DEPLOYMENT + INTEGRATIONS
The public site provides one complete synthetic workflow plus current product views. Deeper evaluation begins with a THONIS-led tailored walkthrough. A controlled environment may follow when hands-on access would materially help and the use case, data, identity, tenancy, hosting, retention, integrations, and authority boundaries are understood. THONIS does not present a target profile or proposed connector as a generally available production capability.
Capability status
The open AssuranceOps buyer-review workflow runs with fixed synthetic records. Current product views show selected evidence for AssuranceOps, TRACE, SyntheSys, and Sentinel without publishing complete product internals. No sign-in or customer-data upload is required.
Review the walkthrough pathSource systems, data contracts, hosting, identity, permissions, retention, Teams or Slack interaction, validators, destinations, and operational support are proposed, approved, and tested for one bounded use case.
Scope a deployment boundaryNo scanner, Jira, ServiceNow, SharePoint, GRC, Teams, Slack, OSCAL, e-signature, PKI, or production hosting integration is represented as generally available until implemented and validated for that environment.
Read the integration answerDeployment options evaluated during a pilot
The profile is selected from the customer's data, identity, connectivity, operations, and accreditation constraints. These are options to evaluate and qualify—not claims that every profile is generally available today.
For approved low-sensitivity commercial workflows. Minimized records, tenant isolation, customer SSO, scoped connectors, and portable verifiable exports.
Single-tenant services, customer identity and keys, private connectivity, local logs, and customer-controlled model routing.
Customer-operated compute, storage, secrets, logs, updates, backup, and integration endpoints inside its security boundary.
Cold installation and integrity-checked update bundles, local models, offline verification, explicit revocation handling, and no public-service fallback.
An option is described as supported only after installation, identity, update, rollback, backup, recovery, monitoring, verification, and exit tests pass in the intended environment.
Pilot deployment contract
Identify systems of record, data owners, approved fields, source versions, access method, and prohibited data.
Define least privilege, reviewer roles, decision rights, retention, audit history, model use, deterministic gates, and reopen conditions.
Test actions, notifications, exports, validation, failure handling, and evidence that the intended result occurred.
Demonstrated exchange pattern
The open public proof makes each simulated exchange state visible so a rejected update or mismatched destination cannot masquerade as completed work. A customer pilot must prove the same controls against the selected systems before any live connector or production reconciliation claim is made.
The open proof accepts direct entry and selected portable sample files. A connected pilot must validate every approved API, webhook, feed, identity, field, and failure path.
The open proof matches synthetic events to represented records and calculates affected scope. A pilot must prove those rules against the customer’s identifiers and authoritative data.
The open proof assigns an owner, priority, due date, acknowledgement, and escalation path. Collaboration connections remain customer-specific pilot scope.
The demos simulate a human-approved, version-bound update. Pilot acceptance requires least privilege, preview, duplicate prevention, destination acknowledgement, and recovery.
The demos simulate a separate read-back comparison so acknowledgement cannot masquerade as the intended result. A connected pilot must validate the actual destination state.
The demos expose mismatches and reopen affected work. Production reconciliation requires agreed schedules, authoritative fields, retries, ownership, and tested exception handling.
A scoped pilot can test the core review and decision lifecycle through direct entry and portable imports or exports. If connected operation is required, the pilot adds only the customer-approved adapters needed for discovery and write-back. Public proof does not establish connector availability or a production deployment.
One decision workspace, federated authority
Dextra is designed to provide the primary workspace for intake, evidence review, comparison, decision, conditions, remediation, verification, history, and reporting. A pilot must validate that role, the authoritative systems, and every handoff in the intended environment.
Contract lifecycle tools still own signed agreements and renewals. ERP and procurement own spend and purchase records. Identity and asset systems own observed use. Repositories and scanners own their evidence. Ticketing systems own execution. A configured pilot would test whether Dextra can preserve the scoped decision and reconcile selected final receipts without displacing those authorities.
The intended hybrid avoids rebuilding the enterprise stack while giving the reviewer one place to finish the bounded decision. That outcome remains a pilot acceptance criterion until validated with a customer.
Secure integration contract
Each connection is scoped to named records, fields, identities, actions, and failure behavior. Read-only intake and portable output come first. Write-back requires preview, accountable human approval, least privilege, duplicate prevention, read-back verification, and a tested recovery path.
Identity, keys, integrity, dependency records, model use, logging, portable exports, incident handling, and customer exit are qualified for the selected environment before production use.
Collaboration surfaces
The public Teams-style simulation demonstrates the intended pattern: answer an authorized question from approved sample records, send a notice, and deep-link to a scoped review action while chat remains outside the decision authority.
A customer pilot must implement and validate identity, permissions, approved records, notifications, deep links, retention, and failure behavior before any Teams or Slack connection is represented as available.
We will define what can be demonstrated safely and what must be validated before production use.
Discuss deployment fit