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INTEGRATIONS · CONNECTED SOFTWARE

The Nexus system boundary.

Nexus is designed to work across the software people and organizations already use. An integration is the governed boundary where that happens: external signals and connected software on one side, the Nexus intelligence layer on the other, and controlled exchange between them. This page describes the architectural model only — by category, never by vendor.

Capability: DIRECTION

An approved design direction, not a live capability. No software is connected today, and there is no way to connect a system now. Every capability below is DIRECTION.

WHAT AN INTEGRATION IS

A boundary, not a bundle of connectors.

An integration is an approved architectural boundary through which Nexus exchanges information or carries out authorized operations with an external system, under explicit permission and defined governance. It defines where interaction is possible — never whether interaction is appropriate. A working connection is never permission to act.

Keep three states separate: CONNECTED means a link exists; PERMITTED means access was granted; GOVERNED means every consequential action still passes governance. A connection can be established and still authorize nothing on its own.

THE SYSTEM BOUNDARY

Signals in, authorized actions out.

Connected software and external signals sit outside the boundary; the intelligence layer sits inside it. Everything crosses at one governed edge — nothing reaches Nexus, and no action leaves it, except across this boundary.

SIGNALS IN → NEXUS → ACTIONS OUT

SIGNALS IN

  • Operational data
  • Email · SMS · voice
  • Forms · webhooks
  • Calendar
  • Social · leads
  • External APIs

INTEGRATION BOUNDARY

NEXUS

the intelligence layer decides what happens

ACTIONS OUT

  • Email
  • SMS · text
  • Phone · voice
  • Reports
  • Notifications
  • Tasks · reminders
  • Connected software

WHAT CROSSES THE BOUNDARY

Signals are normalized before intelligence.

Before anything reaches the intelligence layer, incoming signals are normalized into structured events — so what enters is typed and consistent, not raw vendor payloads. This is the intake relationship at the boundary; the deeper intake architecture lives on the Platform reference.

RAW SIGNALS → NORMALIZATION → STRUCTURED EVENTS → NEXUS

RAW SIGNALS

unstructured, as they arrive

  • Emails
  • Form submissions
  • Voice · SMS
  • Webhooks
  • Calendar events
  • API payloads

NORMALIZATION

parse · classify · resolve · stamp

  • Parse & extract
  • Classify intent
  • Resolve entities
  • De-duplicate
  • Stamp time & source

STRUCTURED EVENTS

typed, ready to reason over

  • Entity
  • Intent
  • Priority
  • Context
  • Provenance

NEXUS

the intelligence layer receives structured context

Platform — the intake architecture

CONNECTIONS & PERMISSIONS

A connection has a lifecycle — and a scope.

Access is delegated, least-privilege, and revocable. A connection is requested, scoped by a person or organization, established within that scope, used for permitted exchange, and withdrawn or allowed to expire.

REQUEST CONNECTION → AUTHORIZE SCOPE → ESTABLISH BOUNDARY → EXCHANGE → REVOKE / EXPIRE

  1. REQUEST CONNECTION

    a connection to a category of software is proposed

  2. AUTHORIZE SCOPE

    a person or organization grants delegated, least-privilege scope — limited to what the connection requires

  3. ESTABLISH BOUNDARY

    the governed edge is set up within the authorized scope

  4. EXCHANGE

    permitted information and approved actions cross the boundary — never beyond the scope

  5. REVOKE / EXPIRE

    access can be withdrawn at any time, and does not persist by default

Granting a connection is not permission to act. Consequential actions still pass the governed decision path and Human Authority.

WHAT CAN CONNECT

Described by category, never by vendor.

Capability: DIRECTION

The durable categories of software an integration may reach. Every category is a design direction; none is available today, and no specific product or provider is named.

  • 01
    Communication & messagingEmail, chat, and messaging systems.
  • 02
    Calendars & schedulingCalendars and scheduling systems.
  • 03
    Customer & business systemsCustomer records and business-operations systems.
  • 04
    Data sources & databasesStructured data stores and databases.
  • 05
    Documents & filesDocument and file stores.
  • 06
    Developer & software systemsCode repositories, APIs, and software systems agents work within.
  • 07
    Custom & bespoke softwareAn organization's own or custom-built software, through the extensibility framework.

HOW AGENTS ACT THROUGH THE BOUNDARY

Agents hold no access of their own.

Agents own no independent connection access. Authorized work reaches connected software through the same boundary, under explicit, per-task permissions. A standing scoped connection is not the same as a task: the connection is the permissioned channel; each unit of work is still bounded by its own TaskEnvelope. A connection is never blanket authority to act.

Agents — bounded execution

CONSEQUENTIAL ACTIONS STAY GOVERNED

Crossing the boundary does not grant permission.

Reading permitted information is one thing; taking a consequential action is another. Outbound actions across the boundary pass the governed decision path and, where required, Human Authority — where a person decides. Connectivity is never authorization.

Governance — the decision path

WHAT “CONNECTED” DOES AND DOES NOT IMPLY

Stated plainly.

  • Connected is not permittedA link existing never means an action is allowed. Authorization is determined by governance, not by connectivity.
  • Not live todayNo integration is live, and there is no implication that systems can be connected now.
  • No named vendorsSoftware is described by category only. No specific vendor, protocol, or product is named.
  • No marketplace or self-service builderThere is no public marketplace, plugin ecosystem, or self-service integration builder. Each connection is defined, authorized, and governed.
  • No universal compatibilityThere is no claim of plug-and-play or no-configuration compatibility with any system.

Vaireon also builds FieldOS, a field-operations service. It is referenced here as a Vaireon system, not as a live Nexus integration — nothing on this page implies Nexus and FieldOS are connected today.

About FieldOS

Conversations about infrastructure begin here.

The platform is privately developed. This is a business contact channel, not a request for integration access.