Ticketpool’s went to fully Cloud-Native architecture: Zero-downtime, cost savings, boost of scalability
Ticketpool, an emerging player in next-generation event ticketing, teamed up with Vortex to modernize its infrastructure and accelerate its go-to-market strategy. With the guidance of Vortex and the power of Google Cloud Platform (GCP), Ticketpool transitioned from manually-managed virtual machines to a fully cloud-native architecture.
About the client
Ticketpool s.r.o. is a modern ticketing platform that brings blockchain-level security and ownership to everyday users—without requiring them to understand cryptocurrency, wallets, or NFTs. From event creation to on-site ticket validation, Ticketpool’s intuitive system makes advanced technology invisible to the end user.
Industry: Entertainment / Media
Headquarters: Czech Republic
Platform Focus: Secure digital ticketing with blockchain-ready infrastructure
Business Goal: Deliver seamless ticketing experiences while enabling security, scalability, and automation behind the scenes
Before Vortex: Manual deployment on virtual machines with high maintenance load and limited scalability
The Challenge
Slow release cycles
due to classic VM-based deployment
Security concerns
around infrastructure updates and DevOps practices
High maintenance overhead
for infrastructure management
Cost inefficiencies
in testing and running low-traffic services
Results & Impact
Zero-downtime deployments
across all environments
10x and more scalability
tested in production simulations
Improved reliability and response time
through stateless, containerized architecture
Cost-efficient scaling
thanks to Cloud Run’s scale-to-zero feature
Lower operational costs
by eliminating VM patching, uptime monitoring, and manual scaling
Security & Compliance
Cloud-native tools improved baseline security with automatic updates, IAM roles, and network isolation
The Solution
VortexCloud’s cloud experts executed a structured modernization roadmap that moved Ticketpool to a cloud-native, automated, and scalable architecture using Google Cloud.
Architecture Highlights:
- Cloud Run-first design with fallback to GKE Autopilot mode
- Git-based CI/CD for rapid, automated deployments
- Built-in monitoring and logging via Google Cloud Operations Suite
Cloud Infrastructure Design
Re-architected platform from VM-based to cloud-native
Serverless Enablement
Leveraged Cloud Run for most services, with GKE Autopilot for legacy workloads
Services Provided
Cost Optimization
Designed architecture to scale to zero on test environments
CI/CD Automation
Set up Git-integrated deployment pipelines for seamless releases
Key Takeaways
Cloud-native architecture unlocks speed & scalability
Cloud Run and GKE Autopilot make modern DevOps a reality
CI/CD automation fuels innovation
Developers deploy faster, test safer, and release with confidence
Cost optimization through serverless
Scale-to-zero is a game-changer for testing and staging environments
Security improves with simplicity
Managed services reduce vulnerabilities and maintenance overhead
What's next?
- The journey never ends. We suggest:
- Full migration to Cloud Run-only architecture
- Expansion to international markets with elastic scalability
- Advanced AI/ML analytics to track ticketing behavior in real-time
- Possible integration of blockchain verification for enterprise-grade authenticity
Want similar results?
If you’re building a platform that needs speed, security, and scalability, VortexCloud can help you get there—faster and smarter. Let’s talk.
