AI for the people who have to make the call
Trellis is the reasoning layer between your data and your decisions. It connects fragmented data across systems and formats, reasons across those sources, and answers questions in plain language — with evidence behind every claim.
State the mission, point at the data — the domain expert reviews and signs off on the result. The same framework serves the next mission without starting over.
Records, documents, time-series, voice, video, imagery, sensors — brought together so the relationships across sources become answerable. That connective layer is the intelligence.
Ask in plain language and get an answer assembled from evidence, not recalled from a model. Where a decision is called for, the recommendation arrives with the reasoning behind it.
Source, timestamp, and confidence travel with every fact and every answer — explanations a regulator can read.
Cybersecurity, defense multi-domain operations, space operations, and energy are ready to stand up next — each with a clear data backbone and the same architecture.
Fixed scope and fixed fee. We stand up a single mission on representative data and hand you a working system that answers real questions with citations — not a slide deck about one. Includes connecting the sources that mission needs.
Taking a proven mission into daily use: integration with the systems you already run, configuration for additional missions, custom agents built against your data, and the operational handover so your own team owns it.
AI assurance and evaluation, explainability and risk frameworks, governance and readiness review, and adversarial testing of AI systems — red teaming for prompt injection, data leakage and agent misuse, with secure-design review. Available independently of the platform.
Led by practitioners with extensive experience developing, evaluating and assuring AI for safety-critical and regulated environments — where an answer has to arrive with its evidence and survive review.
The same discipline runs through the platform itself. Every answer arrives with the evidence behind it, access stays scoped to what the work actually requires, and your data stays inside your boundary — so a reviewer, or a regulator, can follow how an answer was reached instead of taking anyone's word for it.
A scoping call to pick the one question worth answering. A pilot measured in weeks, on your infrastructure, with your team watching it get built. Then a decision — continue, extend to a second mission, or stop. You keep what was built either way.
The mission configuration, the connected sources and the answers it produces are yours. Nothing is locked to infrastructure of ours, and nothing stops working if an engagement ends.
Deployed on your infrastructure or your cloud tenancy. Your data never leaves your boundary — open-source-first and cloud-portable, so nothing is tied to infrastructure of ours and there is no platform licence to renew.
We host and run the mission for you as a subscription, so your team gets the answers without standing up anything. Suited to smaller teams and early pilots; offered per engagement today rather than as a self-serve product.
During a pilot we run it end to end on representative data — nothing for you to install or procure while you are still deciding. If you continue, it moves to whichever of the two options above suits you — self-hosted or managed.
Aerospace and aviation, trade and supply-chain intelligence, patent and IP reasoning, and weather-model evaluation all run on the same platform and the same engagement model — see Use cases for working examples in each.
Structured and unstructured information becomes one reasoning context — records, documents, time series, voice, imagery and sensors read together rather than one system at a time.
Every conclusion stays attached to its source, timestamp, context and uncertainty — an answer a reviewer can follow back to the record it came from.
Configure Trellis around a mission instead of assembling a collection of AI tools — and serve the next mission without starting the build again.
Runs inside your environment, with control over data, models, infrastructure and access — nothing tied to infrastructure of ours.
Most teams we talk to have already invested in several of the layers above. Trellis sits on top of that investment and turns it into answers people can act on — it does not ask anyone to replace it.
Every claim carries its source, its timestamp, and its uncertainty. If an answer can't be traced back to a record, it doesn't ship — in this work, an explanation a reviewer can't follow isn't an explanation.
High-consequence, regulated decisions, where being wrong is expensive and the model said so will not survive review: aviation safety and air-traffic modernization, federal program delivery, intellectual property, and clinical decision support.
Trellis runs in your environment, on your data — open-source-first and cloud-portable, with nothing tied to infrastructure of ours. The people who know the mission keep control of it, rather than waiting in a vendor's engineering queue.
Five missions running on real data from one codebase — aviation, patents, weather, personal health records, and bicycle supply-chain risk. We are taking on a small number of design partners.
Trellis exists to close one gap: the people making consequential decisions often have the data they need, but that data is fragmented across systems, formats, and sources. Anahita founded Trellis to connect those pieces into a coherent picture — and to make every answer traceable to the evidence behind it.
An aerospace engineer and AI leader, Anahita brings nearly two decades of experience spanning safety-critical systems, artificial intelligence, autonomous systems, risk analysis, and complex data integration. She has served as a Principal Investigator and technical leader on large-scale AI and aerospace programs, leading multidisciplinary teams developing AI for environments where reliability, explainability, and trust matter.
She holds a PhD in Reliability and Risk Engineering, with doctoral-level training in Aerospace Engineering, and has authored more than 17 peer-reviewed publications, including research recognized with multiple best-paper awards.
Across her work, one challenge has remained constant: turning fragmented, uncertain information into decisions people can understand, verify, and defend.
That principle became the foundation of Trellis: an answer you cannot trace is an answer you cannot trust.
LinkedIn ↗Prefer email? aimanian@trellis-intelligence.com
sql / cypher / vector_search tools; here the answer is pre-fetched for the web.Every question runs against the live knowledge graph through the Ask agent — each answer arrives with a Provenance trail citing the tables, edges, and source systems behind it.