Software QA services overview · 2026

IXC offers six services in Software QA. QA outsourcing puts a dedicated team on everything from test strategy through execution, defect management, and the evidence behind a release decision. Pre-release QA reviews a single release candidate within an agreed scope and records the verdict. Test automation moves the regression that repeats on every deploy into automated assets that keep running in the pipeline. Performance and resilience testing turns real usage into a load model and finds where the system stops holding. QA process consulting sets quality criteria, release gates, and automation scope so the practice runs inside development rather than beside it. Vibe-coded app verification looks at services built with generative tools for missing requirements, unhandled paths, and the regression surface a change touches. The six group into three tracks — advisory, delivery, and automation — and connect inside one engagement. Criteria set during advisory carry into delivery, and the cases delivery accumulates become the automation backlog, so nothing is rewritten when the track changes.

What is taken on is behaviour confirmed by execution and the verdict that follows from it: test strategy and scope design, scripted and exploratory execution, defect classification with severity and reproduction steps, and release readiness reporting. What is not taken on carries the same weight. Code is not read and graded for quality. Security certification and compliance fitness are not judged. Defects arrive with severity and reproduction steps attached, and fixing product code stays with the engineering team. The boundary is drawn up front because when what a review is expected to cover differs from what it actually covers, both sides arrive at the close with different documents. Areas that were not covered are written into the same report as the results. A report that leaves the uncovered space blank makes a pass rate read wider than it is. Verdict criteria are agreed before work starts; deciding in advance what counts as a release blocker keeps engineering and the business from reading the same defect differently.

The work runs in four stages. Risk assessment reviews product flows against the release date and picks out the points where failure costs most within five business days of starting, delivering a risk map and a verification priority list. Evidence design links requirements, tests, defects, and the release decision into one traceability sheet and fixes the verdict criteria within two weeks of work starts, delivered with the test strategy. Execution and improvement runs verification against the agreed criteria and reports defects and residual risk weekly in the same format, leaving an execution report and a defect register. Handover and adoption transfers the test assets and the way of working to the internal team, with four weeks of follow-up questions after transfer. Reports come as documents with the underlying data; test cases and automation scripts transfer with repository access. The four stages stretch or compress with the contract: a single-build review runs them short, while a multi-release engagement repeats execution and improvement and accumulates assets.

Release verdicts use three fixed terms: ready to release, conditionally ready, and hold. Fixing the three in a document keeps interpretation from drifting in the meeting. The verdict document records results per scenario, the areas that were not covered, any temporary workarounds, and the risk that remains, in one format. When a delay is recommended, it also states what would have to be in place for the question to be reopened. Automation widens execution, but a person owns the verdict. After reviewing the results, the exclusions, the assumptions, and the residual risk, CTO Minkyu Shin signs the release memo. He has worked in product development and QA since 2016, at Tricentis, Unity Singapore, Capgemini Singapore, and SOCAR. The approver reads that single page in the meeting as it stands. The evidence behind it is linked rather than scattered: test cases hang off requirements, defects and fixes off results, approval records off fixes, so the chain can be followed in one line.

Remote delivery is the default and onsite work is available where it is needed. When the test environment opens only on an internal network, account scope and what may not leave the premises are settled first, and the onsite headcount and duration follow. Headcount and duration differ by project, set by the number of platform and device combinations in scope, the deploy and regression cadence, the time left before release, and whether automation assets exist. Rather than fixing a resident headcount, one lead stays for the length of the contract while execution capacity attaches per phase, so a heavy regression window and a stabilisation window get different sizes. Tooling follows the target: Playwright and Selenium on web, Appium on mobile, JMeter for load generation, chosen against the product's technical makeup. Where an in-house QA team already exists, responsibility boundaries are documented first and severity criteria and reporting formats are unified. Repetitive execution moves to automation and developer tests, and the internal team stays on the work that needs judgement — risk design and exploratory testing.