Find critical clauses before they get expensive.

Why critical clauses get overlooked — and how traceable AI binds every statement to its citation.

1 The problem: the contract is known — the chain isn't.

A framework agreement refers to annexes, the termination clause depends on the term, liability is limited by the SLA, the price by an adjustment clause. The individual sentences are readable — what makes them risky is their chaining across documents: which clause overrides which, which deadline follows from which term? Exactly these connections are missed during manual review, especially under time pressure. The danger isn't the single sentence, but the overlooked connection.

2 Why full-text search and generic AI don't solve this reliably.

A full-text search finds the passage “liability”, but it doesn't tell you that §8 is limited by the SLA in §6 — multi-step relationships across documents are its weakness.1 An AI chatbot summarises fluently, but the US standards institute NIST states that fabricated statements are inherent to the design of such models — it adds clauses that aren't in the contract, complete with convincing wording.2 In a contract, an invented clause is a liability risk. Even with access to the real text, simple models still add fabrications.5

3 The approach: bind every clause to its citation.

c:node reads in contract, annexes and DMS and lets c:node reason over a knowledge graph — clauses, deadlines, terms and rules as a network of nodes and edges. Research calls this combination of pattern recognition and firmly checked rules neuro-symbolic AI; it delivers answers that can be justified and traced.3 Via the graph, c:node follows multi-step clause relationships — liability §8 → limited by SLA §6 → applies for a 24-month term — which plain text search cannot do.1 Every statement carries its section with it.

4 In practice: scattered clauses become a traceable summary.

The same question that today costs hours of cross-reading, c:node answers in seconds — and discloses every statement:

5 Why this also holds up legally and organisationally.

Because c:node backs every statement with section and history, every summary can be audited afterwards — against the original text, without you having to disclose the inner workings of the model.6 Anything that isn't in the contract is marked as open instead of asserted. And because c:node runs on-prem or in the EU cloud, sensitive contract data stays in the EU or in your own data centre. Data protection is built in, not bolted on.