Synkrasis Labs
A non-profit independent research group working on the second half of AI.
We deploy AI agents into real environments and evaluate them under conditions we do not control.
Mission
The first half of AI was about method: architectures, objectives, training recipes, and the benchmarks built to measure them. That work largely succeeded. Language agents now reason over long horizons, call tools, and operate in environments that were out of reach a few years ago.
What it deferred is the harder half: defining what these systems are for, and establishing how we would know when they are competent. An evaluation that rewards a correct final answer says almost nothing about the trajectory taken to reach it, and a trajectory is what an agent is. An agent that arrives at the right answer is not the same as an agent that knew how to get there.
We treat evaluation as a first-class research problem rather than as infrastructure in service of someone else's model. Our work is full-path rather than final-state, interventional rather than observational, and grounded in real processes such as a working farm, a long-running conversation, or a constrained device at the edge, rather than in curated test sets. We build the systems we evaluate, on the principle that you cannot meaningfully instrument what you have never had to make work.
Synkrasis Labs is unaffiliated and self-directed. We hold no product roadmap and no institutional line, which leaves us free to pursue the questions we judge to be load-bearing rather than the ones that are conveniently fundable. Everything we produce is published.
Our reference point is Shunyu Yao's The Second Half, the argument that with methods now largely solved, the remaining work lies in problem definition and evaluation. We read it as a research agenda.
Research
Five papers
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NeurIPS 2025LAW
CORE: Full-Path Evaluation of LLM Agents Beyond Final State
A framework built on finite automata, with five metrics that score an agent's entire execution path, not just whether the final answer happens to be correct.
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ICML 2026AIWILD
Full-Season Agent Evaluation in Soybean Farm Operations under Real-World Agricultural Process Dynamics
Benchmarks nine agent methodologies on a real soybean farm and finds that agents trail expert human yields by 34% without expert context; long-horizon performance hinges on it.
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MLSys 2026YPS
QPU-first ML Kernels for Raspberry Pi 5
A compact ML runtime with integer matmul and neural network kernels targeting the Pi 5's VideoCore VII GPU for efficient edge inference.
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ACM SIGSPATIAL 2026Applications Papers
Deploying and Evaluating a Smart-Agriculture Agentic Engine for Full-Season Soybean Farm Operations
FARE, a full-stack agentic engine deployed on an operating soybean research farm, built around an “everything is an event” execution paradigm that treats sensing, crop-growth transitions, machinery actions, and management interventions as state-changing events in a shared process engine. Nine agent controllers are evaluated across one hundred full-season scenarios on agentic success, full-path spatiotemporal correctness, token cost, and edge-device runtime.
URL pending
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PRICAI 2026
Position: We Should Evaluate Agentic Memory as Inference, not as a Tape Recorder
A position paper holding that memory is fundamentally an inference process, using past experience to form beliefs under uncertainty, and must be evaluated as one. It contributes an architecture-agnostic taxonomy of memory failure modes (schema dominance, trace fragmentation, provenance collapse) and intervention-based criteria that perturb episodic evidence while holding cue and architecture fixed. Models statistically indistinguishable on task accuracy diverge sharply under intervention, most of all in provenance.
URL pending