TLabs Technology · Türkiye
Independent Research in Deterministic Systems
Cryptographic protocols, deterministic inference runtimes, compiler frontends, and low-level systems infrastructure. Designed for correctness, built without external pressure.
A private research lab. No investors, no deadlines, no hype.
Calm systems. Traceable behavior. Long-lived interfaces.
Premise
Why This Lab Exists
Most infrastructure ships before it is understood. Release cycles reward speed over correctness. Marketing calendars dictate what gets built and when. The result is software that works approximately — systems that are probabilistic where they should be deterministic, fragile where they should be verifiable.
TLabs exists to work differently. We build cryptographic layers, model runtimes, and compiler toolchains under a single constraint: the output must be correct, reproducible, and auditable. There is no external funding schedule. No product roadmap driven by market expectations. Work is published when it meets our standard, not before.
This is a slow lab. That is the point.
Research Scope
Active Domains
01 — Deterministic Model Runtime
TAI One
An experimental inference architecture exploring deterministic execution on Metal-accelerated hardware. TAI One treats model behavior as a contract: given identical inputs and weights, the output must be identical — across runs, across devices. Work includes low-level GPU scheduling, reproducible sampling paths, and transparent execution tracing.
t-ai.one02 — Retrieval & Applied Systems
Sengi
Sengi is a production retrieval environment built to validate TLabs research under real-world conditions. It focuses on Unicode-safe ingestion, deterministic query routing, and transparent retrieval pipelines. Unlike opaque model interfaces, Sengi emphasizes traceable results and reproducible execution paths.
Sengi serves as the public validation layer of TLabs research.
sengi.surf03 — Cryptographic Systems
Secure Message Layer (SML)
A Double Ratchet–based secure messaging substrate built for correctness and portability. SML handles session state, skipped-key derivation, and deterministic cryptographic boundaries with a clean C ABI surface designed for Swift, Kotlin, and JavaScript integration. The focus is on verifiable protocol behavior — not feature breadth.
sml/04 — Language & Compiler Infrastructure
MiniSwift
A GPU-accelerated Swift compiler frontend — lexer, parser, and semantic analysis running on Metal compute shaders for fast AST construction and symbol resolution. Research into what compilation feels like when every stage fits on the GPU.
miniswift/05 — Text Processing Infrastructure
Decoder
A UTF-8 / Unicode 17.1 decoding and normalization engine with WebGPU, Metal, and C fallback paths. Decoder is the text ingestion gate that other TLabs systems depend on — bytes enter, normalized, validated, grapheme-aware text leaves.
decoder/06 — Systems Experiments
TAIOS
An ARM64 kernel written from scratch as a systems-level learning exercise. TAIOS documents the process of building a minimal operating system kernel — boot sequence, memory management, interrupt handling — with no dependencies on existing kernels or frameworks. Educational in nature, public in documentation.
toprak.run/taiosPhilosophy
Long-Term Engineering
TLabs does not operate on release cycles. There is no quarterly roadmap, no sprint backlog shaped by external expectations. Each project advances at the pace its complexity demands. A cryptographic protocol ships when its state machine is proven correct. A compiler frontend ships when its output is deterministic across all inputs. There is no shortcut to this, and we do not look for one.
Independence is not a positioning statement — it is a structural requirement. The kind of work we do cannot be done under funding pressure or product timelines. Determinism requires patience. Correctness requires iteration without deadlines. We chose this constraint deliberately.
"We don't try to be loud. We try to be correct."
About
TLabs Technology
TLabs is an independent research lab founded by Uğur Toprakdeviren and Muhammed Yurt.
Uğur Toprakdeviren leads engineering and systems architecture, focusing on deterministic runtimes, cryptographic protocols, and low-level infrastructure.
Muhammed Yurt contributes to the mathematical and theoretical foundations underlying the lab's research, particularly in formal reasoning and structural analysis.
All research is internally developed.
The lab operates as a small, focused engineering group. There are no investors, no advisory boards, and no growth targets. The only metric is whether the work is correct.
Contact
Inquiries
We respond selectively to inquiries aligned with our research domains.