Gartner-recognized neurosymbolic AI · Composite AI

Technology

Filuta builds neurosymbolic AI — the category Gartner calls Composite AI — that combines symbolic planning with machine learning to prove, within a declared scope, that an interactive system behaves. The output is a coverage number, a reproducible trace for every finding, and a statement of exactly what was proven.

The neurosymbolic engine

The technology behind Filuta’s validation agents — symbolic reasoning fused with machine learning, built to explore interactive systems exhaustively and to leave evidence behind. Gartner’s name for the category is Composite AI.

Declared scope, exhaustive exploration
You state what must hold and where it must hold. The engine generates and executes hypotheses across every state and path inside that scope, and reports the share of it reached — a coverage number, not a test count.
Symbolic planning + machine learning
Symbolic planning supplies precision and an independent oracle; machine learning supplies perception and adaptation. The result is an agent that reasons about the system it examines and learns from what it sees — without becoming the judge of its own work.
No source code, no instrumentation
Agents work from the interface a human sees, discover paths and edge cases without predefined scripts, and re-plan when the system changes. Nothing has to change in the system under test.
Evidence by construction
Every action, decision and finding is derived and traceable. Each run ends with a reproducible trace per finding and a statement of what was proven — the format regulated programmes need, produced as a by-product of the validation itself.

Why the oracle must be independent

The problem with self-graded tests

The International AI Safety Report 2026 records that it has become more common for models to distinguish between test settings and real-world deployment, and to exploit loopholes in evaluations. An evaluation whose oracle is the system under test proves nothing.

What Filuta does differently

Our oracle is symbolic and independent of the software it examines, and the scope is declared before exploration starts — which is what turns “we found problems” into a coverage claim.

We also ship no production software. No supplier relationship, no incentive to grade our own homework, and evidence a homologation file can actually use.

Research Team
Our research is led by a world-class team of AI scientists, engineers, and academic collaborators. We combine deep theoretical expertise with a product-first mindset.
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Highlights & Achievements

What We've Built, Proven, and Published

Latest Papers & Preprints
We recently released three preprints showcasing our latest progress in neurosymbolic (Composite) AI:
Automating video game QA using symbolic AI tools like automated planning and synthesis
Developing next-generation algorithms for planning action model synthesis
Optimizing food delivery logistics through hybrid AI techniques
Recognition Across Leading Conferences
Our Filuta platform prototype was presented at ICAPS 2023, where it was highly praised and awarded 2nd place in the Best System Demonstration Awards, recognizing both innovation and technical depth.
Recognition Across Leading Conferences
We showcased Filuta at SAT 2023 and SoCS 2023, receiving valuable feedback and strong support from the international research community — reinforcing our commitment to practical, impactful AI research.
Douglas D. Dankel II Award Winners & AAAI Fellow
Two members of the Filuta team have been honoured with the prestigious Douglas D. Dankel II Award from the Florida AI Research Society (FLAIRS), recognizing long-term, outstanding contributions to AI research and the FLAIRS community. Among them is Prof. Roman Barták — the first European ever to receive this distinction.
Prof. Barták has also been elected as an AAAI Fellow, for significant contributions to the development and application of constraint-based planning and scheduling techniques and for his sustained education efforts in constraint programming — the technique at the core of Filuta’s engine.
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Our Talents

We've assembled a one-of-a-kind team of researchers, engineers, and product thinkers — combining academic brilliance with hands-on innovation.

AAAI
Fellow — Prof. Roman Barták, constraint-based planning and scheduling
EurAI
Fellow on the research bench
ACM
Senior Member on the research bench
ICAPS
2023 Best System Demonstration Award, 2nd place
FLAIRS
Douglas D. Dankel II Award — two team members
Gartner
Recognized vendor of neurosymbolic (Composite AI) products
Symbolic AI planning expertise is exceptionally rare globally — our team represents one of the largest concentrations of this talent worldwide.
What makes us different?
We blend the rigor of a research lab with the delivery habits of a game studio. Team members have contributed to programmes at PARC and DARPA, at Google and Microsoft, and at leading European universities — and symbolic AI planning expertise, which is exceptionally rare, is concentrated here.
Connected to the Community
We actively engage with the research community by presenting at top conferences (ICAPS, SAT, SoCS), sponsoring events like the International SAT Competition, and launching the Composite AI workshop at ECAI 2024 to foster collaboration in this emerging field.
Partners
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AIPlan4EU
The AIPlan4EU project is funded by the European Commission - H2020 research and innovation programme under grant agreement No 101016442
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CzechInvest
We were supported by the system project Technological Incubation and Internationalisation.
Contact
Filuta AI
Reliability, not probability. We prove interactive systems behave — exhaustively, with evidence a regulator will accept.
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