what if there was a platform that roasted your CV instead of sugarcoating it?
launched one a couple of days ago and the response has been great 🥔
https://t.co/MmqzQ05gpw
#buildinpublic#sideproject#AI
This repo has everything you need to build AI agents.
Create projects as a student or turn them into client products to start earning.
Run locally or deploy on servers, full flexibility and it’s completely free.
If you’re serious about building with AI, this is a goldmine
To get the repo link ✅
1- Follow( so that i can dm you)
2- Like & Repost to help others
3- Reply "LLM"
✅ Note: I’ll add the link later in the thread, so you can grab it from there!
दैत्य छ मेरै अघि,
म दियो सजाई दैव खोजिरहे
अन्धकार यो संसारमा,
म मैन जलाई प्रकाश रोजिरहे
प्राथना एक माध्यम अनेक,
म तिम्रो स्वरुप खोजिरहे
जिउदो हुदा नर्कमा बास,
मृतु पछि म स्वोर्ग रोजिरहे
LOAD BALANCING IN SYSTEM DESIGN
→ Load Balancing is the process of distributing incoming network traffic across multiple servers to ensure no single server becomes overloaded.
→ It improves availability, performance, and fault tolerance in distributed systems.
→ WHY LOAD BALANCING MATTERS
→ Prevents server overload
→ Ensures high availability and uptime
→ Provides fault tolerance if a server fails
→ Improves overall response time
→ Enables horizontal scaling
→ HOW LOAD BALANCING WORKS
→ Client Request → Load Balancer → Healthy Server Instance
→ Load balancer monitors server health and routes traffic only to active nodes
→ If one server fails → Load Balancer automatically redirects traffic to other servers
→ Works with web servers, application servers, microservices, and databases
→ TYPES OF LOAD BALANCERS
→ Hardware Load Balancers
→ Physical devices used in enterprise environments
→ Software Load Balancers
→ Examples: Nginx, HAProxy, Envoy
→ Cloud Load Balancers
→ AWS ELB, Google Cloud LB, Azure Load Balancer
→ LOAD BALANCING ALGORITHMS
→ Round Robin
→ Requests distributed in a circular order
→ Least Connections
→ Traffic sent to server with the fewest active connections
→ IP Hash
→ Client’s IP determines which server handles the request
→ Weighted Round Robin
→ Some servers receive more traffic based on assigned weights
→ Randomized Distribution
→ Requests sent to random servers for uniform distribution
→ HEALTH CHECKS
→ Load balancer regularly checks:
→ Server status → CPU load → Memory usage → Network availability
→ Automatically removes unhealthy servers from the pool
→ GLOBAL VS LOCAL LOAD BALANCING
→ Local Load Balancing:
→ Distributes traffic between servers within one region or data center
→ Global Load Balancing:
→ Routes users to the nearest or healthiest region
→ Used for worldwide apps (CDNs, multi-region deployments)
→ LOAD BALANCING IN MICROSERVICES
→ Each service may have multiple instances
→ Load balancer routes traffic to the correct service instance
→ Works alongside API Gateways and Service Discovery
→ BENEFITS OF LOAD BALANCING
→ Improved reliability
→ Faster request processing
→ Zero downtime during server upgrades
→ Handles traffic spikes
→ Supports auto-scaling
Grab the full System Design Handbook:
https://t.co/aE1KNO717x
दैत्य छ मेरै अघि,
म दियो सजाई दैव खोजिरहे
अन्धकार यो संसारमा,
म मैन जलाई प्रकाश रोजिरहे
प्राथना एक माध्यम अनेक,
म तिम्रो स्वरुप खोजिरहे
जिउदो हुदा नर्कमा बास,
मृतु पछि म स्वोर्ग रोजिरहे