Operational intelligence
Catch problems before they escalate
Don’t wait for a costly violation or failure. Monitor all your systems, together, and see what's starting to drift while there's still time to act.
Systems requiring attention
| System | Margin | Trajectory (24h) | Current state |
|---|---|---|---|
|
Junction 8
Transmission
3 subsystems ›
|
−0.12 bar
Downstream pressure
4.88 vs floor 5.00
|
Deteriorating
|
Breach
|
|
Compressor 17
North Central
3 subsystems ›
|
+0.18 mm/s
Vibration RMS
3.22 vs ceiling 3.40
|
Deteriorating
|
Emerging
|
|
Cooling Loop 4
Plant 2
3 subsystems ›
|
+0.26 °C
Outlet temperature
44.74 vs ceiling 45.00
|
Deteriorating
|
Emerging
|
|
Pump 6
Plant 1
2 subsystems ›
|
+0.42 bar
Discharge pressure
6.42 vs floor 6.00
|
Improving
|
Normal
|
The challenge
Your systems work together. Why does your monitoring work in silos?
Connected operations shouldn't rely on disconnected oversight. Siloed monitoring and observability tools leave you blind to emerging problems, and an alarm or alert means the damage has already been done.
The solution
Stateline: a platform to monitor all your systems
Stateline from Assured Autonomy monitors how your systems operate against the rules they're supposed to follow. Instead of evaluating isolated signals against static thresholds, Stateline continuously assesses their behavior together over time — from IT and OT to agentic and physical AI — alerting operators when systems begin to drift, before a security breach, safety violation, or operational failure occurs.
How you benefit
Complete visibility with time to act
With comprehensive monitoring, operators stop reacting to alarms and start preventing failures. They catch drift early, act on clear evidence, and refine operations over time.
See everything that matters
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One view across systems
Monitors the behavior of all your systems: IT, OT, AI agents, and robots
Watch operations in context
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Only watch what matters
Focuses on what you care about, not everything the systems report
Remove noise and identify problems
System observation
Systems monitored
System alerts
Policy assurance
Policy breaches
Emerging conditions
Act in time, with confidence
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Early warning
Flags systems at risk and how close they are to crossing a line
Intervene before a violation or failure
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Alerts you can trust
Guided by a logic engine and your rules, not AI guessing
Have the confidence to act
Operational Trends
What is changing and the events behind it
-
4 systems are deteriorating
3 still within policy and 1 has breached
-
8:42 AM Breach
Junction 8 breached policy
Pressure Regulation v3.4, health fell to 18
-
7:30 AM Emerging
Cooling Loop 4 began a slow decline
Health fell 8 points over 3h 24m
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7:15 AM Emerging
Compressor 17 began deteriorating
Health fell 17 points over 2h 11m
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5:50 AM Emerging
Regulator Station 3 margin narrowing
Pressure Regulation v3.4, health down 6 points, still within policy
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Understand and improve
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See cause and effect
Monitors how changes in one system affect another
Adjust for impacts across systems
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Get smarter over time
Learns your systems' behavior and suggests ways to optimize
Improve processes and workflows
Operational Trends
What is changing and the events behind it
-
7 systems are improving
Pump 6 gained the most at 9 points
-
2 coordinated patterns emerged
Signals moved together before any one limit failed
How it works
Independent oversight
Stateline drops into your tech stack and observes from the outside, providing independent runtime verification.
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Connect
Interfaces with your systems, protecting current investments
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Configure
Add your systems' rules or create new rules within Stateline
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Watch
Read-only monitoring doesn't control your systems, reducing risk
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Align
Works with your existing notification systems, avoiding duplication
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Adapt
Easily update systems and rules as you add new requirements
Uses
Built for teams responsible for critical operations and systems
Any operation where connected systems have to follow strict rules can benefit from Stateline. Here's how it works in select industries.
- Air Handling Unit 3 Breach
- ISO 7 Suite Emerging
Facilities
Disconnected building systems hide root causes until alarms are triggered. By unifying signals across multi-vendor HVAC, power, and environmental systems, Stateline correlates upstream mechanical faults with downstream drift, resolving issues before uptime is impacted.
Example scenario
Stateline detects an air handling unit failure and correlates it with emerging pressure drift in a cleanroom, alerting facilities engineering before environmental conditions are compromised.
- PR Valve 8 Breach
- Zone 3 Emerging
Utilities
Siloed SCADA and other electric, gas, and water utility systems bury operators in nuisance alarms while systemic failures go undetected. By connecting upstream equipment health directly to downstream distribution, Stateline catches emerging issues before grid outages, asset damage, or customer interruptions occur.
Example scenario
Stateline flags a pressure reducing valve failure and correlates it with emerging pressure drift in a downstream distribution zone, alerting utility operators before service continuity or water quality is compromised.
- Chiller 2 Emerging
- Rack Group A Emerging
Data centers
Facilities watches the cooling loop while IT observes compute health separately, which leaves blind spots. Stateline unifies both in real time, connecting facilities performance directly to rack conditions, pinpointing subtle cooling failures and power anomalies the moment they begin to prevent costly damage and downtime.
Example scenario
Stateline detects a chiller struggling to keep pace with rising IT loads and correlates it with a narrowing cooling margin, alerting data center operators before rack inlet temperatures exceed acceptable limits.
- Compressed Air 2 Emerging
- Robot Cell 4 Emerging
Manufacturing
Robotic cells and production lines don't operate in isolation from automation controls and facility utilities. Stateline correlates utility anomalies, such as pressure drops and temperature deviations, with subtle shifts in production performance, helping prevent defective batches and unplanned downtime.
Example scenario
Stateline detects emerging pressure instability in a manufacturing line's compressed air supply and correlates it with subtle deviations in robotics positioning, alerting production engineering before precision defects lead to a rejected batch.
- Power Unit 1 Emerging
- Comms 3 Emerging
Defense
Defense missions depend on coordinated performance across multiple systems, from power and communications to sensors and mission systems. Stateline correlates across systems to detect emerging issues, anticipate impacts, and alert operators before localized failure compromises operational readiness.
Example scenario
Stateline detects emerging power instability in a mobile command unit and correlates it with intermittent degradation in its communications and sensors systems, alerting operators before the combined effects compromise mission execution.
- DB Cluster 2 Breach
- Payment Engine 1 Emerging
Banking
Banking operations depend on software systems that enforce risk limits, manage financial exposures, and govern automated decisions. Stateline correlates activity across systems, helping banks identify emerging control gaps and ensure that AI-driven actions remain within approved boundaries.
Example scenario
Stateline detects that a database cluster has breached its maximum replication-lag threshold and correlates it with increases in transaction-processing queue times, alerting banking IT operations to the downstream risk before payment processing is disrupted.
Contact
See Stateline in action
Let's discuss your requirements and see how Stateline can benefit your operations.
What to expect
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Intro call
A conversation about your operations and goals
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Systems review
A review of your systems and the rules they need to follow
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Product demo
A walkthrough of Stateline features and capabilities