NY Power Authority

Validating Enterprise Access at Scale

How Stratos Enabled NYPA to Stress-Test Internal Systems with Confidence

Client: New York Power Authority (NYPA)|Project: Infrastructure Breakpoint System|

Case Study Summary

How did Clear Sky help the New York Power Authority validate enterprise access at scale?

Clear Sky used its Stratos platform to stress-test NYPA's internal web applications and file systems, simulating 25,000+ concurrent user sessions across physical, virtual, and cloud infrastructure.

The testing confirmed NYPA's internal systems could handle thousands of simultaneous users without degradation and delivered actionable insights within a single one-hour test window — with zero disruption to live operations.

Outcomes at a Glance

25K+
Concurrent User Sessions Simulated
3
Infrastructure Types Validated (Physical, Virtual, Cloud)
1 hr
Actionable Insights Delivered Per Test Window
100%
Secure — Zero Disruption to Live Operations

The Challenge

Can Our Internal Systems Sustain Thousands of Simultaneous Users?

As remote access usage suddenly expanded, NYPA faced a critical question it couldn't answer with its existing tools. With growing reliance on remote VPN-based access and internal web applications across distributed teams, traditional testing approaches could not realistically simulate the scale, concurrency, and real-world user behavior required to answer these questions with confidence.

Rapid growth in remote VPN-based access across distributed teams with no performance baseline
Heavy reliance on internal web applications and file systems for daily operations
Limited visibility into system behavior under peak concurrent usage
Risk of performance bottlenecks or access failures during high-demand scenarios
No existing tool could realistically simulate enterprise-scale concurrency across hybrid infrastructure

How Clear Sky Helped

Scalable Internal Application Testing Powered by Stratos

01

Progressive Load Scaling

Simulated virtual users in controlled increments—from hundreds to thousands—to identify performance trends and capacity thresholds before real usage hit those levels.

02

Internal Application-Centric Testing

Focused on actual usage of internal systems, including web applications and file services, rather than abstract infrastructure metrics—validating what users actually experience.

03

Scenario-Based Traffic Modeling

Executed a range of scenarios—low, typical, and peak usage—by combining user interactions and file transfer workloads to mirror day-to-day and surge conditions.

04

Rapid Feedback Cycles

Delivered actionable insights within a single one-hour test window, enabling immediate understanding of system readiness without prolonged assessment cycles.

05

Continuous Monitoring & Insight Generation

Captured performance data across physical, virtual, and cloud environments to provide a unified view of system behavior under load—eliminating infrastructure blind spots.

Results & Business Impact

From Uncertainty to Clarity — Quickly and Decisively

Confirmed internal web applications could handle thousands of concurrent users without degradation
Identified system components that degrade under load, enabling targeted remediation before user impact
Established clear thresholds for optimal, peak, and failure-level usage to support proactive capacity planning
Eliminated blind spots in system behavior under load, reducing risk of outages during high-demand periods
Provided data-driven insights to guide scaling strategies across physical, virtual, and cloud environments

Strategic Outcome: By leveraging Stratos, NYPA gained a real-world, application-centric understanding of system performance under extreme conditions—validating true user experience, simulating enterprise-scale access patterns with precision, and making informed decisions about scalability and risk mitigation. Stratos transformed performance testing into a strategic capability.

Ready to Bring This Level of Confidence to Your Systems?

Clear Sky brings the same end-to-end rigor to your transportation, tolling, or transit infrastructure.