Problem
The backend currently appears to lack robust server-side rate limiting and abuse protection mechanisms for sensitive endpoints such as:
- user registration
- login/authentication
- public page creation
- profile update actions
Without proper throttling, attackers or automated scripts can repeatedly hit these endpoints, leading to spam account generation, API abuse, excessive database load, and potential denial-of-service scenarios.
Why This Matters
Public-facing SaaS-style platforms are frequent targets for automated abuse.
Without server-side protection:
- attackers can mass-create fake accounts
- backend resources can be exhausted
- database/storage costs may increase unexpectedly
- authentication endpoints become vulnerable to brute-force attempts
- service availability may degrade under malicious traffic
Client-side protections alone are insufficient because requests can easily bypass frontend controls.
Current Risks
- Unlimited signup spam
- Credential stuffing/brute-force attacks
- Resource exhaustion from repeated requests
- Increased database/storage pressure
- Abuse of free-tier functionality
- API flooding from automated scripts
Suggested Improvements
Rate Limiting
- Add server-side rate limiting middleware for sensitive routes
- Apply IP-based and account-based throttling
- Configure stricter limits for:
/signup
/login
- page creation endpoints
- password reset flows
Abuse Prevention
- Add CAPTCHA or challenge verification for suspicious activity
- Introduce email verification before enabling full account access
- Detect repeated failed authentication attempts
Infrastructure Improvements
- Add request monitoring and anomaly detection
- Log suspicious traffic spikes
- Implement temporary cooldown/block mechanisms
Reliability & Security
- Return standardized retry/error responses
- Prevent resource-heavy operations from being repeatedly triggered
- Add automated tests for throttling behavior
Expected Outcome
- Improved platform stability under malicious traffic
- Reduced spam and fake account generation
- Better protection against brute-force attacks
- Lower infrastructure abuse risk
- Increased backend reliability and scalability
Difficulty
Intermediate
Why This Is Valuable
This issue targets production-grade backend reliability and security rather than superficial UI improvements.
Solving it requires:
- backend middleware integration
- authentication security understanding
- API traffic management
- defensive infrastructure design
- abuse mitigation strategies
Making it a strong GSSOC-quality contribution with real-world impact.
Duplicate Check
I checked existing Issues, PRs, Discussions, and repository TODOs and could not find an already raised issue specifically related to:
- authentication rate limiting
- signup abuse prevention
- brute-force protection
- request throttling
- automated spam mitigation
Problem
The backend currently appears to lack robust server-side rate limiting and abuse protection mechanisms for sensitive endpoints such as:
Without proper throttling, attackers or automated scripts can repeatedly hit these endpoints, leading to spam account generation, API abuse, excessive database load, and potential denial-of-service scenarios.
Why This Matters
Public-facing SaaS-style platforms are frequent targets for automated abuse.
Without server-side protection:
Client-side protections alone are insufficient because requests can easily bypass frontend controls.
Current Risks
Suggested Improvements
Rate Limiting
/signup/loginAbuse Prevention
Infrastructure Improvements
Reliability & Security
Expected Outcome
Difficulty
IntermediateWhy This Is Valuable
This issue targets production-grade backend reliability and security rather than superficial UI improvements.
Solving it requires:
Making it a strong GSSOC-quality contribution with real-world impact.
Duplicate Check
I checked existing Issues, PRs, Discussions, and repository TODOs and could not find an already raised issue specifically related to: