News

Cerebras and Oracle to Bring Wafer-Scale AI Inference to OCI Starting 2027 (October 27, 2026)

Cerebras and Oracle plan to offer fast wafer-scale inference on OCI in 2027 for AI labs, enterprises and developers building agentic applications.

Summary

On October 27, 2026, Cerebras Systems and Oracle announced a partnership to offer fast wafer-scale AI inference on Oracle Cloud Infrastructure starting in 2027, aimed at AI labs, enterprises and developers building agentic applications and reducing latency in multi-step agentic workflows.

Event Overview ​

  • Date: October 27, 2026 (local time), Las Vegas; announced in a GlobeNewswire press release.
  • Parties: Cerebras Systems (NASDAQ: CBRS) and Oracle.
  • Event: Per Cerebras' official press release, the companies will offer Cerebras fast AI inference on OCI for AI labs, enterprises and developers; Cerebras Inference on OCI is planned to be available in calendar year 2027.

Key Information ​

ItemDetail
Announcement dateOctober 27, 2026, Las Vegas (GlobeNewswire)
PartiesCerebras Systems (NASDAQ: CBRS) and Oracle
ServiceCerebras fast AI inference offered on OCI
Target customersAI labs, enterprises and developers
AvailabilityPlanned for calendar year 2027
Core technologyWafer-Scale Engine
DeploymentBuilt on Dedicated AI Clusters of OCI Enterprise AI

Background and Impact ​

  • On the technology: Cerebras CEO Andrew Feldman said the Wafer-Scale Engine integrates compute and memory on a single wafer-scale processor, reducing data movement and die-to-die communication to support fast token generation for long inference sequences and multi-step agentic workflows.
  • Oracle Cloud president: Mahesh Thiagarajan said the service adds another ultra-fast, deterministic inference option to the OCI compute portfolio, delivered on Dedicated AI Clusters of OCI Enterprise AI.
  • Target use cases: The service is aimed at AI labs, enterprises and developers building agentic applications, with the goal of lowering latency in multi-step agentic workflows.

Official Sources ​