A data-driven approach to model an in-demand product that includes business analysis, proof of concept (POC), design concept, and project estimate.
A data-driven approach to model an in-demand product that includes business analysis, proof of concept (POC), design concept, and project estimate.
A complex human-centered process of developing a valuable product that blends business goals and user needs with design thinking in mind.



Driving User Engagement & adoption across Australia. Used in 400 pubs.
Industry: Fantasy Sports (Tipping)
Location: Australia
Tech Stack:
Offered Services: Backend & Frontend Development, UI/UX Design, DevOps Implementation, PM, QA
Timeline: 3 months
Platforms: Web

We have built a responsive web application that goes beyond simply enhancing the pub-sport interaction, revitalizing the experience by integrating the thrill of offline sports, with the interactive engagement of betting and pub experience. Fans aren't just passive observers anymore but active participants, thanks to the innovative blend of real-time bookmaker odds and the excitement of fantasy sports tipping.
A distinctive feature is the platform's ability to generate an array of coupons, incentivizing user participation and ensuring fans remain invested in the game. These coupons serve as redeemable rewards within the pub, adding a tangible element to the virtual engagement.
Moreover, we understand the diversity of our user base and their preferred modes of engagement. Hence, our platform extends its functionality beyond the digital realm. For those who wish to place their tips directly at the pub, without engaging through the website, our system allows manual tip addition by the administrator. This ensures we accommodate every fan, irrespective of their technological preferences, thus fostering a more inclusive and expansive fan engagement and retention.

Our client approached us with a pre-existing legacy product that was inherently unable to cater for the addition of new sports. The critical challenge we faced was to engineer a core platform that could integrate a wide array of sports.
Not only did this platform need to accommodate virtually any sport, but it also had to be designed and deployed within a tight schedule. The test, therefore, was balancing the need for broad compatibility and swift execution.

To champion the challenge, we undertook a swift yet comprehensive repurposing of the legacy code in just 1.5 months. This process resulted in a foundation that can accommodate the addition of new sports.
The secret to our swift and effective solution was a meticulously planned backend architecture. This design expedited the collection, processing, scoring, and rule application for new data, streamlining the integration of various sports into the platform.
To previse such issues and safeguard the user experience, adopt the following strategies:
- Meticulously design the application's logic to minimize the impact of problems with third-party APIs on functionality and real-time data output.
- Implement additional checks to ensure data accuracy and consistency
- Develop manual capabilities, accessible through the admin panel, to perform critical actions or calculations in the event of API unresponsiveness or erroneous data.
In addition to configuring the infrastructure according to the expected load, it is worth configuring server and database monitoring. It is important to configure alerts for problems/bugs in your server environment and set up an alert system for your team or responsible parties in a convenient messenger/emailer.
It is important to think this through in advance so that you can study the load and be able to manage scaling. Most cloud hosting providers (AWS, Digital Ocean, etc.) provide an autoscaling option - this is a feature that allows you to automatically increase or decrease cloud services such as server capacity or number of virtual machines. But the most important thing here is to configure the rules so that your servers work optimally, the deployment is as fast as possible, and the servers are not incapacitated for a long time.

Within the deadline, Uinno's engineering team developed a scalable solution that tackled the client's primary challenge. Our involvement in the project extends beyond the initial development phase.
During the project's most thrilling phase - the initial launch - we secured a smooth transition into the novel platform while facing challenges inherent to sports products that work with complex live data. However, our robust technical support efficiently tackled all issues, ensuring platform stability.
We persist in enhancing the application's functionality and diversifying the range of sports incorporated within the system. Following a successful launch, the addition of new sports to the platform is currently in the pipeline, setting the stage for further expansion and user engagement.
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