Uptime Stories.
Real-world network operations. Real outcomes.
Across retail, healthcare, government, and large-scale enterprise environments, network teams use Statseeker to detect issues early, prove root cause, and prevent disruption.
No credit card. No sales calls. Full platform access.
Read Real Operational Stories. Across Industries.
99.99% availability for stroke care
Large U.S. Academic Medical Center
A major academic medical center relies on its network to support time-critical clinical workflows, including stroke diagnosis and treatment. As medical imaging technology advanced, file sizes grew dramatically—from around 50MB per scan to as large as 50GB.
The network team needed detailed visibility to ensure these large datasets could move across the network without delays. Using 13-month granular performance history and minute-level polling, engineers were able to monitor link utilization and identify emerging capacity issues before they affected clinical systems.
This visibility helped the hospital maintain approximately 99.99% network availability, ensuring imaging systems and patient data remained accessible when seconds matter most.
Resolving slow radiology imaging
U.S. Regional Healthcare System
Radiology teams began reporting delays when loading diagnostic imaging files. Using detailed interface utilization data and historical reporting, the network team analyzed traffic patterns across key links supporting the imaging systems.
The monitoring data revealed bandwidth constraints affecting performance. Armed with precise historical evidence, the engineers were able to justify circuit upgrades and configuration adjustments.
The improvements restored imaging performance and helped protect critical diagnostic workflows used daily by clinicians.
Monitoring healthcare networks at scale
Major Healthcare Institutions
Healthcare networks must support electronic health records, diagnostic imaging platforms, patient monitoring systems, and thousands of connected clinical devices.
Continuous monitoring across thousands of interfaces allows network teams to track utilization, latency, and packet loss in real time. With minute-level polling and long-term historical data, engineers gain the visibility required to maintain stable performance for clinical systems that operate around the clock.
Diagnosing mission-critical issues in one week
Global Aerospace and Defense Contractor
After deploying Statseeker, the network team configured end-to-end monitoring across their infrastructure within a single week.
The platform quickly surfaced issues affecting mission-critical service delivery that had previously been difficult to diagnose. Without detailed network visibility, identifying the root causes might have required months of investigative effort and significant consulting expense.
Rapid deployment and deep network telemetry allowed engineers to quickly isolate the problem and restore stable service.
10,000 stores. One map view.
Large North American Retailer
Operating thousands of retail locations requires immediate visibility when connectivity issues occur.
Engineers used a real-time geographic network map to monitor connectivity across more than 10,000 retail sites, allowing them to quickly determine whether outages were isolated device failures or larger regional events such as power disruptions.
This visibility helped the operations team prioritize responses and minimize disruption across stores.
Detecting router failures fefore the vendor
Large Retail Network Environment
In distributed retail environments, backup routers occasionally failed before the service provider reported the issue.
With 60-second polling and automated alerting, engineers could detect router failures immediately and open support tickets before external notifications arrived.
This proactive monitoring approach significantly reduced the time required to restore connectivity across remote locations.
Monitoring 200,000 interfaces at retail scale
Global Telecommunications Provider Supporting Retail Networks
A telecommunications provider deployed Statseeker to monitor the enterprise network of a nationwide retail client across more than 1,000 locations and approximately 200,000 interfaces.
The monitoring environment included both fixed infrastructure and mobile devices used for stock management and customer transactions. Continuous monitoring helped maintain network performance for point-of-sale systems and other customer-facing applications.
Unifying 1,000+ sites under Statseeker
Large Multinational Retail Conglomerate
A major retail conglomerate previously relied on multiple monitoring tools across its various business divisions.
By deploying a single platform covering more than 1,000 distributed sites, the organization gained centralized network visibility while maintaining operational separation between business units.
The unified monitoring environment also improved collaboration and communication between network teams across the company.
Proving latency on a critical patient system
Major Public Healthcare Network
A network team needed to investigate performance issues affecting a system used to monitor patient safety alerts.
Using historical latency and utilization data, engineers were able to clearly demonstrate that a WAN link was experiencing performance degradation. The evidence provided by historical network telemetry helped justify a network upgrade and resolve the issue before it affected clinical operations.
Preventing after-hours clinic disruption
Large Regional Public Healthcare Network
Hospitals operate around the clock, but many network teams do not maintain overnight monitoring staff.
By configuring utilization thresholds and automated alerts, engineers could detect unusual traffic spikes or WAN disruptions overnight.
This proactive monitoring ensured potential issues were identified before clinics opened the next morning, helping prevent delays for patients traveling long distances for treatment.
Saving $30 million in hardware costs
Large Public University System
A university system used detailed network monitoring data to build a comprehensive asset and interface inventory across its campuses.
By identifying ports that had not transmitted traffic for more than six months, engineers were able to decommission unused equipment, eliminating approximately 2,500 switches.
The optimization effort is estimated to save $30 million over five years in hardware purchasing, installation, and energy costs.
Full network visibility without NetFlow cost barriers
Government Department Supporting Multiple Agencies
A government IT organization responsible for supporting multiple departments needed detailed monitoring visibility across its infrastructure—from the network core to remote sites.
Using scalable monitoring and threshold-based alerts, the team gained full infrastructure visibility while significantly reducing monitoring costs typically associated with flow-based monitoring solutions.
Regional administrators were also able to access customized dashboards to manage their own network environments.
Statseeker was built by engineers for:
Network engineers responsible for uptime and performance.
Enterprise network where performance directly affects uptime, capacity planning, and user experience.
NetOps teams supporting distributed or multi-site environments.
Data center and campus where visibility into core switching and routing is critical.
Network administrators who need defensible, data-driven insight.
Remote sites and distributed infrastructure where distance, scale, and inconsistent links make issues harder to isolate.
IT professionals who want fewer suprises, not more dashboards.
Complex multi-vendor network environment where a single, consistent view of full-fidelity data is essential.
Powerful monitoring on a single server.
Works on day one. Remains reliable for years.
Statseeker deploys fast and stays lightweight.
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Single-server architecture with optional remote polling capabilities for distributed environments.
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Operational in hours, not weeks, not months
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Runs on physical servers, VMs, or public/private cloud
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Ideal for security-sensitive and regulated environments
Detect Faster
60-second polling at scale captures short-lived congestion and interface error spikes that longer polling intervals miss, surfacing issues in near real time and revealing the operational impact of microbursts.
- Discover devices automatically with minimal setup
- Maintain a real-time view of network state across all sites
- Monitor availability and health metrics at high frequency
- Identify outages immediately, even in remote locations
Prove Root Cause
Granular historical data is retained long-term with no forced rollups — so spikes and short-lived anomalies don’t get smoothed away. Investigate incidents days, months, or years later with the same resolution you had in real time.
- Eliminate monitoring blind spots
- Correlate device state across sites and regions
- Distinguish between hardware failure and environmental issues
- Validate outages with clear, defensible data
Prevent Recurrence
Move from reaction to prevention. Identify behavioral changes, anomalies, and early warning signs before issues escalate.
- Baselining of normal network behavior
- Early anomaly detection
- Threshold-based alerts for developing issues
- Hardware health monitoring to catch stress before failure
No credit card required
Deploy in minutes
Supports multi-vendor environments
Unlimited historical data included
Stop reacting. Start preventing.
Engineers around the world are moving toward proactive network management using intelligent analytics.
Start a free Statseeker trial and see how real-time network intelligence helps you move from reactive firefighting to proactive prevention.
- Zero-touch monitoring operations
- High-scale polling engine
- Dashboards that lead to answers
- Actionable alerting, not noise
- Traffic and flow visibility
- Accurate inventory & MAC/IP history
TechBytes Podcast
Statseeker recently joined the Packet Pushers TechBytes podcast, where our colleagues Dylan Hensler and Andrew Greenlaw discuss how modern networks require deeper visibility, faster troubleshooting, and long-term historical data.
In this episode you'll learn how Statseeker helps engineers:
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Monitor thousands of devices with 60-second polling
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Store full-resolution network data indefinitely
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Troubleshoot faster with accurate historical evidence
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Scale from small networks to environments with tens of thousands of devices
Total Network Operations Podcast
This episode will be available on March 20th, 2026
Statseeker will soon join the Packet Pushers Total Network Operations podcast, where network engineers discuss real operational challenges, lessons learned, and how teams manage complex networks in the real world.
This conversation will explore topics such as:
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The challenges of troubleshooting performance issues in large distributed networks
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Why accurate historical telemetry matters during incident investigations
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How network teams separate real problems from noise and false alarms