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How does a reverse proxy enhance load balancing for scalability?

Distributes traffic across servers efficiently

Exposes internal server details

Increases server response times

Caches dynamic content only

What caching advantage does a reverse proxy provide for scalability?

Reduces backend server load significantly

Slows down request processing

Increases data retrieval speed

Stores all data permanently

In what way does a reverse proxy aid SSL termination for scalability?

Limits secure connections

Offloads encryption from web servers

Enhances direct client connections

Increases encryption overhead

How does a reverse proxy improve failover mechanisms for scalability?

Increases downtime frequency

Monitors server health continuously

Automatically redirects traffic to backups

Disables redundant servers

What security benefit of reverse proxies supports scalability?

Exposes application vulnerabilities

Slows down traffic flow

Blocks all incoming traffic

Hides server origins from attackers

How does a reverse proxy improve scalability under heavy loads?

By increasing direct client-server connections.

By consolidating all traffic to one server.

By enabling load balancing across servers.

What caching advantage does a reverse proxy offer for scalability?

Reduces backend server load significantly.

Increases data requests to backend servers.

Only caches static content effectively.

In what way does a reverse proxy enhance fault tolerance for scaling?

By redirecting traffic from failed servers.

By slowing down incoming requests.

By redirecting traffic from failed servers.

By duplicating server hardware instantly.

How does SSL termination via reverse proxy aid scalability?

Offloads encryption from web servers.

Directly boosts server processing speed.

Offloads encryption from web servers.

Strengthens encryption on all servers.

What key benefit does a reverse proxy provide in microservices scaling?

Offers a single access point for services.

Merges all services into a single unit.

Offers a single access point for services.

Reduces the overall number of services.

What key advantage does a reverse proxy offer for scalability in high-traffic scenarios?

Reduces the need for network connections.

Distributes requests across multiple servers.

Increases single server processing power.

How does a reverse proxy enhance scalability through caching mechanisms?

Caches static content to lessen server load.

Eliminates database interactions entirely.

Caches static content to lessen server load.

Accelerates dynamic data processing.

In what way does load balancing by a reverse proxy improve system scalability?

Evenly distributes requests to avoid overload.

Merges multiple servers into one.

Evenly distributes requests to avoid overload.

Boosts individual server response times.

What primary benefit of reverse proxies aids in scaling web applications efficiently?

Balances load using algorithms like round robin.

Directly handles all client requests alone.

Increases data storage on backend servers.

Why is a reverse proxy advantageous for scalability with static content?

Generates content dynamically each time.

Reduces overall network bandwidth usage.

Stores and serves cached responses repeatedly.

Load Balancing Fundamentals

Basics

Reverse Proxy

Load Balancing Algorithms

Configuration and Setup

Monitoring and Optimization

Security in Load Balancing

Scalability and Performance

Advantages of Reverse Proxies for Scalability

Summary

Concept Check