CPU utilization moved significantly above the observed baseline.
Intelligence shouldn't cost a fortune.
Start with the tools you need today and scale into deeper operational intelligence as Daemon grows.
- Live telemetry
- Health intelligence
- Trend detection
- Anomaly detection
- Operational history
- Recommendations
Your digital life, watched over.
Simple intelligence for the devices, internet, and services you rely on every day.
- Laptop health
- Smartphone health
- Tablet health
- Internet health
- Performance insights
- Storage alerts
- Security awareness
- Important service monitoring
- Smart notifications
- Weekly digital health summary
- Personal recommendations
- See what changed
- Up to 5 monitored devices
Infrastructure intelligence for teams running production systems.
→ 2 services potentially affected
→ 1 deployment requires attention
- Kubernetes cluster, node & pod health
- Infrastructure-wide visibility
- Anomaly & degradation detection
- Blast-radius & impact analysis
- Team workflows & automation-ready intelligence
Adaptable to Kubernetes and evolving production environments.
- Enterprise architecture
- Advanced security
- Custom integrations
- Deployment options
- Strategic support
- Custom requirements
Your infrastructure finally understands itself.
Daemon OS watches your infrastructure, detects what is changing, explains why it matters, and helps you decide what to investigate before a signal becomes an incident.
Analyzing live system state...
From raw telemetry to operational intelligence.
Traditional monitoring tells you what a system is doing. Daemon is being built to understand why it matters, what changed and what should happen next.
workload
posture
dependency
accelerator
Observe
Collect system telemetry continuously.
Understand
Evaluate resource pressure and system health.
Detect
Compare states and identify significant changes.
Recommend
Turn system conditions into actionable guidance.
Demo Telemetry
CPU, memory, storage and uptime collected directly from the system Daemon is monitoring.
Health Intelligence
Transform raw resource measurements into a single operational health assessment.
Trend Analysis
Determine whether the system is improving, worsening or remaining stable.
Anomaly Detection
Surface meaningful changes that deserve investigation before they become sustained problems.
Operational History
Persist intelligence snapshots so Daemon has memory of previous system states.
Recommended Actions
Give operators clear next steps instead of another dashboard full of disconnected graphs.
Monitoring is the beginning. Understanding is the product.
Daemon's intelligence layer evaluates the live system, compares it against previous states and produces a machine-readable operational assessment.
Health Score
A normalized view of current system health based on CPU, memory and storage conditions.
System Trend
Daemon compares the current recorded state against previous system observations.
Anomaly State
Significant changes in system resources are surfaced as anomalies requiring investigation.
CPU Intelligence
CPU pressure is evaluated against configurable warning and critical thresholds.
Memory Intelligence
Memory pressure is evaluated continuously against the configured operating thresholds.
Operational Memory
Historical intelligence snapshots give Daemon a persistent record of previous system conditions.
Daemon doesn't just show you the signal.
It explains the system.
From raw telemetry to an operator-ready explanation: what changed, why it matters, what is connected, and what you can do next.
Multiple signals changed together. Daemon treats the event as a connected system condition rather than three unrelated alerts.
System pressure is increasing.
CPU utilization is substantially above baseline while memory usage is also elevated. The combined change may indicate increased workload or resource contention.
Daemon remembers.
Similar conditions can be compared with previous system states, giving operators context instead of forcing them to reconstruct history manually.
Recommendations aren't commands.
Daemon surfaces evidence and suggested next steps while keeping the operator in control of what happens to the infrastructure.
Configure how Daemon thinks.
These controls connect directly to the Daemon API. Changes are persisted by the backend.
Core Services
CPU
Memory
Disk
Stop watching infrastructure. Start understanding it.
Daemon OS is building an intelligence layer between your systems and the people responsible for them.
Your infrastructure doesn't have to fail before Daemon finds the problem.
Hunt for abnormal behavior. Map the blast radius. Investigate evidence. Find the safest path back to healthy operations.
01 / Select a hunt
02 / Dependency map
Illustrative dependency path. Real dependency discovery requires connected instrumentation and graph data.
Inference latency is elevated
Daemon flags a service-level symptom and begins investigating the connected workload and compute path.
Evidence to examine
- Compare inference latency with its historical baseline.
- Inspect GPU utilization, memory and queue depth.
- Correlate node, network and model-serving telemetry.
Recommended next step
Compare model-serving latency with GPU and queue metrics before attributing the cause.
Diagnosis status: hypothesis pending evidence. No repair has been executed.
03 / Hunter lifecycle
Hunt for abnormal behavior
Identify deviations, degraded service behavior and emerging health risks from available signals.
One command center. Every signal. One intelligence model.
Observability Fabric
End-to-End Intelligence Graph
Infrastructure Intelligence
Daemon is designed to reason across infrastructure and AI telemetry — not just display it: change intelligence, anomaly detection, causal correlation, historical baselines, capacity and saturation signals, AI workload behavior, model and agent telemetry, cost and performance relationships, risk context, root-cause hypotheses, and investigation recommendations in one unified command center.
Start Daemon
Create your Daemon OS account.