short for favorite icon itโs the icon that appears in your websiteโs browser tab. (Ours is our mascot Moby.)
โ SOS: An amazing song by ABBA that factors into at least one Whalerโs work playlist. Yes this is a joke but if youโve made it this far down the page and through so many acronyms already you deserve a little ABBA.
โ Cache: The storage of certain elements to help with faster load times from repeat website visitors. Often developers will tell you to clear your browserโs cache if they make a change on the website that you canโt see โ most likely your cache is holding onto an older version and hasnโt made room for the new one yet. (Kind of like that period of time between you moving to college and your parents converting your childhood bedroom into a home-officeโslashโexercise-room.)
โ corrective maintenance: Reactive modification of a software product performed after delivery to correct discovered faults
โ systematic reuse: Reuse is not restricted to certain phases of the software life-cycle and even not to single applications. The idea of systematic reuse is that reuse takes place continuously during the entire software development process. Consequently systematic software reuse corresponds to the purposeful creation management and application of reusable assets.
โ level of significance: Probability of rejecting the null hypothesis when it is true
โ horizontal reuse: Horizontal reuse provides generic reusable components that can support a variety of products. In other words the components can be reused in different domains or product families.
โ reuse: The process of adapting generalised components to various contexts of use. Repeated use of an artifact typically outside the original context in which the artifact was created
โ reverse engineering: The process of developing a set of specifications for a complex hardware system by an orderly examination of specimens of that system. The process of analysing an existing system to identify its components and their interrelationships and create representations of the system in another form or at a higher level of abstraction. Reverse engineering is usually undertaken in order to redesign the system for better maintainability or to produce a copy of a system without access to the design from which it was originally produced. For example one might take the executable code of a computer program run it to study how it behaved with different input and then attempt to write a program oneself which behaved identially (or better). An integrated circuit might also be reverse engineered by an unscrupulous company wishing to make unlicensed copies of a popular chip. (1995-10-06). The process of extracting software system information (including documentation) from source code. Reverse engineering is the process of analyzing a subject system to: identify the systems components and their interrelationships and create representations of the system in another form or at a higher level of abstraction. Reverse engineering generally involves extracting design artifacts and building or synthesizing abstractions that are less implementation-dependent. Reverse engineering in and of itself does not involve changing the subject system or creating a new system based on the reverse-engineered subject system. It is a process of examination not a process of change or replication.
โ Data abstraction: Data abstraction is a principle of data modeling theory emphasizing separation between the external interface and internal implementation.
โ Exception Handling: Exception handling is the process of dealing with error conditions in a program when they occur to prevent the app from crashing.
โ statistic: A descriptive measure of a sample e.g. mean
โ vertical traceability: Expresses relationships between software artefacts in the same phase of the software life-cycle. In this sense it is the same as dependency analysis but not necessarily restricted to the implementation phase.
โ domain: A problem area. Typically many application programs exist to solve the problems in a single domain. The following prerequisites indicate the presence of a domain: the existence of comprehensive relationships among objects in the domain a community interested in solutions to the problems in the domain a recognition that software solutions are appropriate to the problems in the domain and a store of knowledge or collected wisdom to address the problems in the domain. Once recognized a domain can be characterized by its vocabulary common assumptions architectural approach and literature. An area of knowledge or activity characterized by a set of concepts and terminology understood by practitioners in that area. The part of domain engineering that deals with identifying commonalities similarities and variabilities of an application or an application domain
โ testing: The phase in the software life-cycle that aims at uncovering defects by executing specialised test programs and test cases. The activity of uncovering defects in an implementation by comparing its behaviour against that of its specification under a given set of runtime stimuli (the test cases or test data).
โ OOTB: Out of the Box. Also known as Off the Shelf. These are the ready-made plug-and-play options for features and functions that you can download and install without the need to customize or configure. Instead of making the brownies from scratch youโre using the mix (either way itโs still tasty).
โ repairability: Repairability is the ability to facilitate the repair of defects.
โ verifiability: The ease of preparing acceptance procedures especially test data and procedures for detecting failures and tracing them to errors during the validation and operation phases
โ Navigation: Links on a homepage that break down the other pages of a website. This can be both in the menu at the top of a site or in a footer (preferably both).
โ horizontal traceability: Expresses relationships between software artefacts that reside in different phases of the software life-cycle e.g. dependencies between a requirements specification and a design component
โ null hypothesis (H0): A statement concerning one or more parameters that is subjected to statistical test. The hypothesis that there is no significant difference between two treatments (that is between two methods tools techniques environments or other conditions whose effects you are measuring (such as productivity quality or cost). The null hypothesis is assumed to be true unless the data indicates otherwise
โ ease of use: The ease with which people of various backgrounds and qualifications can learn to use software products and apply them to solve problems. It also covers the ease of installation operation and monitoring.
โ Crawl: When search engines send bots to your website in order to gather intel on pages that exist and donโt exist in order to determine what content should be displayed or removed on search engines.
โ Dependency Graph: A dependency graph is a directed graph that describes the dependency of an entity in the system on the other entities of the same system.
โ Unit Testing: The process of breaking down a program into pieces and subjecting each piece to a series of tests.
โ measure: A measure provides a quantitative indication of the extent amount dimensions capacity or size of some attribute of a product or process.
โ Static Analysis: The process of analyzing a computer program to find problems in it without actually executing it.
โ cliche: (French) A pattern describing salient features of a concept that supports recognition of that concept in some specified context by application of some specified comparison algorithm. A collection of related features or characteristics that provide a shared technical vocabulary including inter-feature relationships.
โ implementation: The phase in the software life-cycle where the actual software is implemented. The result of this phase consists of source code together with documentation to make the code more readable.
โ sample: A subset of a population
โ Bug: An error or flaw in the website or app that keeps it from running as expected.
โ extendability: The ease with which a system or component can be modified to increase its storage or functional capacity. The ease of adapting software products to changes of specification.
โ requirement: a statement about what the proposed system will do that all stakeholders agree must be made true in order for the customers problem to be adequately solved
โ observation: A discrete instance of the phenomena being studied e.g. a specific software module a specific code review an individual programmer
โ software: Software is part of a system solution that can be encoded to execute on a computer as a set of instructions it includes all the associated documentation necessary to understand transform and use that solution. Software is the collection of computer programs procedures rules and associated documentation and data. Software is the non-hardware part including associated documentation of a system being implemented or implemented in part with a computer or an embedded processor
โ reusability: The ability of software elements to serve for the construction of many different applications. The degree to which a software module or other work product can be used in more than one computer program or software system.
โ Property: Characteristics that are dictated by CSS such as color schemes and fonts.
โ concerns: Those interests which pertain to the system development its operation or any other aspects that are critical or otherwise important to one or more stakeholders. Concerns can be logical or physiscal concepts but they may also include system considerations such as performance reliability security distribution and evolvability.
โ Browser: The program you use to access the Web โ such as Chrome Firefox or Safari. When you experience an issue with a website itโs best to send the browser type and version youโre using to your developer as oftentimes these issues are browser specific. You can figure this out easily thanks to WhatsMyBrowser.org.
โ intercession: Intercession is the ability of a program to modify its own execution state or to alter its own interpretation or meaning.
โ Domain Name System (DNS): Domain name system (DNS) maps a human-friendly domain name to the corresponding IP address and stores other domain-related info.
โ Back End: All of the behind-the-scenes digital operations that it takes to keep the front end of a website running such as the coding style and plugins. If the front end of your website is what the audience sees onstage the back end encompasses the stagehands makeup artists costumers tech crew stage managers etc. simultaneously running the show from backstage.
โ Structured Programming: Structured programming is composing programs as sequences of blocks with a single entry and exit points making them easier to understand.
โ dependency graph: A graph in which the nodes represent software artefacts and the edges represent all different kinds of dependency relationships between these artefacts
โ Command Line Interface (CLI): A command-line interface often abbreviated as CLI is a computer interface where the primary form of input and output is text.
โ Regression Testing: The process of re-running functional and non-functional tests to verify the correctness of a software after a change.
โ XML: XML (Extensible Markup Language) is a markup language for encoding documents and transmitting and storing serialized data.
โ software evolution: The life of the software after its initial development cycle (or after the first delivery of the software system). Any subsequent change to the software such as bug fixes and adding new functionality is considered to be software evolution. All programming activity that is intended to generate a new software version from an earlier operational version. The application of software maintenance activities and processes that generate a new operational software version with a changed customer-experienced functionality or properties from a prior operational version () together with the associated quality assurance activities and processes and with the management of the activities and processes
โ DevOps: Development Operations. System of working that helps to keep development IT operations and quality assurance departments on the same page to make for better end-products and collaborations.
โ requirements traceability: A software requirements specification is traceable if (1) the origin of each of its requirements is clear and if (2) it facilitates the referencing of each requirement in future development or enhancement documentation
โ metric: A quantitative measure of the degree to which a system component or process possesses a given attribute.
โ viewpoint: A viewpoint is a specification of the conventions for constructing and using a view.
โ SAAS Platforms: Software As A Service. The most basic of cloud platforms allows users to share files and collaborate on projects through their browser. Some SAAS platforms include Google Drive and Dropbox. Other cloud options are Platform as a Service (PAAS Facebook Twitter etc.) and Infrastructure as a Service (IAAS Amazon Web Services Microsoft Azure).
โ Test-Driven Development (TDD): Test-driven development is the practice of writing tests before the code where the test suite acts as the specification of requirements.
โ platform model: Provides a set of technical concepts representing the different kinds of parts that make up a platform and the services provided by that platform.
โ modify-and-retrofit reuse: The opposite of copy-and-modify reuse. Instead of copying a component and making changes to the copy the original component is modified directly. Since this has an impact on all the other components that make use of it we might need to make modifications to these components as well. This often leads to a propagation of changes throughout the entire software system.
โ Test Coverage: Test coverage is a measure of the degree to which the test suite executes the source code of a program.
โ WYSIWYG: What You See is What You Get. A visual content editor within CMS that allows you to modify content in your website without needing to know HTML. If youโve ever made text in your website bold just by highlighting and clicking Bold you were using WYSIWYG.
โ Redirects: Automatic forwards from one URL to another โ usually from an old website URL to the same page on a new website (these are called 301 Redirects). Other redirects may pivot between two domains (e.g. idealist.com redirects to idealist.org) a shortened URL to the full URL (e.g. bit.ly URLs) and geotargeted URLs.
โ YAML: YAML (YAML Aint Markup Language) is a human-readable and human-writable data interchange format for storing and transmitting the information.
โ specialisation interface of a class: The specialization interface is used to extend and modify classes. It is accessed by making a subclass and adding messages and methods refining types or overriding methods. The last of these overriding methods is the operation that can modify behaviour and than can interact with the internal structure of the class.
โ Registrar: Company used to register domains (e.g. GoDaddy Hover Network Solutions).
Agile software development: We use Agile development methods to deliver high-quality solutions that meet our clients' business needs and budget.
Application development and integration: Our engineers have a proven track record of developing and integrating mission-critical applications, including web applications, mobile apps and cloud applications.
Business intelligence and data warehousing: Our engineers have the knowledge and tools to transform your data into business intelligence that can be used to improve decision-making.
Cloud solutions: Our engineers have the experience and expertise to help you move to the cloud and take advantage of the benefits of cloud computing including scalability, reliability and security.
Information security: Our information security engineers have expertise in designing and implementing security solutions to protect your data and your application.
Systems engineering: Our engineers apply their systems engineering expertise to design and develop complex systems that meet your business needs.
Software testing: Our test engineers have the experience and tools to test your application to ensure it meets the highest standards for quality and reliability.
Quality assurance: Our quality assurance engineers have the experience and tools to ensure your application meets your quality standards.
Software maintenance and support: Our engineers provide software maintenance and support services to keep your application running smoothly.
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