How Solitude Infotech Runs Effective Sprint Reviews

How Solitude Infotech Does Effective Sprint Reviews

This particular format is how we perform sprint reviews here at Solitude Infotech for the sake of alignment, feedback, and iterative improvement.

A great number of sprint reviews are effectively a corporate formality.

Engineers will click through a multitude of colourful project management boards, teams will regurgitate bulleted status reports via a shared screen, and all stakeholders will listen in on a demo in which they simply observe static wireframe mockups of a UI rather than actual working software. By the end, they will depart with the distinct impression that a truly productive hour was just spent.

They don't realize, however, that it has been nothing but a monumental waste of valuable engineering time.

This is how we conducted our own sprint reviews for years. We would schedule a call between a particular team, review our set of completed tasks, and take satisfaction from a development sprint that lasted 2 weeks. Upon releasing an automated lead-qualifying pipeline to our client, who is in the finance industry, we quickly discovered that the infrastructure was consistently failing due to webhook requests being timed out because we'd only demonstrated webhook payloads in a mock local environment instead of live with a working API on an already configured and operational server. We congratulate ourselves for completing tasks off of a checklist while also pushing buggy code.

After this, we moved away from status report style sprint reviews entirely, and now at Solitude Infotech, we maintain a tight, code-focused sprint review process designed to detect the structure of the code prior to shipping it to a live production server.

1. Never Slide: Demo only on Staging

If the task hasn't been deployed to the live environment, it doesn't exist. All use of static mockups, presentation slides, or local environments have been entirely banished from sprint reviews.

The work completed in the given feature branch by the responsible team must be pushed directly to staging on the DigitalOcean App platform prior to the meeting's commencement. Here we demo end-to-end functionality, demonstrate live script execution, live state changes presented on a Flutter interface, and we will see correct writes recorded in our database.

Has there been an incomplete task that was nearly completed? We don't present a "half baked" concept to stakeholders, not even for a smallest of feature. It gives a misleading sense of security that will inevitably result in system failure, whether the half-baked feature consists of partially-drawn UI elements, or code that depends on missing external API calls.

2. Embrace The Friction

Whereas the typical agile meeting treats a sprint review as a celebration, ours are more of a stress test.

A Quality Assurance engineer is a mandatory and constant presence at the keyboard of many sprint reviews, tasked with "breaking" the feature with unexpected test cases, not running through the "happy path" developed by the engineer. That means injecting incorrect input, killing network requests, and bombarding the API with dozens of concurrent calls, for example.

Conventional sprint review: - Developer has tested a "happy path", ignoring all potential bugs. - Technical debt only found after release. - A high degree of failure.

Solitude Infotech Sprint Review: - QA tests live system with malicious intent. - Bugs and potential failure points identified immediately. - A secure runway towards production.

The Tradeoff:

I understand where the above process might seem incredibly longwinded and tedious. Each test and inspection can take 10–20 minutes; for this reason, our audit style sprint reviews consistently take over an hour. Whereas the standard presentation may last under 20 minutes; our detailed audits, including rigorous test execution and debugging of any found errors, can extend for much longer, due to our ability to find and immediately fix any underlying issues. Conventional logic dictates that you log these errors and follow up later; however, it is surprisingly beneficial to have each relevant person (the front end engineers, the backend architect, etc.) witness a live error to foster greater overall ownership.

This approach is certainly not feasible for any team working on a "throwaway MVP" to impress potential VCs next week; however, for an established, mission-critical commercial application where even slight system degradation or data corruption simply can't be tolerated, this is essentially the only route to take to achieve zero failure during deployment.

Never measure progress solely on number of Kanban cards moved. Measure on code that has successfully run on the server.

Which are you measuring: Tasks completed, or working software?