ZTABS provides QA testing for Doha enterprises — automated testing, Arabic RTL interface testing, performance testing, and security audits. Government platforms, banking systems, and enterprise software tested to international standards.
Software quality in Doha carries stakes that extend beyond typical business impact. Qatar's government platforms serve citizens navigating visa applications, business licensing, and public services — a bug in Hukoomi doesn't just frustrate a user, it potentially prevents a citizen from completing a critical government process. Qatar's banking systems (QNB processing millions of transactions daily, Qatar Islamic Bank managing billions in sharia-compliant assets) cannot tolerate defects that affect transaction accuracy or security. Qatar's energy systems (QatarEnergy managing the world's largest LNG operations) depend on software that monitors and controls physical infrastructure where software failures have safety implications. Yet QA testing in Doha faces challenges that international testing standards don't adequately address. Bilingual complexity: every Qatari application operates in Arabic and English simultaneously. Testing must verify: Arabic text rendering correctly in RTL layout (right-to-left), English text rendering correctly in LTR layout, mixed-direction content handling (Arabic text with embedded English brand names or technical terms), Arabic text input and validation (Arabic keyboard input, Arabic character validation in forms, Arabic search functionality), and bilingual data consistency (the same information displaying correctly in both language versions). These bilingual testing requirements effectively double the testing surface area compared to English-only applications. Cultural and regulatory specificity: Qatari software must handle: Hijri calendar alongside Gregorian (date pickers, scheduling, reporting — some government processes use Hijri dates), Arabic number formatting (Eastern Arabic numerals ٠١٢٣٤٥٦٧٨٩ in some contexts, Western Arabic 0123456789 in others), Qatar-specific data formats (QID — 11-digit Qatar ID, Qatari mobile numbers starting with +974, commercial registration numbers), and Islamic finance calculations (for banking — profit rates instead of interest rates, sharia-compliant transaction structures). QA testing in Doha means testing that actually covers these Qatari-specific requirements — not generic testing with Arabic added as an afterthought.
Doha's QA testing demand comes from organisations where software quality directly impacts citizens, customers, or operational safety. Government digital services: Qatar's e-government platforms (Hukoomi portal, ministry-specific applications, Qatar Financial Centre systems, QFCRA regulatory portal) serve millions of citizen interactions annually. Testing requirements: functional testing (every government service workflow tested end-to-end — from citizen application submission to department processing to outcome notification), bilingual testing (Arabic and English versions tested independently — each language version functioning correctly, data consistent between languages), accessibility testing (WCAG 2.1 AA compliance — ensuring government services are accessible to citizens with disabilities; testing with Arabic screen readers, keyboard navigation, and colour contrast), performance testing (government platforms must handle peak loads — visa processing periods, deadline-driven application surges — without degradation), security testing (government platforms containing citizen personal data — penetration testing, vulnerability assessment, and OWASP Top 10 compliance). Banking and financial services: Qatar's banks deploy mobile banking apps, internet banking platforms, and internal systems that process financial transactions. Testing requirements: transaction accuracy (every financial calculation verified — profit distributions in Islamic banking follow complex formulas that differ from conventional interest calculations), security testing (OWASP, PCI DSS compliance for payment-related systems, Qatar Central Bank security requirements), performance testing (transaction throughput under peak load — month-end processing, salary payment periods, Eid holiday periods with high transfer volumes), and regression testing (each update to the banking platform verified against thousands of existing test cases — ensuring new features don't break existing functionality). Energy and industrial: QatarEnergy and its operating companies deploy SCADA systems, operational dashboards, safety management systems, and logistics platforms. Testing requirements: reliability testing (software controlling or monitoring physical infrastructure must be rigorously tested — failure modes identified and handled gracefully), integration testing (industrial software integrating with multiple data sources — SCADA, historian databases, ERP, safety systems — each integration point tested for data accuracy and error handling), and environmental testing (software running on industrial hardware — touchscreen interfaces in harsh environments, mobile applications for field workers — tested under realistic conditions). Telecommunications: Ooredoo and Vodafone Qatar deploy customer-facing apps, self-service portals, and billing systems. Testing requirements: cross-platform testing (iOS, Android, web — each platform tested for feature parity and platform-specific bugs), performance testing (millions of subscribers generating concurrent API requests — load testing to identify bottlenecks), and localization testing (Arabic, English, Hindi, Urdu — each language version tested for completeness and correctness).
Our Doha QA testing covers functional, bilingual, performance, security, and automation — with Arabic-specific testing capabilities. Test strategy and planning (week 1): defining the testing approach for each project. Test scope: which features are in scope? Which platforms (web, iOS, Android)? Which languages (Arabic, English, others)? Test types: functional testing (does each feature work correctly?), integration testing (do connected systems work together?), regression testing (do existing features still work after changes?), performance testing (does the system handle expected and peak loads?), security testing (is the system protected against common attacks?), and accessibility testing (does the system meet WCAG 2.1 AA?). Test environment: configuring test environments that mirror production — same infrastructure, same data volume (with anonymised data), same integrations. For bilingual applications: separate test passes in Arabic and English modes. Arabic-specific testing (ongoing throughout): we maintain Arabic testing capabilities that most QA firms lack. RTL layout testing: verifying that every page, component, and interaction renders correctly in RTL — layout mirroring, text alignment, icon positioning, form field ordering, table column ordering, and navigation direction. We test on actual Arabic-configured devices (iPhone with Arabic language setting, Android with Arabic language setting, Windows with Arabic display language) — not just switching the browser language, which misses OS-level RTL rendering differences. Arabic text input testing: Arabic keyboard input in form fields, Arabic search queries (including partial word matching — Arabic morphology makes exact-match search insufficient), Arabic text validation (character limits, prohibited characters, name validation with Arabic characters), and Arabic text display (line breaking, word spacing, diacritical marks rendering). Arabic data testing: Hijri dates (conversion accuracy, date picker functionality, date range calculations), Eastern Arabic numerals (display in the correct context — some Qatari applications use Eastern Arabic in Arabic mode and Western Arabic in English mode), Arabic sorting (Arabic alphabetical order differs from Latin — proper collation), and Arabic currency formatting (Qatari Riyal — ر.ق — positioned correctly in RTL context). Automated testing (weeks 2-4): building automated test suites for regression testing. We implement: UI automation (Playwright — our default for web automation; supports Arabic text interaction, RTL layout verification, and cross-browser testing. Cypress as an alternative for React-heavy applications), API automation (REST Assured or Postman/Newman — testing API endpoints for correct responses, error handling, authentication, and data validation), mobile automation (Appium for iOS and Android — testing native mobile apps with Arabic language settings and RTL layout), and visual regression testing (Percy or Chromatic — capturing screenshots of every page and component, alerting when visual changes occur — particularly valuable for catching RTL layout regressions that functional tests might miss). Test data management: generating realistic test data for Arabic applications — Arabic names (following Qatari naming conventions), Arabic addresses (Doha zone/street/building format), QID numbers (valid format), and Arabic text content (realistic Arabic content, not Lorem Ipsum in Arabic). Performance testing (weeks 3-4, when applicable): load and stress testing using: K6 or JMeter for API load testing — simulating concurrent users and measuring response times, throughput, and error rates under increasing load. Performance scenarios: normal load (typical daily traffic), peak load (expected maximum — month-end for banking, visa processing periods for government), stress load (beyond expected maximum — identifying breaking points), and endurance testing (sustained load over hours — identifying memory leaks and resource exhaustion). Performance benchmarks: defined with the client — target response times, maximum error rates, and throughput requirements. Test results: identifying bottlenecks (slow database queries, resource-constrained services, inefficient API calls) with specific recommendations for optimization. Security testing (weeks 3-4, when applicable): OWASP Top 10 assessment: testing for injection (SQL, NoSQL, command), broken authentication, sensitive data exposure, XML external entities, broken access control, security misconfiguration, cross-site scripting (XSS), insecure deserialization, insufficient logging, and SSRF. For Qatari financial services: additional testing per Qatar Central Bank requirements — authentication strength, session management, encryption verification, and API security. Penetration testing: simulating real-world attacks against the application — attempting to bypass authentication, escalate privileges, access unauthorized data, and exploit business logic flaws. Results: detailed report with severity-rated findings, reproduction steps, and remediation recommendations.
Government / Digital Services
A Qatari government entity launching a new digital service platform (processing 15 types of citizen and business applications — licensing, permits, certifications, registrations) faced quality challenges before go-live. The problems: (1) Bilingual defects: the platform supported Arabic and English. Initial testing (by the development team) focused primarily on English. When Arabic testing began 2 weeks before launch: 180+ Arabic-specific defects discovered — RTL layout broken on 12 pages, Arabic text truncated in 23 form fields, Arabic search returning incorrect results, Hijri date picker not functioning, and Arabic PDF documents generated with reversed text. The 2-week pre-launch window: insufficient to fix 180+ defects. Launch: delayed 6 weeks. (2) No test automation: all testing was manual — 4 testers running test cases from spreadsheets. Regression testing (re-testing all existing features after each bug fix or new feature): taking 3 weeks per cycle. Development velocity: limited by testing bottleneck — developers completing features faster than testers could verify them. Test coverage: estimated at 40% of functionality (testers couldn't cover everything manually, so they prioritized — but "low priority" features still affected citizens). (3) Performance uncertainty: no load testing had been conducted. Expected peak load: 5,000 concurrent users (based on similar government platform data). Actual capacity: unknown. Previous government platform launches in Qatar: experiencing crashes on launch day due to traffic exceeding capacity — generating negative media coverage and citizen frustration. (4) Accessibility gaps: the platform was supposed to meet WCAG 2.1 AA — but no systematic accessibility testing had been performed. Spot checks revealed: missing alt text on 60% of images, form fields without labels (breaking screen reader navigation), colour contrast failures on 15 page elements, and keyboard navigation completely non-functional on 3 key application forms. (5) Security concerns: the platform handling citizen personal data (QID numbers, addresses, financial information for licensing fees). No formal security assessment had been conducted. The entity's IT security team: flagging the platform as a risk based on the absence of security testing documentation.
We delivered a comprehensive QA program over 8 weeks: (1) Arabic-first test strategy: redesigning the testing approach to treat Arabic as the primary language (not a secondary consideration). Test cases: written in Arabic first, translated to English — ensuring Arabic user flows were the primary test path. Every test case: executed in both Arabic and English modes. Arabic-specific test cases: 340 test cases covering RTL layout, Arabic text input, Arabic search, Hijri dates, Eastern Arabic numerals, and Arabic document generation. The 180+ Arabic defects from the initial testing: triaged by severity, with the 45 critical defects (blocking citizen transactions) fixed first. (2) Automated regression testing: Playwright test suite covering 2,200 test scenarios — functional tests for all 15 application types, bilingual tests (each scenario running in Arabic and English), and visual regression tests (screenshot comparison for every page in both languages). Automation coverage: from 0% to 78% of test scenarios. Regression cycle time: from 3 weeks (manual) to 4 hours (automated). The Playwright suite: configured with Arabic language and RTL settings — testing with the same browser configuration that Arabic-speaking citizens would use. CI/CD integration: automated tests running on every code deployment to the staging environment — developers receiving test results within 1 hour of committing code, rather than waiting 3 weeks for manual regression. (3) Performance testing: K6 load testing simulating: 5,000 concurrent users (expected peak) — all pages responding under 3 seconds, no errors. 10,000 concurrent users (stress test — 2x expected peak) — response times degrading to 5-7 seconds but no errors or crashes. 15,000 concurrent users (breaking point) — the system becoming unresponsive at 12,000 concurrent users due to database connection pool exhaustion. Fix: database connection pooling increased, query optimization on 4 slow queries, and CDN configured for static assets. After optimization: system handling 15,000 concurrent users with response times under 4 seconds. Launch-day confidence: the entity knowing exactly how many users the platform could handle and having capacity headroom. (4) Accessibility testing: systematic WCAG 2.1 AA audit using: automated scanning (axe-core — identifying 145 accessibility issues), manual testing (keyboard navigation, screen reader testing with JAWS Arabic and NVDA, colour contrast verification, focus management), and Arabic accessibility testing (Arabic screen reader testing — verifying that Arabic content is announced correctly, RTL navigation works with keyboard, and Arabic form labels are associated with inputs). Accessibility findings: 312 issues identified (145 automated + 167 manual). Severity: 28 critical (blocking screen reader users from completing applications), 89 major (significantly degrading experience), 195 minor (improvements needed but not blocking). All 28 critical and 89 major issues: fixed before launch. (5) Security assessment: OWASP Top 10 testing: 7 medium-severity findings (CSRF tokens not implemented on 3 forms, session timeout not enforced consistently, error messages leaking internal system information, 4 XSS vulnerabilities in search and comment fields). No critical findings. Penetration testing: authentication bypass attempt unsuccessful, privilege escalation attempt unsuccessful, but 2 IDOR (Insecure Direct Object Reference) vulnerabilities found — allowing a logged-in user to view another user's application by modifying the URL ID parameter. IDOR: critical finding, fixed immediately (server-side authorization check added). Security report: delivered to the entity's IT security team, documenting findings, fixes, and residual risk assessment. The security team: signing off on the platform for launch based on the assessment.
Launch: on schedule (the 8-week QA program compensating for the 6-week delay caused by the earlier Arabic defect discovery). Launch day: 8,200 concurrent users (exceeding the 5,000 estimate) — the platform performing flawlessly, response times under 2 seconds, zero errors. No crashes, no negative media coverage. The entity's Director of Digital: "This is the smoothest government platform launch in Qatar that I've been involved with." Arabic quality: the 180+ Arabic defects from the initial testing: all resolved. Post-launch Arabic defects: 3 minor issues reported in the first month (compared to an expected 50+ based on similar launches). Arabic citizen feedback: specifically noting that the Arabic experience was "natural" — not the typical "translated-from-English" feel of many bilingual government platforms. Regression efficiency: automated test suite running 2,200 scenarios in 4 hours (vs. 3 weeks manual). Post-launch deployments: the development team deploying updates weekly with automated regression verification — confidence that updates don't break existing functionality. Defect detection: post-launch defect rate: 0.3 defects per 1,000 transactions (vs. industry benchmark of 1-3 for government platforms). The automated testing: catching 94% of defects before they reached production. Accessibility: WCAG 2.1 AA compliance achieved — the platform accessible to citizens with disabilities. The entity: one of the first Qatari government platforms to achieve systematic accessibility compliance. Accessibility audit report: submitted to the entity's governance committee. Security: zero security incidents in the first 12 months post-launch. The IDOR vulnerability (found during testing): would have been a critical exposure if discovered in production — citizen personal data potentially accessible by other citizens. Finding and fixing it before launch: avoiding a potential data breach, regulatory consequences, and public trust damage. Performance: the platform handling 250,000+ transactions in the first 3 months — zero performance-related incidents. The performance testing: providing confidence that allowed the entity to promote the digital service aggressively — knowing the platform could handle the resulting traffic. Development cost: QAR 240,000 (8-week QA program including automation development, performance testing, accessibility audit, and security assessment). Annual value: QAR 120,000 (ongoing regression automation replacing 2 manual testers) + launch delay avoidance + security incident prevention + citizen satisfaction improvement. ROI: QA investment recovered within first 6 months from manual testing efficiency alone; security incident prevention and successful launch providing unquantifiable additional value.
Automated unit, integration, and E2E tests with Jest, Cypress, Playwright, and more.
Exploratory testing, regression, and UAT to validate real-world usage and edge cases.
Load, stress, and scalability tests to ensure apps perform under real traffic.
Tests integrated into your pipeline for continuous feedback on every change.
Test plans, coverage analysis, and risk-based prioritization for efficient QA.
Doha's QA testing market includes global QA companies (Cognizant, Wipro, Infosys — all with Doha presence, primarily serving energy sector), regional testing companies (Middle East-based QA firms — varying Arabic testing capability), and in-house QA teams (most large Qatari organisations have internal QA — but often understaffed and lacking automation). Global QA companies provide scale but often lack Arabic testing depth (testing Arabic as a secondary language rather than primary). Regional companies understand Arabic but may lack modern automation skills (Playwright, K6, CI/CD integration). In-house teams know the domain but lack capacity for comprehensive testing programs. ZTABS provides Arabic-first QA testing with modern automation — Playwright test suites, K6 performance testing, OWASP security assessment, and WCAG accessibility auditing — at rates competitive with regional QA providers.
QA testing in Doha ranges from QAR 80,000 for focused testing engagements (automated regression suite, performance testing, or security assessment) to QAR 350,000+ for comprehensive QA programs (full automation, bilingual testing, performance, security, and accessibility). Regional QA rates: QAR 200-400/hr. ZTABS delivers at competitive rates — our Arabic-first testing capability and modern automation expertise providing higher defect detection than manual-heavy QA approaches.
Verified reviews from real client engagements — sourced from our public testimonial archive and Clutch profile.
My experience is throughout positive. Communication, service, the short response times and the flawless execution of a challenging topic was absolutely great. ZTABS is definitely my first choice again.
Christian Neff
Bank Software Advisory · Bank Software Advisory
Fintech
Fantastic Agency! I couldn't fault them even if I tried. They always go above and beyond to meet your expectations and always produces quality work. Thank you ZTABS.
Stephanie Kal
CEO · Beauty Finder Australia
Marketplace
It has been great working with ZTABS. They bounce off the ideas along the way. Amazing Experience.
Joel Rowe
CEO · Drill Quoter
Marketplace
We don't just contract — we ship and operate our own software. 17 products in production.
Common questions about qa & testing for Doha businesses
We test on actual Arabic-configured devices (iOS with Arabic language setting, Android with Arabic, Windows with Arabic display language) — not just switching browser language. Our Playwright automation: configured with Arabic locale and RTL settings, testing every page in Arabic mode. Visual regression: screenshot comparison detecting layout shifts between deployments. We also test: Arabic keyboard input in all form fields, Arabic search functionality, and Hijri date handling.
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