Prophaze
  • What is Prophaze AppSec Platform? How it works?
    • Performance
    • SSL Termination
    • Modes of Operation
  • Prophaze AppSec Best Practices
  • Application Onboarding
    • Account Creation
    • Deployment Models
      • Cloud
      • On-Premise
      • Kubernetes Deployment
    • Multi-Cloud Setup
  • DASHBOARD UI OVERVIEW
    • Dashboard
    • Traffic Analysis
    • API Security
    • Attack Analytics
    • DDOS Attacks
    • Rules Page
    • Bot Mitigation
    • Anomaly Detection
    • Reporting
    • Attack Types
    • Incidents
    • AppSec Toggle Mode
    • SSL Certificate
  • HTTP Support
    • Encoding Types
    • Protocol Validation
  • Protection Use Cases
    • HTTP Protocol Violation
    • Protocol Anomalies
    • Bot Detection
    • Injection Prevention
    • HTTP Request Smuggling
    • HTTP Response Splitting
    • XSS Prevention
    • LFI and RFI
    • Session Fixation
    • SQL Injection Prevention
    • Layer 7 Dos Attack Prevention
    • PHP Application Protection
  • Detection Techniques
    • Normalization
    • Negative Security Model
    • Signature and Rule Database
  • FAQ
    • Onboarding Process
    • Dashboard Terminology
    • Attack Section
    • Rule Set
    • Traffic 360: General Traffic Logs
    • ML Based Bot Mitigation
    • Generating Reports
    • Anomaly Detection
    • General
  • Software Updates
    • Release Notes v2.3.0
  • Release Notes v2.4.0
  • Release Notes v2.5.0
  • API Security Dashboard
    • API Security Features of Prophaze
    • API security scoring
    • Host-Based API Quality Score
    • How to Enable API Security and Dashboard
    • API Security Section
  • CVE
    • CVE-2024
    • CVE-2023
    • CVE-2022
    • CVE-2021
    • CVE-2020
    • CVE-2019
    • CVE-2018
    • CVE-2017
    • CVE-2012
    • CVE-2011
    • CVE-2009
    • CVE-2008
    • CVE-2001
Powered by GitBook
On this page
  • Comprehensive API Monitoring
  • Key Aspects of API Monitoring
  • Why Comprehensive API Monitoring Matters

Was this helpful?

  1. API Security Dashboard

API Security Features of Prophaze

PreviousRelease Notes v2.5.0NextAPI security scoring

Last updated 1 month ago

Was this helpful?

APIs (Application Programming Interfaces) are essential for integrating different systems and applications. However, they are prime targets for cyberattacks, making API security a critical concern. Prophaze provides advanced security features to ensure your APIs remain secure, efficient, and compliant with modern security standards. Below is a detailed explanation of how Prophaze secures APIs and protects sensitive data.

Comprehensive API Monitoring

APIs (Application Programming Interfaces) are a critical component of modern digital ecosystems, enabling seamless communication between applications, services, and users. However, they also represent a significant attack vector for cyber threats. Prophaze provides Comprehensive API Monitoring to ensure complete visibility, security, and control over your API landscape. This feature helps organizations detect anomalies, prevent security breaches, and maintain optimal API performance.

Key Aspects of API Monitoring

1. Total API Endpoints

Prophaze continuously monitors all APIs currently in use within your environment. This includes both public and internal APIs. By maintaining a real-time inventory of all API endpoints, Prophaze helps organizations:

  • Understand the full scope of their API exposure.

  • Identify critical API dependencies.

  • Ensure proper governance of all active API services.

2. Newly Discovered Endpoints

With the rapid evolution of applications, new APIs are frequently deployed. Prophaze identifies and tracks any newly added or unknown APIs within the system, ensuring that:

  • Security teams are aware of all API changes.

  • Compliance and regulatory requirements are met by maintaining an up-to-date API inventory.

This feature helps mitigate the risk of API sprawl, which can lead to undocumented and potentially insecure APIs being left exposed.

3. Malicious and Suspicious Requests

APIs are often targeted by cyber threats such as:

  • SQL Injection – Attackers attempt to execute malicious database queries.

  • Cross-Site Scripting (XSS) – Malicious scripts are injected into API responses.

  • API Abuse & Bots – Automated bots attempt to exploit APIs.

  • Credential Stuffing – Attackers use leaked credentials to gain unauthorized access.

  • DDoS Attacks – Large-scale traffic floods APIs to cause service disruption.

Prophaze continuously analyzes incoming requests to detect and block such threats in real time, ensuring APIs remain secure from unauthorized access and exploitation.

4. API Traffic Analysis

Prophaze monitors API traffic patterns to detect anomalies in real-time. This includes:

  • Baseline Normal Traffic: Establishing a baseline of normal API usage.

  • Anomalous Behavior Detection: Identifying unusual spikes or drops in traffic.

  • Rate Limiting Enforcement: Preventing excessive requests that may indicate abuse or attack attempts.

  • Geolocation & User-Agent Tracking: Analyzing request sources for potential threats.

By leveraging advanced analytics and AI-driven detection mechanisms, Prophaze ensures that API traffic remains secure and optimal.

Why Comprehensive API Monitoring Matters

  • Real-Time Threat Detection: Identify and mitigate security threats as they occur.

  • Improved API Governance: Gain full visibility over all API endpoints.

  • Enhanced Compliance: Maintain an up-to-date inventory for regulatory compliance.

  • Optimized Performance: Prevent abuse and ensure APIs function efficiently.

By implementing Comprehensive API Monitoring, organizations can proactively secure their APIs, ensuring data integrity, performance optimization, and protection against evolving cyber threats.