CHALLENGE + IMPACT

AI-powered apps at the edge need speed and reliability

Mobile, IoT, and web apps that rely only on the cloud for data processing are dependent on the internet, when it slows or stops, so do the apps that use it, frustrating users and costing you downtime.

Real-Time

AI cannot respond in real-time

GenAI at the edge requires lightweight, secure, real-time data to engage users in context.

Nointernet

Apps stop working without internet

Going into an elevator, subway, or tunnel shouldn’t adversely affect the app user’s experience in any way.

sync

App data does not stay in sync

Distributed apps must ensure that data is always correct, always in sync, and never stale.

The internet hampers app speed and reliability

Personalized engagement starts with a fast reliable experience, but edge apps that depend 100% on data and AI processing in the cloud suffer when the internet is slow or unavailable.

  • Latency and crashes are main reasons users abandon apps
  • Internet dead zones hinder apps that depend on the cloud
  • Downtime erodes revenue and user confidence

PRODUCTS

Enable cloud-to-edge AI with Couchbase Mobile

Couchbase Mobile is a powerful edge computing solution that helps you build mobile, IoT, and web apps that operate without an internet connection. On-device data storage, built-in sync, and vector search ensure the best possible experience for app users.

Couchbase Mobile data sync reference app

Sync data between iOS, Android, web apps, and cloud. Get source code on GitHub.

CUSTOMERS

Customers rely on Couchbase Mobile

Pepsico-operator
“Hundreds of thousands of documents flow between the devices and the server. Couchbase takes care of the sync, and we can focus on our business process.”
Madhav Mekala, Commerce Architect, PepsiCo
30K field reps work from anywhere

Explore related use cases

Couchbase’s enterprise-class cloud database platform helps companies deliver faster, more powerful edge AI applications – and also addresses a wide range of other application challenges.

Application performance

Increase application responsiveness to users and server-side systems.

Application flexibility

Easily adapt to user needs during development and after deployment.

Distributed workloads

Cluster processes to offer high availability and fault tolerance.