You own the model. The model is tuned from an open-weight base inside your own environment. The weights that result are yours to keep, to serve and to move.
Akka Optimize trains and serves the model on the runtime you already run. The traffic used to train it stays in the environment that produced it, and the model is not held behind a vendor API.
A model tuned from an open-weight base inherits the license of that base. The weights the training produces are an artifact you hold, in the same way the traffic they were trained on is.
Where the training runs decides where the data goes. Akka installs inside your own cloud, datacenter or Kubernetes infrastructure, and inference, training, grading and scoring all run there.
Akka is not a public model-serving marketplace and does not pretrain foundation models. The work Akka Optimize performs is reinforcement learning, fine-tuning and distillation against your production and synthetic records.
A model tuned inside a vendor service is reachable through that vendor. The accuracy it gained on your traffic is available for the life of the contract that provides access to it.
A model you hold has a life independent of the platform that produced it. The weights, the records and the evaluations are all in your environment, so moving the model to another runtime requires nothing from Akka.
Your investment in specifications carries the same property. A specification describes the system in terms of what it does, so agents stay portable across deployments and across Akka versions.
The weights stay in your environment and remain servable. The BSL license on the runtime keeps the right to run, modify and self-host the platform as well.
The tuned model derives from an open-weight base, so any runtime that serves that base can serve it. Routing, grading and the evidence record are the parts that stay on the platform.
Training runs inside your environment on your records, and the model it produces belongs to your system.
Production records stay in the environment that captured them, under the residency and retention rules already applied to them. Sanitizers redact and mask before an event is written.
Sovereign deployment keeps traffic and data in region with data isolation, networking isolation and local support, and the ownership of the weights is the same in every region.
How the weights you own are produced.
Routing traffic to the best open-weight model and training smaller ones on your data.
The controls the training records carry.