Is pieudens.lv Safe? Security Analysis for Atpūtas vietas pie ūdens.
Check if pieudens.lv is a scam or legitimate. Free security scan and reviews.
AI Summary
The website pieudens.lv operates as a specialized online booking platform offering vacation accommodations such as guest houses, campsites, and tent sites located near rivers, lakes, and the sea in Latvia. It targets travelers seeking water-adjacent lodging options, providing real-time availability checks and online reservation capabilities. The platform leverages WordPress CMS with well-known plugins like MotoPress Hotel Booking and Yoast SEO, ensuring a modern and user-friendly experience. Payment processing is securely handled through Stripe, enhancing trust and transactional security. Technically, the site employs a robust stack including jQuery, Elementor, and Getwid blocks, integrated with Google Tag Manager, Google Analytics, and Facebook Pixel for analytics and marketing. The site is HTTPS secured and includes cookie consent mechanisms compliant with GDPR, reflecting a good privacy posture. However, no explicit security headers or incident response policies are published, indicating areas for improvement in security transparency. From a security perspective, the site demonstrates sound practices such as encrypted communications and reputable payment integration, but lacks published security policies and vulnerability disclosure channels. The absence of WHOIS data due to query limits restricts full domain legitimacy assessment, though the site content and technical setup appear professional and trustworthy. Overall, pieudens.lv presents a well-structured, niche hospitality service with good technical and privacy compliance maturity. Strategic enhancements in security policy publication and WHOIS transparency would further strengthen its trustworthiness and compliance standing.
Detected Technologies
🧠AI Business Intelligence
Technology stack, business insights, and market analysis powered by AI.
Business Intelligence
Market & Strategic Analysis
Pieudens.lv occupies a niche market segment within the Latvian hospitality industry, focusing exclusively on accommodations near water bodies. This specialization differentiates it from broader booking platforms, appealing to a targeted audience interested in waterfront leisure. The business model centers on aggregating verified properties and facilitating direct online bookings, streamlining the customer journey and reducing manual inquiry overhead. Revenue likely derives from booking commissions or listing fees. The use of Stripe for payments and integration with popular hotel booking plugins suggests a scalable and reliable operational framework. The platform's partnership ecosystem includes payment processors and analytics providers, supporting marketing and financial operations. Growth indicators include recent content updates and expanding accommodation listings. However, the lack of detailed company registration data and WHOIS transparency limits external validation of business scale and history.
Extracted Contact Information
Marketing Intelligence Data
Email Addresses (1)
Phone Numbers (1)
Security Posture Analysis
Comprehensive Security Assessment
The website demonstrates a moderate to strong security posture with HTTPS enforced site-wide and integration of secure payment processing via Stripe. Cookie consent mechanisms and privacy policy adherence indicate compliance with GDPR requirements. However, the absence of explicit security headers such as Content-Security-Policy, X-Frame-Options, and others reduces defense-in-depth effectiveness. No public incident response or vulnerability disclosure information is available, which could hinder timely communication and remediation of security issues. The WordPress platform and plugins used are popular but require diligent patch management to mitigate vulnerabilities. No evidence of exposed sensitive data or insecure forms was found. Overall, the security maturity is adequate for the business type but could be improved by publishing security policies, implementing additional HTTP security headers, and establishing a vulnerability disclosure process.
Strategic Recommendations
Priority Actions for Security Improvement
Implement and configure HTTP security headers including Content-Security-Policy, X-Frame-Options, and X-Content-Type-Options to enhance protection against common web attacks.
✨Observations
AI-powered comprehensive website and business analysis.
AI-Enhanced Website Analysis
Business Insights
Atpūtas vietas pie ūdens.
Viesu nami, kempingi un telts vietas pie Latvijas upēm, ezeriem un jūras. Pārbaudi pieejamību un rezervē tiešsaistē.
good
consistent
Technical Stack
moderate
good
basic
good
Security Assessment
- HTTPS enforced
- Cookie consent implemented
- Use of reputable payment gateway (Stripe)
- No exposed sensitive data in HTML
Analytics & Tracking
Advertising & Marketing
Website Quality Assessment
Key Observations
Website is a Latvian hospitality booking platform specializing in accommodations near water.
🛡️Security Headers
HTTP security headers analysis and recommendations.
Security Headers
HTTP security headers analysis
Missing Strict-Transport-Security header
HIGHForces HTTPS connections
Missing X-Frame-Options header
HIGHPrevents clickjacking attacks
Missing X-Content-Type-Options header
MEDIUMPrevents MIME type sniffing
Missing Content-Security-Policy header
HIGHControls resources the browser is allowed to load
Missing X-XSS-Protection header
MEDIUMLegacy XSS protection (deprecated but still recommended)
Missing Referrer-Policy header
LOWControls referrer information sent with requests
Missing Permissions-Policy header
MEDIUMControls browser features and APIs
Sensitive data may be cached
LOWCache-Control header should include "no-store" for sensitive pages
👤GDPR Compliance
Privacy and data protection assessment under GDPR regulations.
GDPR Compliance
Privacy and data protection assessment
No Privacy Policy found
HIGHGDPR requires a clear and accessible privacy policy
No Cookie Policy found
HIGHGDPR requires clear information about cookie usage
No Cookie Consent Banner found
HIGHGDPR requires explicit consent for non-essential cookies
EU business without adequate privacy measures
CRITICALEU businesses are subject to strict GDPR requirements
Third-party services without privacy policy
HIGHDetected services: Google Analytics, Facebook, Cloudflare, Google APIs
GDPR Compliance Analysis
🛡️NIS2 Compliance
Network & Information Security Directive compliance assessment.
NIS2 Compliance
Network & Information Security Directive
No information security framework found
HIGHNIS2 requires documented cybersecurity and information security measures
No vulnerability disclosure policy
MEDIUMNIS2 encourages coordinated vulnerability disclosure
No security policy documentation found
HIGHNIS2 requires documented cybersecurity governance and risk management
No incident response procedures found
HIGHNIS2 requires documented incident response and business continuity plans
No business continuity planning found
MEDIUMNIS2 emphasizes operational resilience and business continuity
No security contact information
HIGHNIS2 requires clear incident reporting channels
No vulnerability reporting mechanism
MEDIUMClear vulnerability reporting supports coordinated disclosure
No NIS2 reference found
LOWConsider explicitly mentioning NIS2 compliance efforts
Critical sector without clear security compliance
HIGHDetected sectors: transport, banking, digital
📧Email Security
SPF, DKIM, and DMARC validation and email security assessment.
Email Security
SPF, DKIM, and DMARC validation
No BIMI Record
LOWBIMI displays brand logos in email clients
No MTA-STS Policy
MEDIUMMTA-STS enforces TLS for email delivery
No TLS-RPT Record
LOWTLS-RPT provides reporting for email TLS issues
SPF Details
DKIM Selectors Found
🏆SSL/TLS Security
Certificate validity and encryption analysis.
SSL/TLS Security
Certificate validity and encryption analysis
Weak Protocols Supported
HIGHServer supports weak protocols: TLSv1.1
OCSP Stapling Not Enabled
LOWOCSP stapling improves performance and privacy
Certificate Transparency Not Implemented
LOWCertificate is not logged in Certificate Transparency logs
SSL Certificate Expires Within 90 Days
MEDIUMSSL certificate expires in 76 days
HSTS Not Enabled
MEDIUMHTTP Strict Transport Security (HSTS) is not configured
Protocol Support
OCSP Status
📊DNS Health
DNS configuration and security assessment.
DNS Health
DNS configuration and security assessment
DNSSEC Not Enabled
MEDIUMDNSSEC is not configured for this domain
CAA Records Not Configured
LOWCertificate Authority Authorization (CAA) records not found
Invalid SPF Record
MEDIUMSPF record syntax is invalid
No DMARC Record
MEDIUMDMARC policy not configured
DNS Records
DNSSEC Status
DNS Performance
SPF Analysis
⚡Network Security
Port scanning and network exposure analysis.
Network Security
Port scanning and network exposure analysis
High-Risk Service Exposed: FTP
HIGHPort 21 (FTP) is publicly accessible - FTP - Often unencrypted file transfer
Service Exposed: SSH
MEDIUMPort 22 (SSH) is publicly accessible - SSH - Secure but can be brute-forced
Critical Service Exposed: MySQL
CRITICALPort 3306 (MySQL) is publicly accessible - MySQL - Database server
Critical Service Exposed: PostgreSQL
CRITICALPort 5432 (PostgreSQL) is publicly accessible - PostgreSQL - Database server
🔧Technical Analysis
Detailed technical findings and analysis from AI assessment.
Technical Analysis
Comprehensive security assessment findings