Reduce LLM cost & latency
by up to
00%
Cache AI eliminates redundant LLM computation
by reusing internal states,
enabling dramatically faster and cheaper inference.
As LLM inference costs continue to rise,
many companies struggle to deploy AI at scale.
Cache AI removes this bottleneck.
When you ask an LLM a question for the first time, it takes 7.2 seconds as the LLM generates an answer and Cache AI stores the result.
When you ask a semantically similar question again, the answer is returned in 0.0022seconds from cache —without a GPU call.
Actual performance depends on workload characteristics; similar patterns are commonly observed in enterprise support and agent workflows.
Cache AI is deployed as an enterprise middleware positioned between applications and the LLM inference stack, running inside the client environment.
It intercepts inference requests, performs semantic cache lookup using intermediate representations, and returns cached responses when applicable. On a cache miss,requests are forwarded to the client’s LLM inference stack without modification.
Cache AI does not modify the LLM. The architecture integrates with existing LLM infrastructures while maintaining clear responsibility vboundaries and operational safety.
Reduce repeated LLM computation across similar support queries.
High cache hit rates in ticket classification, response drafting, and knowledge-grounded Q&A significantly lower cost and latency.
Why this works:Support workflows naturally contain recurring semantic patterns.
Reduce repeated LLM computation across similar in-vehicle voice interactions.
High cache hit rates in navigation, driver assistance, and Human-Machine Interface (HMI) queries can significantly lower cost and latency.
Why this works: In-vehicle AI systems naturally contain recurring semantic patterns.
Optimize internal Q&A systems where similar questions are asked across teams and departments.
Cache AI reduces redundant inference while preserving model behavior.
Why this works:Support workflows naturally contain recurring semantic patterns.
Accelerate multi-step agent pipelines where intermediate reasoning states are repeatedly recomputed.
Cache AI enables substantial savings without changing agent logic.
Interested in evaluatingCache AI
on your workloads?
Cache AI is protected by granted patents in major markets worldwide.