Edge Computing

Build and manage seamless, zero-touch edge environments with the leading AI platform, ensuring low-latency performance, optimized bandwidth, and robust data privacy and cybersecurity for multi-tenant, multi-user setups.

Familiar Challenges?

  • Low-latency connections needed

  • Network and data transfer costs too high

  • Insufficient network capacity at a specific location

  • Concerns on data privacy and cybersecurity 

  • Complexities in managing distributed systems and their costs, including service orchestration, monitoring, and CI/CD pipelines

Our Solution

  • Reduces latency and improves performance by deploying workloads closer to users and devices

  • Offers traffic routing and optimization strategies together with AI powered capabilities

  • Helps orchestrate and monitor distributed workloads across on-premises, edge, and cloud environments

Our Unique Value

  • Demonstrated experience for edge computing Comprehensive Google Cloud knowledge

  • Accelerated Deployment Frameworks

  • Google Cloud Specialization on Application Development

  • Wide experience and best practices on multiple AI use cases

Edge Computing | Reunalaskenta

Our Edge Computing References

Telia: Pioneering multitenant edge computing with advanced Google Cloud capabilities. Using Google Kubernetes Engine for Enterprise, it ensures resource isolation, scalability, unified management, and enhanced security. Integrated with 5G – or, in the future, 6G – networks, offering exceptional service, enabling developers to build new applications flexibly and cost-efficiently yet securely and use the shared edge computing resources on Google Cloud.

Google Cloud Capabilities

  • Google Kubernetes Engine for Enterprise (Anthos)

  • Cloud Build, Artifact Registry, and Operations Suite

  • Cloud Storage, Cloud SQL

  • PubSub, Cloud Functions

  • Cloud Monitoring

  • Terraform, Deployment Manager

  • BigQuary, Vertex AI

How to Get Started

  • A workshop to evaluate your low-latency, network-heavy, and data sovereignty workloads

  • Creating a centralized management architecture 

  • Implementing pilot edge workloads