In the digital age, off-the-shelf software often falls short of addressing your unique business challenges and opportunities. That’s where Oblytech steps in. We specialize in crafting custom software solutions that perfectly align with your specific needs and goals. Our experienced team of offshore developers uses the latest technologies and agile methodologies to create innovative, scalable, and user-friendly applications that help your business thrive.
Whether you’re looking to automate processes, streamline workflows, enhance customer experiences, or gain a competitive edge, our custom software solutions are built around those goals.
Access a global talent pool of skilled developers at a competitive cost, without sacrificing quality or expertise.
We embrace agile development practices to deliver your project faster, with greater flexibility and transparency.
We prioritize delivering solutions that address your specific business needs and drive measurable results.
Software projects are scoped around the processes, data and systems a business already has.
We maintain open communication throughout the entire development process, ensuring you’re informed and involved every step of the way.
Custom software is the answer when the business process is the thing that differs from competitors and no packaged product matches it closely enough. It is the wrong answer when the process is standard and the real problem is that nobody has adopted the product already owned. Before choosing a development route, a buyer should be able to say which process is unusual, who depends on it, and what happens today when it breaks. Those three facts decide whether software should be built, configured or bought.
The custom software section has three routes, each covered on its own page. This hub is intended to help you choose between them. If the work centers on connecting systems that already exist, the API development and integration route is the starting point. If it centers on a single internal tool used by a few teams, the web application development route is closer. If the software must support a whole business function across many users and locations, the enterprise software route describes that scope. The rest of this page explains how to decide among them and what the choice commits you to.
| Route | Typical trigger | What it commits the business to | Main risk to plan for |
|---|---|---|---|
| API development and integration | Two or more systems must share data reliably and the current link is a file transfer or a manual copy | Owning the contract between systems, including versioning and who is told when it changes | An interface with no named owner, which fails silently months later |
| Web application development | A team needs a browser-based tool for a defined process, used by a known group | Ongoing maintenance of the code, hosting and access control after launch | Building for the first user group and then having to rework the model for the second |
| Enterprise software solutions | A business function such as finance, customer records or supply planning needs one shared system across units | A governance model, a data ownership model and a longer change program | Scope that grows faster than the funding, with no agreed point at which it stops |
A single project often crosses two routes. A new customer portal, for instance, usually needs a web application and at least one integration to the system that holds the customer record. Where the routes overlap, the sensible approach is to scope the integration as its own piece of work with its own owner, rather than letting it disappear inside a general build estimate.
A custom build has a cost that does not show on the first quote, which is the cost of keeping the software correct over time. Buyers who have been through a build before tend to ask about that cost early. Those who have not often learn about it in the first year of use. The useful questions are about ownership and change rather than about technology.
The live page describes an offshore development team, which is a common model and one that can bring a cost advantage when the work is well defined. The practical effect on the buyer is that the working day is split across time zones. Good offshore delivery reduces that split to a small number of fixed overlap hours, a written decision log and a requirement that every requirement has a named person on the business side who can answer within a day. Where those three things are missing, offshore delivery tends to produce software that matches the written specification and not the process people actually run.
The offshore delivery operating model page covers ownership, communication and handoffs for this kind of arrangement. The reverse risk is also real. A buyer who expects an offshore team to absorb unclear requirements without a business owner will pay for that ambiguity in rework. The fix is a discovery stage that ends with a written scope, an agreed backlog order and a list of decisions still open.
Check whether the process you need is the thing that sets you apart. If the process is standard and the packaged product already does most of it, a configuration project is usually the cheaper route. A custom build is justified when the difference in process is itself valuable.
Often they are, and many projects start with one. The hub’s purpose is to show which route the first decision belongs to. Later work can often be added to the same codebase or the same integration layer without starting again.
Written examples of recent cases where the current approach went wrong are more useful than a feature list.
That should be agreed before the build starts. The options are the buyer’s own team, the delivery team under a support agreement, or a staff augmentation arrangement that adds engineers to the buyer’s own team. Each has different costs and a different response model, and the choice should be written into the scope.
Where the first answer is that the process itself is still being defined, the discovery stage described above is the right first commitment rather than a build. Spending a short, bounded period writing down the process is usually cheaper than correcting a build that encoded a guess.
The most productive next step for most buyers is a conversation that names the process, the users and the systems involved, and then decides which route fits. That conversation can end with a clear recommendation to build, to integrate, to configure something already owned, or to wait. If the answer is a build, the scope document that follows should list what is out of scope as carefully as what is in it.
Custom software development is the work of designing, building, testing and releasing software written for one organisation’s own process, rather than configuring a product sold to everyone. In most projects it runs through five stages, and each stage should end with something written down that the next stage can use.
The stages are rarely perfectly sequential. Design questions come up during the build, and acceptance feedback changes the backlog. What matters is that each change is recorded and that someone on the business side approves it.
The hosting decision belongs in design, not after the build. Software that will live on a public cloud has different needs for access control, backup and scaling than software kept inside a company network. The cloud services page explains the options a buyer usually weighs.
There is no honest single answer, because duration depends on how clear the process is, how many systems it connects to and how quickly the business answers questions. A narrow first release that covers one process is typically far quicker than a full programme, which is why many teams ship a small version first and extend it.
Only the part of the process that the most users depend on, plus the integrations without which it cannot run. Everything else waits in the ordered backlog until the first release has been used.
Enterprise application development services design, build and maintain software that a whole organisation depends on, usually across several teams, locations and connected systems. The difference from a smaller custom build is not the code; it is the number of people who rely on the result and the number of other systems that must keep working when it changes.
A useful test is who is affected if the application is down for a day. One team means a departmental tool; finance, customer service or operations at once means an enterprise application.
In most engagements, the services fall into five groups:
The fifth group is easy to leave out of a first quote. An application that is delivered but has no named owner for its ongoing care tends to decay quickly, so ask who carries that duty before you sign anything.
Also ask what you will hold on the final day, and get the answer in writing. If a provider cannot say, the dependency on them is likely to continue.
Before you shortlist anyone, settle the scope in writing. An IT strategy and planning exercise is a reasonable way to decide which processes deserve a bespoke application and which should use a product you already own. Once the build is live, application management covers the day-to-day care, and where the application depends on reporting, the data engineering and pipeline work should be scoped alongside it rather than afterwards.
Rarely. A first release that serves the most-used process, with its essential integrations, can be used and corrected while the rest waits in an ordered backlog.
A custom software proposal is only worth comparing when it says who decides each business rule, what the buyer owns at the end, and where discovery stops and the build starts. Check those three points before you look at the price, because a low figure built on unclear scope is a guess.
Start with the acceptance criteria. Look for statements that describe a working process, such as a supervisor approving a purchase above a set limit with the approval recorded against the request. A line that says the project will include an approval screen tells you nothing about whether the process will work on the first day of use.
Next, read how changes are priced after launch. A defect fix, a small enhancement and a new module are three different kinds of work. If the proposal sends all three through one change request form, the buyer will either pay for bug fixes as though they were features or wait too long for real improvements.
Then check what the buyer receives. The list should name the source code, build and deployment instructions, environment settings, test scripts and admin access, and say who hands each one over. A planned knowledge transfer sets out how that handover should run. Credentials held only by the delivery team are a frequent reason a buyer cannot move the software to another team later.
The last check is the offshore arrangement. Ask how questions get answered, who signs off requirements and how many hours of the working day overlap with your own team. Accountability for offshore delivery covers the governance side in more depth. If the proposal leaves those questions open, get the answers in writing before you compare quotes, because they can change the real cost of the build as much as the day rate does.
Guides from the Oblytech ServiceNow library that explain the practice behind this page.