State-aware inference runtime

Compute Only What Changes

Run Delta's two public, accuracy-checked demonstrations directly on the Delta Continuity website.

Experiment 1 · Flagship LLM99.84%

of token work avoided

Delta avoids repeating unchanged token work—which can lower compute costs and speed up responses. Despite its speed, Delta remains very accurate.

Replay the verified flagship LLM benchmark instantly.

Experiment 2 · Delta vs. five efficiency methods96.87%

of processing work avoided

In a six-method head-to-head, Delta led the other approaches in 4 of 5 changing-input conditions. At 1% input change, Delta repeated only 16 of 511 processing steps.

Repeat the same test—or challenge Delta with newly selected changes.

Additional measured evidence

The advantage scales—and extends beyond language models.

52.49%less processing time

When a long shared context was reused

79.79%less repeated prompt processing

The shared prompt was processed once, not over and over

95.53–99.97%runtime savings

Across four quantum workloads

Proof, not a promise

Every reported speedup passed the accuracy checks.

Output similarity99.9% or higher

Matched full recomputation

Route agreement6 of 6

Identical routing decisions

Minimum standard99.9%

Every reported result had to pass