Components.
Single jobs done well: document repair, reading, table recovery, matching, checks.
Introducing Resolve, our fast decision-making model. Meet Resolve →
Start further ahead. Tested components. Reusable workflows. Built around your work.
Some run as products you can use today. Others are the workflows behind our engagements.
Documents turned into structured, review-ready data, with confidence scores and human review.
View productScanned or digital safety data sheets turned into data your systems can use, across all 16 sections.
Visit the siteAsk your enterprise data questions in everyday language, and get answers within each person’s access, with sources.
View productShows what AI coding tools changed in your software, how each change was checked, and what was missed.
View productTurns contracts and legal documents into searchable data, for faster reviews, early warning of risks and audit-ready reports.
View solutionBrings your sustainability data together, from raw figures to board-ready reports, with every number traceable.
View solutionFootfall, sales, incident and tenant signals in one view, for mall operators and large-format retail.
Ask about C-CentricA product is a reusable workflow built from tested components. Each engagement begins from what the products already do, so the new engineering goes into what is genuinely specific to the work.
Single jobs done well: document repair, reading, table recovery, matching, checks.
Components assembled into a workflow that has been run before.
Products arranged around one client’s problem, which is what the client buys.
The component that recovers a table from a scanned invoice is the same one that reads an ESG return. Each product is assembled from shared parts, so an improvement to one part reaches every workflow that uses it.
Document repair, reading, table recovery, schema checks, matching, question to query, access policy, detection, classification and event correlation.
Document operations, industrial data, financial control, legal intelligence, compliance, engineering evidence and wildlife conservation.
Every product runs where you choose, from hosted to air-gapped, inside your boundary.
Start with a hosted service when speed of adoption and managed operations are priorities. Agree data handling, access and service requirements as part of the engagement.
Discuss hostedDeploy dedicated instances in your AWS, Azure, Google or Oracle account. Align the architecture with your cloud standards, operational responsibilities and integration requirements.
Discuss public cloudRun it inside your own private cloud or VPC, with network access, storage and controls set around your boundary.
Discuss private cloudRun software, storage and local inference on your own servers. Plan capacity, integration, maintenance and support around the environment your team operates.
Discuss on-premisePlace intelligence near industrial sites and operational equipment, where latency and connectivity shape the design. Match the workload to the local compute available.
Discuss edgeOperate local workflows without a continuous internet connection. Define how data is transferred, how updates are applied, and what must remain available offline.
Discuss offlinePlan for an installation with no external network connection. Local models, dependencies, data transfer and maintenance all become part of the deployment design.
Discuss air-gappedProducts are built from the rest of what we build. Each is built on the same tested foundations.
Specialist models, evaluated on your data and run inside your boundary.
Explore Models →Agents that run on their own and hand over to a person at the decisions that matter.
Explore Agents →Model, agent and data APIs that plug into the systems you already run.
Explore APIs →Data collected, extracted and governed, with every value traced to its source.
Explore Data →Tests built from your own cases, rerun every time a model changes, so you always know how well it does your work.
Explore Evaluations →Start with the operational problem. We’ll work out the data, models and agents it needs, and where it should run.
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