The Science of Deterministic Program Repair
Kronumos was conceived by Tokenectomy Labs to solve the existential flaw of neural coding assistants: probabilistic hallucination without compiler ground truth. We build autonomous sub-cortex infrastructure that binds frontier large language models to native C-ABI verification engines, guaranteeing zero dirty git diff and sub-millisecond execution.
Chronos & Kairos Duality
Chronos represents the continuous passage of discrete token sequences; Kairos represents the precise, decisive instant where a syntax-directed repair is validated. Kronumos operates strictly at the Kairos juncture.
M2M Native Sub-Cortex
Kronumos is engineered not as a manual consumer utility, but as Machine-to-Machine (M2M) sub-cortex infrastructure for autonomous agents (Claude Desktop, Cursor, Antigravity, Roo Code) via high-performance JSON-RPC 2.0 stdio protocols.
Hardware-Grounded Truth
We reject synthetic test-pleasing slop and unanchored mocks. Every benchmark claim is independently reproducible across Humanity's Last Exam (cais/hle) and Princeton SWE-bench Verified containerized environments.
Founding Scientific Team
The architects, researchers, and systems engineers guiding Kronumos and Tokenectomy Labs toward verified autonomous program synthesis.
Muhammad Naufal Daffa
Directs the core architecture of Kronumos, the dual Sub-Cortex compiler pipeline, native Tree-sitter FFI bindings, and autonomous program repair state machines.
Muhamad Sufyan
Orchestrates institutional strategy, enterprise sovereign deployment clearance, international partner relations, and capital allocation across Tokenectomy Labs.
Adi Supriyadi
Architects sovereign developer experience, aerospace command interfaces, and deterministic synthesis visual ergonomics for mission-critical software teams.
Tokenectomy Labs Research Desk
For academic citations, institutional partnerships, and air-gapped sovereign evaluations, reach out directly to the principal investigators.