TESERAKT
Identify the smallest dependency set required for a target result — and do not execute the rest.
The problem
Large dependency structures can trigger far more computation than a requested result actually needs. TESERAKT was built to test whether execution can be restricted to the dependency set that materially contributes to the target.
Approach
The engine discovers relevant dependencies, reduces the active execution set and produces a result from only the required work. The internal selection mechanism is intentionally not published.
Potential applications
Dependency-heavy computation, simulation, build systems, data pipelines, event processing and other workloads where the target result depends on only a fraction of the available graph.
Evidence policy
The published 99.78% figure describes one specific 10,000-node test. It is not presented as a universal speedup or production guarantee.
Have a dependency problem?
Define the graph, the target result and what would count as a useful reduction.
Give me the problem →