Website Protection
Website security covers four distinct threat categories — bots, API abuse, DDoS, and scraping. DataSec protects your site against all of them from a single platform, without adding latency or CAPTCHA friction.
What "website protection" actually covers
Site security against traffic-layer threats isn't one thing — it's four distinct categories that often combine in a single attack. Here's what each covers and why each needs dedicated protection.
Bot Protection
Stops credential stuffing, scalper bots, fake account creation, and click fraud. Identifies automated sessions using device fingerprinting, TLS analysis, and behavioral biometrics — without blocking Googlebot or legitimate automation.
Bot Detection & Mitigation →API & Application Protection (WAAP)
Defends your REST and GraphQL APIs against automated abuse. WAAP — Web Application and API Protection — treats your web app and APIs as a unified attack surface, applying behavioral detection across both browser-originated and machine-to-machine traffic.
API Protection & WAAP →DDoS Mitigation
Application-layer (Layer 7) DDoS protection for HTTP floods that bypass CDN network-layer scrubbing. Behavioral fingerprinting distinguishes a real traffic spike from an attack — important for avoiding false positives during product launches.
DDoS Protection →Web Scraping Protection
Prevents unauthorized extraction of your pricing, content, and proprietary data by competing scrapers and AI training crawlers. Granular per-crawler policy lets you allow Googlebot while blocking specific scrapers.
Scraping Protection →These four categories are site secure fundamentals — not advanced features. The majority of commercial web applications face threats in at least two of these categories simultaneously.
Is my website actually protected? A quick self-check
Standard website security checklists cover HTTPS certificates, patching, and access controls — the code-level and infrastructure layer. They rarely cover the traffic layer. Use this checklist to assess whether your site is actually site secure against traffic-layer threats:
Do you have visibility into what percentage of your traffic is automated?
If you don't know, you can't distinguish normal automated traffic (Googlebot, uptime monitors) from malicious bots. Most unprotected sites run 20–60% bot traffic. Website security vulnerability assessments rarely measure this.
Is your login flow protected against credential stuffing, not just rate-limited by IP?
Per-IP rate limiting is bypassed trivially by distributed bot attacks using residential proxies. Protection means behavioral detection per-session, not just per-IP.
Do you know if you've been scraped in the last 30 days?
Price scraping and content scraping often don't trigger alarms — scrapers deliberately stay under rate-limit thresholds. Without specific detection, you won't know it's happening.
Is your DDoS protection limited to your CDN's default network-layer coverage?
CDN network-layer protection doesn't catch Layer 7 HTTP floods. Attackers target slow application endpoints (search, checkout, login) specifically because CDN scrubbing passes them through. Protect website from hackers at the application layer requires behavioral detection.
Are your APIs protected with the same scrutiny as your web application?
Mobile apps expose API endpoints that are effectively public — any determined attacker can extract them from an APK or IPA. APIs without bot/behavioral protection are often the path of least resistance.
Website security vs. website protection: what's the difference
What is web security? Website security is the broader discipline — it encompasses HTTPS/TLS configuration, secure coding practices (preventing SQL injection, XSS, CSRF), dependency patching and vulnerability management, access control and authentication hardening, and infrastructure security. A website security audit or penetration test lives here.
What is website security specifically in the context of traffic-layer threats? Website protection — as DataSec provides it — specifically covers the threats that arrive through normal HTTP traffic: automated bots, DDoS floods, unauthorized scraping, and API abuse. These threats don't require a code vulnerability to exploit. A perfectly coded, fully patched application is still exposed to credential stuffing if there's no bot detection layer.
Being honest about scope: DataSec is not a vulnerability scanner. It doesn't check your code for injection flaws, doesn't audit your dependency versions, and doesn't replace penetration testing. It protects your traffic layer — the threats that arrive as normal HTTP requests from automated sources. Used alongside standard website security practices, it addresses the gap that most security checklists and audits don't cover.
Website security (code & infrastructure layer)
- —HTTPS / TLS certificate management
- —SQL injection, XSS, CSRF prevention
- —Dependency patching and CVE monitoring
- —Access control and authentication
- —Penetration testing and vulnerability scanning
Website protection (traffic layer — DataSec)
- ✓Bot detection and mitigation
- ✓API & application protection (WAAP)
- ✓Layer 7 DDoS mitigation
- ✓Web scraping protection
- ✓Behavioral traffic analysis and risk scoring
FAQ
Frequently asked questions
Website protection refers to the set of security controls that defend your site against traffic-layer threats — automated abuse, bots, DDoS attacks, and scraping — as distinct from code-level or infrastructure-level security. It covers four main categories: bot detection (stopping automated credential stuffing, scalping, and fake account creation), API and application protection (WAAP — defending your APIs and web app from automated abuse), DDoS mitigation (specifically application-layer Layer 7 attacks), and web scraping protection (preventing unauthorized automated data extraction). DataSec covers all four from a single platform.
Start with the threat category that matters most
Sign up free, deploy in monitor mode, and review your real traffic baseline before enabling any block rules.