Axon Active supports mobility software development for Axon Vibe through a dedicated development team. Working with Swiss-based product leaders, the team develops smart mobility applications connecting mobility providers, retailers, and end users. This Swiss–Vietnam partnership enables efficient innovation through custom transportation software development tailored to cities and transport authorities while ensuring high engineering quality and long-term platform stability.
Axon Vibe is a Swiss smart mobility company specializing in mobility software development that helps cities deliver sustainable, user-centric travel experiences. Its AI-powered platform uses real-time behavioral insights to plan seamless travel journeys across multiple transport modes.
By integrating public transit, ride-sharing, and local commerce into a single ecosystem, the platform enables smoother passenger experiences and more efficient urban mobility. Built as custom transportation software development rather than an off-the-shelf solution, it adapts to the unique operational needs of each city and transport authority.
A dedicated development team follows a disciplined Scrum process with 2-week sprints to ensure reliable delivery cycles. Daily standups serve as synchronization points where engineers and Swiss stakeholders align on progress and resolve issues early. Because the team works in a dedicated model, engineers stay with the product for years and build deep product knowledge.
A regular timezone overlap between Vietnam and Switzerland supports synchronous planning and decision-making. Mornings are used for real-time collaboration, while afternoons are dedicated to focused engineering work. This model preserves collaboration without sacrificing focus time, ensuring long-term platform stability for this Swiss mobility software partnership.
Smart mobility platform development requires an integrated ecosystem that combines journey planning and intelligent ticketing.
As a journey planning platform, it enables users to plan multimodal trips across transit, ride-hailing, and walking through a single application—the kind of mobility software development that turns a route into a seamless door-to-door experience.
Automated fare processing and trip detection simplify ticket validation while improving the overall public transport experience.
The engineering team maintains backend and mobile development for high-performance mobility solutions. Developers use Spring Boot for backend services and React Native for cross-platform mobile apps on iOS and Android.
Frontend and backend teams share repositories and sprint goals to stay aligned during smart mobility platform development.
A purpose-built geospatial data platform ensures transactional integrity and scalable mobility analytics. It utilizes PostgreSQL and PostGIS for location-based calculations and geospatial capabilities. For large-scale event logging and monitoring, the architecture uses Datadog to maintain system visibility in cloud-based environments.
AI adoption enhances requirement clarification through standardized frameworks. The team combines AI with the OpenSpec framework to identify ambiguities, inconsistencies, and missing details in user stories. AI tools review Product Owner requirements against existing source code, documenting any gaps or questions before development starts.
Once requirements are refined, AI supports code generation and automated unit, integration, and end-to-end (E2E) testing. This improves software quality while reducing repetitive manual work, allowing developers to focus on validating AI outputs, refining system architecture, and strengthening release reliability.
This reflects a broader shift toward AI-augmented software delivery across the development lifecycle.
We operate as one team, sharing daily standups, sprint planning, and retrospectives. Code, documentation, and issue tracking are managed in the same tools, including Jira, GitLab, and Confluence. There are no handoffs between teams. Everyone shares ownership and accountability.
Each sprint starts with a planning session where the team aligns on scope, priorities, and effort. Based on past performance, the team commits to a realistic set of stories. At the end of the sprint, they present a working demo to Axon Vibe’s product lead and hold a retrospective to identify improvements for the next sprint.
Engineers stay with the product long enough to own features from idea to impact. Documentation is versioned, reviewed, and updated throughout the development process. Mentorship, internal tech talks, and structured code reviews help share knowledge across the team and keep expertise current.
The four-hour overlap in the morning is used for planning, reviews, and decisions. Outside these hours, the team relies on daily updates, documented issues, and clear escalation paths. This keeps collaboration effective while allowing time for focused work.
