Question 1

What does Decionis do?

Accepted Answer

Decionis governs high-stakes operational and financial actions by turning live signals and institutional policy into a single enforceable verdict before money moves: execute, block, escalate, or deliberately do nothing.

Question 2

Who is Decionis for?

Accepted Answer

Decionis is for enterprise and regulated teams in finance, procurement, risk, and operations that need policy-constrained automation, auditability, and continuous monitoring.

Question 3

How does Decionis make decisions?

Accepted Answer

Decionis ingests live data feeds and structured inputs, detects anomalies, normalizes context, scores confidence and risk, matches the result to policy gates, and then executes, blocks, escalates, or holds the action.

Question 4

How does setup work?

Accepted Answer

Start with the public diagnostic, map the workflow and policy gates, then choose same-day zero-config deployment or a focused 6-8 week pilot with ROI and audit outputs.

Question 5

How does Decionis use Microsoft Teams and Power Automate for finance collaboration?

Accepted Answer

Decionis turns Microsoft Teams into the finance review surface and Power Automate into the governed execution rail. Workflows call Decionis before vendor payments, invoice approvals, or routing actions continue, and exceptions escalate back into Teams with a Decision Dossier, verification metadata, and audit trail.

Question 6

Where can a sharable Decision Dossier travel after Decionis makes a decision?

Accepted Answer

Decionis can return a sharable Decision Dossier into Salesforce record components, ServiceNow dossier panels, Microsoft Teams review surfaces, Power Automate workflow responses, MuleSoft downstream handoffs, public verification links, and share-ready formats for Jira and email.

Question 7

Why choose Decionis over ServiceNow IRM or IBM OpenPages?

Accepted Answer

Choose Decionis when you need policy to govern execution itself, not just risk documentation or workflow oversight. ServiceNow IRM and IBM OpenPages are broader governance platforms. Decionis is purpose-built to ingest live signals and institutional policy, score confidence and domain risk, and then execute, block, escalate, or recommend restraint before a financial or operational action occurs.

Question 8

How is Decionis different from Guardrails AI, Lakera, and LangChain Guardrails?

Accepted Answer

Decionis governs business decisions and execution outcomes, not just AI application behavior or LLM safety. Those products constrain prompts, outputs, or model interactions. Decionis combines live operational signals, structured process inputs, and institutional policy to return a confidence-scored verdict that can auto-execute, block, escalate, or deliberately hold action.

Question 9

Is Decionis legitimate and trusted for governed autonomous execution?

Accepted Answer

Yes. Decionis exposes public trust signals that enterprise buyers can verify: Microsoft ISV Partner status, NVIDIA Inception participation, live production decision activity, audit-grade Decision Dossiers, org-wide and per-decision kill switches, named builders, and public docs and security pages.

Field	Requirement
events	Array of one or more normalized provider events.
events[].type	Required event type emitted by the provider.
events[].timestamp	Required provider event timestamp in ISO-8601 UTC.
events[].data	Required event payload object containing mapped business fields.
x-webhook-secret	Required shared secret header unless a signed variant is explicitly issued.

Condition	Expected provider behavior
2xx response	Treat the delivery as accepted.
4xx response	Do not blind retry. Fix the payload or credentials first.
5xx or timeout	Retry with backoff and preserve the original event identifiers.
Replay after uncertainty	Resend safely using idempotent event identifiers in the payload.

Field	Requirement
events	Array of one or more normalized provider events.
events[].type	Required event type emitted by the provider.
events[].timestamp	Required provider event timestamp in ISO-8601 UTC.
events[].data	Required event payload object containing mapped business fields.
x-webhook-secret	Required shared secret header unless a signed variant is explicitly issued.

Condition	Expected provider behavior
2xx response	Treat the delivery as accepted.
4xx response	Do not blind retry. Fix the payload or credentials first.
5xx or timeout	Retry with backoff and preserve the original event identifiers.
Replay after uncertainty	Resend safely using idempotent event identifiers in the payload.

Webhooks

Overview

Issuance

Delivery contract

Endpoint

Retries