Mobile app development questions, answered directly.

Enterprise mobile app development typically costs between $15,000 and $500,000 or more, depending on complexity, platform count, integrations, and compliance requirements. A simple single-platform MVP sits at the lower end of that range, while a multi-platform enterprise app with custom backend systems, security certifications, and offline sync sits at the higher end. Cost is driven mainly by the number of user roles, third-party integrations, and the level of security and compliance work required, not just screen count. See our engagement models for how pricing structures map to different project types.

Timelines generally range from 8-12 weeks for a simple MVP, 4-6 months for a medium-complexity app, and 6-12+ months for an enterprise-grade product, as general industry ranges. The variation comes from the number of platforms, backend complexity, third-party integrations, and compliance review cycles. A phased approach, shipping a core MVP first and layering in features afterward, is the most reliable way to hit the shorter end of these ranges.

An MVP (Minimum Viable Product) is the smallest version of an app that delivers real value to users and lets a team validate demand before investing further, while a full product build is the complete feature set planned for long-term scale. MVPs typically focus on one core user journey, one platform, and the minimum backend needed to support it. A full build adds secondary features, multi-platform support, advanced integrations, and the hardening needed for production scale.

Yes, building an MVP first is almost always cheaper in total cost of ownership because it validates the core idea before larger budgets are committed to features users may not need. An MVP narrows scope to the single most important user journey, which reduces design, engineering, and QA time. Feedback from real users after MVP launch then directs which full-product features are actually worth building, avoiding wasted spend on unused functionality.

Compliance is handled through security controls built into the engineering process itself: encrypted data at rest and in transit, access controls, audit logging, and documented data-handling policies aligned to HIPAA, GDPR, and SOC 2/ISO frameworks. These controls are scoped during discovery based on which regulations apply to the client's industry and geography. Ongoing compliance also requires monitoring, periodic review, and a named point of accountability on both sides of the engagement. See Security & Compliance and the Trust Center for details.

The client owns all code, designs, and intellectual property produced during the engagement once final payment is made, as set out in the project agreement. This includes source code, documentation, and any custom assets created specifically for the project. Third-party libraries and open-source components used within the app retain their own original licenses, which are disclosed as part of delivery.

Data privacy requirements are scoped to the applicable regional framework: US clients are typically aligned to HIPAA, CCPA, or SOC 2 depending on industry, while European clients are aligned to GDPR, including data residency and lawful basis for processing. Architecture decisions, such as where data is stored and how it is transferred, are shaped by these regional rules from the discovery phase onward. The right framework depends on where the end users are located, not just where the company is headquartered. See Security & Compliance for our controls.