Real-Time Monitoring

HTTPS
Monitoring

Encrypted Endpoint Uptime, TLS Handshake & Latency Tracking

Secure your encrypted web traffic. BigBell's HTTPS monitoring verifies that your secure endpoints are highly available, tracking TLS handshake times and SSL negotiation latency.

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Overview

What is HTTPS Monitoring?

HTTPS monitoring is the specialized tracking of web endpoints that communicate over SSL/TLS encryption. It involves performing secure HTTP requests (HTTPS) to verify uptime, while also specifically measuring the time it takes to perform the cryptographic TLS handshake, negotiate ciphers, and establish the secure connection before any data is transferred.

Why HTTPS Monitoring Matters

Modern web traffic is almost entirely encrypted, but that encryption introduces overhead. A misconfigured load balancer or a depleted entropy pool on a server can cause TLS handshakes to take several seconds, making the website feel incredibly slow to users. HTTPS monitoring not only ensures your secure site is online, but tracks the 'Time to First Byte' (TTFB) and TLS latency to ensure the encryption layer isn't bottlenecking your performance.

✓Track the exact latency introduced by SSL/TLS handshakes
✓Ensure HTTPS redirects are working correctly
✓Monitor secure REST APIs for uptime and responsiveness
✓Detect cipher mismatch errors preventing secure connections

Core Use Cases

Critical for all modern websites, particularly e-commerce checkouts, banking portals, and healthcare APIs where HTTPS is strictly enforced and slow connection times directly impact conversion rates.

Features

Complete HTTPS Monitoring Capabilities

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TLS Latency Tracking

Break down connection times to see exactly how many milliseconds the TLS handshake is adding to your page load.

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Cipher Negotiation

Ensure the server is successfully negotiating modern, secure ciphers during the HTTPS connection process.

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HTTP to HTTPS Redirects

Verify that insecure HTTP traffic is being properly and quickly redirected to the secure HTTPS endpoint.

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Performance Trending

Graph HTTPS connection times historically to identify if a recent server patch slowed down encryption performance.

FAQ

Frequently Asked Questions

Yes. HTTPS monitoring focuses on the *availability and performance* (latency, status codes) of the encrypted website. SSL monitoring focuses on the *validity and expiration* of the certificate itself.

Slow HTTPS connections are often caused by the server negotiating complex, outdated ciphers, high CPU load preventing fast encryption, or physical distance (which is why CDNs are used to terminate SSL closer to the user).

Yes, you can configure the monitor to ignore certificate validation errors if you are monitoring internal staging or development HTTPS environments.

Master Your HTTPS Metrics Today

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