For CTOs, CPOs, and IT Directors in companies with critical apps
Mobile Testing: Quality that Withstands Fragmentation and Protects Every Release
We design, implement, or redesign your Mobile Testing practice with Omniatest®, offering real coverage on physical devices, quality gates integrated into CI/CD, and OWASP MASVS validation for regulated apps.
Trusted by organizations in regulated sectors: banking, manufacturing, retail, and more
The problem isn’t mobile testing; it’s what’s missing behind it
Three Scenarios Where Fragmentation Turns Releases into Risky Events
In the companies we advise, we observe three scenarios. Each has its own symptoms, but they share the same consequence: when mobile quality is not designed, the end-user absorbs the risk, and it’s measured in the App Stores.
Without Real Fragmentation Coverage
Validation occurs on 2-3 devices or simulators. Fragmentation defects—crashes on low-end devices, failures in degraded networks, etc.—reach production and appear in store reviews.
Mobile Coverage, Without Strategy
Tests exist, but there’s no prioritization matrix or objective go/no-go criteria. Each release uncovers different failure combinations depending on who executed the tests that week.
Mobile Coverage, Without Governance
Multiple squads, various vendors, high coverage on paper. Defects continue to reach production, AI operates in silos without real integration into the pipeline, adding volume without reducing risk. Each release is an event of uncertainty and sustained manual effort.
Whatever your scenario, the root cause is the same: mobile quality is not designed with the device matrix, quality gates, and governance that the user’s most frequented channel requires. That’s what we design.
The cost of poor mobile quality doesn’t appear in the IT budget; it appears in store reviews and churn
of users abandon an app after a single bad experience on their device
– Statista, 2025
| 25% | of financial apps with unvalidated OWASP vulnerabilities before release, regulatory exposure that only appears when the auditor arrives or when an incident occurs (Google Play Console, 2025) |
| 30% | of mobile defects in production occur in combinations of low-end devices + manufacturer + network condition that simulators never cover; only a physical device farm detects them |
| 8 years | average duration of relationships with MTP organizations that design mobile quality as a capability stop rotating providers and start competing |
Where does the real cost appear in your organization?
Unbudgeted compatibility hotfixes when fragmentation exposes in production what the simulator never detected, interrupting the roadmap and consuming the most critical team
Negative app store reviews that erode ratings before IT diagnoses the incident — with a direct impact on organic acquisition and retention
Lost user acquisition investment when the first failure occurs on the user’s real device, not the test device, and there’s no second chance
Postponed releases due to mobile regression cycles that fail to cover real market fragmentation before the committed delivery date
Regulatory exposure due to OWASP MASVS and Mobile Top 10 controls not validated on the end-user’s most frequented channel, especially critical in financial apps under CNBV
Competitive lag compared to organizations already operating visual anomaly detection and AI-driven fragmentation scenario design in their mobile cycle
Omniatest®, MTP’s Proprietary Framework
We don’t promise Mobile Testing: we deliver results only achievable with method, 400+ physical devices, and experience
Omniatest® standardizes the device matrix, quality gates, and test environments from the first sprint. Coverage does not depend on who executed the tests that week.
Risk-Oriented Device Matrix
We prioritize combinations of hardware, OS, range, and network condition based on real impact on users and regulators. We test where it matters most, not where the lab is convenient. First TMMi Level 5 company in the world.
OWASP MASVS Validation for Regulated Apps
400+ Physical Devices in Real Operation
Go/No-Go Based on Real Fragmentation, Not on Paper
When Mobile Testing is Designed as a Practice
Results the business recognizes, not just the technical team
Risk-Oriented Device Matrix
Prioritization by range, manufacturer, OS, and network condition based on real user impact. Testing resources are concentrated where a failure has the greatest consequence for the business and app store ratings.
Quality Gates Integrated into Mobile CI/CD
Real integration into the development pipeline — not in parallel. Each commit triggers automated mobile coverage without blocking the sprint. Objective go/no-go before each release.
OWASP MASVS and Mobile Top 10 Validation
Mobile security controls integrated into the pre-release process. Technical evidence ready for regulatory audit in apps under CNBV, PCI-DSS, or LFPDPPP.
AI for Visual Anomaly Detection
AI agents assist in detecting rendering anomalies and designing edge-case fragmentation scenarios under Human-in-the-Loop — coverage that manual effort wouldn’t achieve in the same sprint time.
Reduction of Fragmentation Defects
Progressive elimination of defects that reach production due to uncovered combinations of range, manufacturer, and network. App store ratings cease to be a surprise indicator and become a QA metric.
+35% in Testing Time Optimization
Reduction of time in mobile testing task execution using AI as an assistance tool — without compromising fragmentation coverage or regulatory compliance.
MOBILE TESTING OPERATIONAL PROCESS
From Releases with Surprises to a Reliable Mobile Pipeline: How We Operate
Quick Mobile Testing Assessment
Diagnosis of current coverage, technical stack, CI/CD integration, and applicable compliance frameworks. Fragmentation gaps by range and OS, regulatory gaps, and maturity level — with a roadmap and ROI estimate.
Fragmentation Risk Mapping
We prioritize combinations of device, OS, manufacturer, and network condition based on real impact on users and regulators. We test where it matters most, not where the lab is convenient.
Standardization and CI/CD Connection
Omniatest® standardizes test cases, test data, and environments. We connect execution to CI/CD without interrupting the active sprint — critical first, then expand coverage.
Execution on Real Physical Devices
We execute on over 400 physical devices. AI agents assist in designing edge-case fragmentation scenarios and detect visual rendering anomalies under Human-in-the-Loop.
Mobile Quality Dashboard
Unified visibility by device, OS, and network condition. Comparable metrics across squads and vendors — fragmentation defects, crash trends, and evolution of store ratings.
Continuous Matrix Optimization
Analysis of execution data per release to expand the real risk matrix. Progressive reduction of fragmentation defects in production and evolution of quality gates as the team’s practice matures.
Experience in Environments Where Error Is Not an Option
Two Contexts, Same Demand: Apps That Work on the User’s Real Device
Financial Sector
Multi-Vendor Mobile Governance in a Top-Tier Financial Institution
- 30+ simultaneous mobile initiatives governed
- 900,000+ annual executions on physical devices
- Regulated CNBV and mission-critical environments
- Multi-application and multi-vendor under a single framework
“We stabilized our mobile pipeline and now release with greater confidence to Management. Fragmentation is no longer a surprise.”
— IT Director, Financial Sector
Private Industry
18 Critical Applications in SOX System Separation with Mobile Channel in Production
- 20,000+ hours of mobile execution and validation
- From 3-month delays to controlled deliveries without deviations
- Guaranteed continuity in SOX processes: payroll, tax reports, payments
- End-to-end coverage in mobile channel and mission-critical core
A project of this magnitude —18 critical applications, mobile channel in production— requires method, not just resources. The difference was the architecture.
— MTP International
Verified operational scale
12 Years of Experience in Mexico’s Most Demanding Mobile Environments
Issues Detected
Physical Devices
Testing Hours
Test Cases Designed
Evaluation stage
What We’re Most Asked About Enterprise Mobile Testing
Why Isn't a Simulator Enough for Enterprise Mobile Testing?
A simulator replicates the general behavior of an OS, not the real conditions of hardware, manufacturer’s skin, or variable network connectivity. The defects that most affect retention—crashes on low-end devices, rendering issues with manufacturer customizations, failures under degraded networks—only appear on physical devices. MTP operates a farm of over 400 physical devices covering multiple ranges, manufacturers, and OS versions.
What is OWASP MASVS and Why Does it Matter for Financial Apps?
OWASP MASVS (Mobile Application Security Verification Standard) is the reference standard for validating security controls in mobile apps. An app under CNBV supervision must validate secure credential management, data encryption in transit and at rest, interaction with the mobile platform, and resilience against reverse engineering. MTP performs this validation as part of the pre-release process, generating technical evidence ready for regulatory audit.
How is AI Used in Mobile Testing Without Compromising Compliance?
We operate at three levels according to maturity and regulatory framework: AI First for assistance in designing fragmentation scenarios and crash pattern analysis; Controlled AI (Human-in-the-Loop) for visual rendering anomaly detection with expert review; and No AI where client compliance requires it. Critical decisions—go/no-go, modification of quality gates—require explicit human validation.
What Does the Quick Mobile Testing Assessment Include?
A 5-business-day analysis that delivers: diagnosis of current coverage, technical stack, and CI/CD integration; fragmentation gaps by range and OS; regulatory gaps (OWASP MASVS, CNBV); mobile practice maturity level; and an implementation roadmap with an estimated ROI.
How is Mobile Testing Integrated into CI/CD Without Stopping Sprints?
Integration is progressive: we start by connecting the highest-risk tests to the current pipeline without replacing what works and without stopping the active sprint. As coverage stabilizes, we add quality gates and alerts by device, OS, and network condition. The goal is for mobile quality to cease being a parallel activity and become a gate within the normal delivery flow.
What Tools Does MTP Use for Mobile Testing?
MTP operates with Appium, Espresso, XCUITest, Detox, BrowserStack, and Firebase Test Lab as primary tools. The selection per project is defined in the Quick Assessment based on your current stack, regulatory framework, and maturity level. When something needs to evolve, we recommend it based on technical criteria, not commercial.
What if We Already Have Our Own Mobile QA Team?
The Mobile Testing Framework operates regardless of your starting point. We have implemented from scratch for teams validating on two office devices and have redesigned practices for organizations with multiple mobile squads and vendors. MTP can operate as a QE factory, an embedded cell in your squad, or as a governance and expertise layer over your existing team.
What Signs Indicate Your Mobile Testing Isn't Working?
Fragmentation defects that recurrently reach production. App store ratings that don’t improve despite QA efforts. Unbudgeted compatibility hotfixes that interrupt the roadmap. Mobile regression cycles that fail to cover real market fragmentation before each release. Coverage that grows in case count but production defects don’t decrease.
Which of the Three Scenarios is Your Mobile Application In?
The 5-business-day Diagnosis maps your current validation level, highest-risk flows, and implementation roadmap, with a concrete deliverable to present to management and business.