Build a shared picture before incidents become noise
Critical infrastructure teams do not need another wall of indicators. They need to understand what changed, which assets or locations are affected, what evidence supports the update and which decision was made under pressure.
Product view
One operating picture across assets, signals and decisions
Arqent AIF helps operators connect weak signals, facility context, incident notes and reviewer decisions before the situation becomes a pile of disconnected alerts.
Assets
Facilities, locations, systems and dependencies
Signals
Cyber, physical, OSINT and operational context
Incidents
What changed, what matters and who reviewed it
Briefings
Situation updates with evidence and decision history
DEPLOYMENT TOPOLOGY
Same operating model, different sovereignty boundaries

What critical infrastructure teams get back
Less signal noise
Shared situational context
Reviewable decisions
Deployment fit
Where operational awareness usually breaks
Infrastructure teams often receive signals from cyber tools, physical security systems, field reports, open sources and partner feeds. The hard part is not seeing more alerts. It is understanding what changed, which assets are affected and what action was taken.
Arqent AIF gives that work a governed operating layer. Signals can be routed into context, connected to assets and locations, reviewed by humans and turned into a concise situation brief with a decision trail.
PROBLEM
Signals arrive without context
Cyber, physical, open-source and operational signals are hard to prioritize when they are not connected to assets and dependencies.
WORKFLOW FIX
Operators need impact, not volume
Facilities, locations, incidents, entities and analyst notes are modeled as connected operational context.
OUTCOME
Updates need a decision trail
Teams can produce situation briefs, asset context and decision logs instead of screenshots and ad hoc updates.
CONSTRAINT
Infrastructure environments are constrained
Deployment planning accounts for hosting, network, data and synchronization limits from the start.
Use cases
Critical infrastructure workflows this supports
Start with the operating picture, then adapt the same governed case model for awareness, field constraints and reviewable incident response.
Operations
Real-time situational awareness
Operators need a shared picture across signals, locations, assets, incidents and analyst notes without turning the platform into another static dashboard.
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Capabilities
Outputs
Field Ops
Airgapped and edge intelligence
Teams need local analysis and governed AI where cloud access is constrained, unavailable or not acceptable for the mission.
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Capabilities
Outputs
Product view
Connect incidents to the infrastructure they affect
Facilities, systems, locations, people, vendors, indicators and incident notes can become connected context instead of separate dashboards and status documents.
Facilities
Sites, zones, systems and dependencies
Events
Alerts, reports, requests and incident notes
Relations
Why a signal matters to a specific operation
Actions
Decision log, briefing and follow-up ownership
WORKWALL AND ONTOLOGY
Findings become graph context

Trust model
Built for constrained operating environments
Critical infrastructure programs need practical control over access, evidence, deployment topology and escalation paths.
Operational boundaries
Map who can see sites, signals, incidents and decision records.
- Role boundaries
- Site-level context
- Controlled sharing
Evidence continuity
Preserve the source context behind briefings and escalations.
- Signal provenance
- Incident notes
- Briefing artifacts
Human escalation
Keep critical decisions visible and reviewable under pressure.
- Analyst review
- Leadership brief
- Decision log
Deployment constraints
Fit the workflow to the network and data boundary the mission requires.
- Gov cloud
- On-prem
- Airgapped and edge
Map an operational awareness workflow
Start with assets, signals, incidents, required outputs and deployment boundaries.