Smart Mobility / Public Transport / Innovation Platforms
Ruter
Støtte for en autonom bussprototype-plattform gjennom digitale tjenester, driftsintegrasjon og smart mobilitetarkitektur
- Architecture
- Requirement Analysis
- Development
- Integration
- Testing
- Deployment Support
- Technical Consulting
Prosjektoversikt
Autonome mobilitetsinitiativer krever mer enn kjøretøyer — de avhenger av digitale plattformer som støtter operasjoner, datasynlighet, overvåking og koordinering. Xala bidro til arbeid relatert til en selvkjørende bussprototype utplassert i Drammen og Ski, og støttet arkitektur, utvikling, integrasjoner, testing og utrullingsrelaterte aktiviteter for en smart mobilitetsløsning i et virkelig miljø.
Utfordringen
- Støtte driftssynlighet rundt en autonom mobilitetstjeneste i et live pilotmiljø med utviklende krav.
- Sanntidsdataflyt fra kjøretøysensorer og operasjonssystemer til overvåknings- og kontrollgrensesnitt.
- Pålitelig integrasjon mellom kjøretøyteknologi, transportplattformer og administrative systemer.
Omfang
- Autonomous bus prototype platform (Drammen & Ski)
- Smart mobility digital services
- Operational monitoring & data visibility
- Mobility platform integrations
- Real-world pilot environment support
Kjerneteknologier
- .NET & C#
- Microsoft Azure
- REST APIs
- Real-time monitoring tools
- SQL Server
- Transport data integrations
Prosjektdetaljer
- Klient
- Ruter
- Sektor
- Public Transport
- Bransje
- Smart Mobility / Public Transport / Innovation Platforms
- Leveransemodell
- Consultancy delivery
- Leveranseperiode
- 12–24 months
- Xala rolle
- Architecture, Requirement Analysis, Development, Integration, Testing, Deployment Support, Technical Consulting
- Teamsammensetning
- Team Leader, Project Manager, 2 Developers, 2 Testers
- Estimert teamstørrelse
- 6
- Status
- Delivered
- Budsjett
- Confidential
Prosjektmål
- Levere digital plattformstøtte for autonom bussoperasjon
- Muliggjøre sanntidsovervåking og driftssynlighet for pilotens stakeholders
- Støtte integrasjoner mellom kjøretøyteknologi og Ruters transportplattform
- Levere arkitektur og backend-tjenester tilpasset smart mobilitet
- Styrke driftskoordinering og rapporteringskapasiteter for pilotprogrammet
Løsningen
Arbeidet fokuserte på å levere digitale plattformtjenester, driftsintegrasjoner og overvåkningskapasiteter for Ruters autonome busspiloter. Xala bidro til arkitektur, utvikling og integrasjonsarbeid — og hjalp til med å styrke den digitale driftssynligheten og koordineringen rundt en banebrytende smart mobilitetspiloter.
Leveranser
- Smart mobility support platform and operational services
- Operational data handling and visibility interfaces
- Transport-related system integrations and coordination
- Backend services for mobility workflow support
- Monitoring dashboards and operational visibility tools
- API-based service integrations
- Deployment and transition support for live pilot environment
- Maintainable architecture for continued iteration
Brukergrupper
- Operations teams and pilot-support personnel
- Administrators and technical stakeholders
- Mobility service coordinators
- Platform engineers and integration teams
Ruter — Autonomous Bus Prototype Platform Architecture
Users
- Operations Teams
- Administrators
- Technical Stakeholders
- Pilot-Support Personnel
Frontend Interfaces
- Operational Dashboards
- Monitoring Views
- Administration Tools
- Service Support Interfaces
Application Services
- .NET Backend Services
- Operational Logic
- Monitoring Services
- Coordination Services
Integration Layer
- APIs
- Transport-Related Connectors
- Data Services
- Supporting Integrations
Data Layer
- SQL Server
- Operational Data
- Mobility Records
- Reporting & Status Data
Infrastructure & Delivery
- Azure Hosting
- Testing Layer
- Deployment Support
- Monitoring & Readiness
Presentasjonslag
- Operational dashboards and monitoring views
- Administration tools and service support interfaces
- Mobility workflow and status views
Tjenestelaget
- .NET backend services for operational logic
- Monitoring and coordination services
- Platform workflow and state management
- Deployment and support services
Integrasjonslag
- APIs for transport-related system integration
- Transport-related data connectors
- Operational service integrations
- Supporting platform service connections
Datalag
- SQL Server (operational records, mobility data)
- Workflow state and status data
- Reporting and monitoring information
Infrastruktur
- Microsoft Azure (hosting and deployment)
- Testing layer and validation infrastructure
- Operational monitoring and readiness support
Sikkerhet & identitet
- Access control for operational interfaces
- Secure service communication
- Data integrity across transport platform services
Teknologistack
Backend
- .NET
- C#
- Operational logic services
- Platform backend modules
Databaser
- SQL Server
- Operational and mobility data
- Reporting and status records
Cloud / Infrastruktur
- Microsoft Azure
- Azure hosting and deployment support
Integrasjoner
- REST APIs
- Transport-related system connectors
- Operational service integrations
DevOps
- Functional testing and validation
- Operational readiness support
- Deployment support for live pilot environment
Nøkkelintegrasjoner
- Transport-Related APIs
Structured integration between the digital platform and mobility system data sources supporting the pilot deployment
- .NET Backend Services
Core operational logic, workflow management, and coordination services for the autonomous mobility platform
- Azure Infrastructure
Scalable hosting and deployment foundation supporting the live pilot operations in Drammen and Ski
- Operational Monitoring
Dashboard and visibility tools providing insight into platform state and transport-service behavior
Gjennomføring
Requirement Analysis
Transport and operational support needs were analyzed and translated into structured platform requirements for the autonomous bus pilot deployment.
Architecture
A maintainable solution architecture was defined for mobility workflows, operational monitoring, and integration — with attention to the live pilot environment constraints.
Development
Core platform and backend services were implemented for operational support, monitoring, and smart mobility coordination.
Integration
Transport-related services and platform components were connected and validated for correct behavior in the pilot deployment environment.
Testing
Quality assurance improved functional correctness, operational reliability, and readiness for the live autonomous bus service.
Deployment and Stabilization
The engagement contributed to a stronger digital foundation for autonomous mobility operations, supporting the pilot in Drammen and Ski with improved platform stability and maintainability.
Resultater og effekt
- Digital plattformstøtte levert for autonome busspilotoperasjoner i Drammen og Ski.
- Sanntidsovervåking og driftssynlighet muliggjort for pilotstakeholders.
- Styrket integrasjon mellom kjøretøyteknologi og Ruters transportplattform.
- Forbedret driftskoordinering for pilotprogrammet.
Nøkkelfunksjoner levert
- Autonomous mobility support platform services
- Operational monitoring and visibility
- Transport-related data handling and integration
- Maintainable backend architecture
- API-based service integrations
- Deployment and validation support for live pilot environments
- Smart mobility platform coordination
- Scalable platform foundation for mobility innovation
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