Is voucherplan.co.za Safe? Security Analysis for Dineplan
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Data handling
EU
Hosting region
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Dineplan operates a digital platform focused on providing universal restaurant vouchers primarily targeting the South African hospitality market. The website promotes the benefits of accepting Dineplan vouchers, aiming to increase restaurant exposure and revenue through a seamless voucher redemption process. The platform leverages HubSpot CMS technology, integrating forms and analytics to engage restaurant partners effectively. The website is professionally designed, mobile-optimized, and includes clear calls to action and contact mechanisms. Security posture is strong with HTTPS enforcement and standard security headers, though explicit security policies and incident response contacts are not published. Privacy compliance is supported by comprehensive privacy and terms pages hosted on the main domain. Overall, the site reflects a mature digital presence suitable for its business model and audience.
Detected Technologies
22 urgent findings need attention
9 critical · 13 high
- + 14 more findings in the full report below
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Security drift alerts
Risk score drops, new high-severity issues, and header hardening gaps
Compliance watch
GDPR / NIS2 posture changes with governance evidence snapshots
Infrastructure surface
Unexpected open services, SSL expiry, DNS & email authentication changes
Content & tracker intelligence
Marketing tech shifts, analytics drift, and AI recommendation updates
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Security Headers
6 findings
45/100
GDPR Compliance
3 findings
68/100
NIS2 Compliance
9 findings
2/100
Email Security
4 findings
75/100
🧠AI Business Intelligence
Technology stack, business insights, and market analysis powered by AI.
Business Intelligence
Market & Strategic Analysis
Dineplan positions itself as a key player in the restaurant voucher market in South Africa, offering a pay-per-redeemed-voucher business model that incentivizes restaurant participation. The platform's integration with the Dineplan app and website provides restaurants with increased visibility to voucher holders. The business model focuses on B2B relationships with restaurants and B2C engagement with diners. The presence of multiple contact channels and professional content indicates a well-established operation. The use of HubSpot for CMS, marketing, and analytics suggests a modern digital marketing approach. No direct competitors or partners are explicitly listed on this page, but the ecosystem likely includes payment processors and hospitality service providers.
Security Posture Analysis
Comprehensive Security Assessment
The website demonstrates a solid security foundation with HTTPS enabled and multiple security headers present, indicating adherence to best practices. Forms are managed via HubSpot, which provides built-in protections such as CSRF tokens and input validation. No sensitive data exposure or vulnerable libraries were detected in the HTML content. However, the absence of a dedicated security policy or vulnerability disclosure page limits transparency. No incident response or abuse contact information is provided. DNSSEC status is unknown due to lack of WHOIS data for the subdomain. Overall, the security posture is good but could be enhanced by publishing explicit security and incident response information.
Strategic Recommendations
Priority Actions for Security Improvement
Publish a dedicated security policy page outlining security practices and compliance.
✨Observations
Comprehensive website and business-context analysis.
AI-Enhanced Website Analysis
Business Insights
Dineplan
Dineplan offers a universal restaurant voucher system enabling restaurants in South Africa to accept and redeem vouchers, increasing exposure and revenue. The platform targets restaurants and diners, providing seamless voucher redemption and payment processing.
good
consistent
Technical Stack
moderate
good
good
good
Security Assessment
- HTTPS enforced
- Secure forms with CSRF protection via HubSpot
- No exposed sensitive data in HTML
Analytics & Tracking
Advertising & Marketing
Website Quality Assessment
Key Observations
Website is a HubSpot CMS landing page for Dineplan's universal restaurant vouchers.
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🛡️Security Headers
HTTP security headers analysis and recommendations.
Security Headers
HTTP security headers analysis
Missing X-Frame-Options header
Prevents clickjacking attacks
Missing X-Content-Type-Options header
Prevents MIME type sniffing
Missing X-XSS-Protection header
Legacy XSS protection (deprecated but still recommended)
Weak Referrer-Policy configuration
Current value: "no-referrer-when-downgrade"
Missing Permissions-Policy header
Controls browser features and APIs
Sensitive data may be cached
Cache-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 Cookie Policy found
GDPR requires clear information about cookie usage
No Data Protection Officer mentioned
Large organizations may need to designate a DPO under GDPR
Privacy policy may not be GDPR compliant
Privacy policy lacks explicit GDPR compliance elements
GDPR Compliance Analysis
🛡️NIS2 Compliance
Network & Information Security Directive compliance assessment.
NIS2 Compliance
Network & Information Security Directive
No information security framework found
NIS2 requires documented cybersecurity and information security measures
No vulnerability disclosure policy
NIS2 encourages coordinated vulnerability disclosure
No security policy documentation found
NIS2 requires documented cybersecurity governance and risk management
No incident response procedures found
NIS2 requires documented incident response and business continuity plans
No business continuity planning found
NIS2 emphasizes operational resilience and business continuity
No security contact information
NIS2 requires clear incident reporting channels
No vulnerability reporting mechanism
Clear vulnerability reporting supports coordinated disclosure
No NIS2 reference found
Consider explicitly mentioning NIS2 compliance efforts
Critical sector without clear security compliance
Detected sectors: transport, banking, digital
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📧Email Security
SPF, DKIM, and DMARC validation and email security assessment.
Email Security
SPF, DKIM, and DMARC validation
DMARC not enforcing
DMARC policy is set to "none"
No BIMI Record
BIMI displays brand logos in email clients
No MTA-STS Policy
MTA-STS enforces TLS for email delivery
No TLS-RPT Record
TLS-RPT provides reporting for email TLS issues
SPF Details
DKIM Selectors Found
DMARC Details
🏆SSL/TLS Security
Certificate validity and encryption analysis.
SSL/TLS Security
Certificate validity and encryption analysis
Weak Protocols Supported
Server supports weak protocols: TLSv1.1
Certificate Transparency Not Implemented
Certificate is not logged in Certificate Transparency logs
SSL Certificate Expires Within 90 Days
SSL certificate expires in 87 days
Weak SSL Key Length
SSL certificate uses 256-bit key, which is considered weak
Partial SSL/TLS Assessment
Completed 3 of 4 security checks due to time constraints
Protocol Support
OCSP Status
📊DNS Health
DNS configuration and security assessment.
DNS Health
DNS configuration and security assessment
DNSSEC Not Enabled
DNSSEC is not configured for this domain
CAA Records Not Configured
Certificate Authority Authorization (CAA) records not found
Domain Transfer Lock Not Enabled
Domain can be transferred without authorization
Domain Delete Lock Not Enabled
Domain can be deleted without additional verification
DMARC Policy Set to None
DMARC is configured but not enforcing any policy
Domain Registration Details
- •No domain protection locks enabled
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
Port 21 (FTP) is publicly accessible - FTP - Often unencrypted file transfer
Service Exposed: SSH
Port 22 (SSH) is publicly accessible - SSH - Secure but can be brute-forced
Critical Service Exposed: Telnet
Port 23 (Telnet) is publicly accessible - Telnet - Unencrypted remote access
High-Risk Service Exposed: RPC
Port 135 (RPC) is publicly accessible - RPC - Windows RPC endpoint
High-Risk Service Exposed: NetBIOS
Port 139 (NetBIOS) is publicly accessible - NetBIOS - Windows file sharing
Critical Service Exposed: SMB
Port 445 (SMB) is publicly accessible - SMB - Windows file sharing, high risk
Critical Service Exposed: MSSQL
Port 1433 (MSSQL) is publicly accessible - MSSQL - Database server
Critical Service Exposed: Oracle
Port 1521 (Oracle) is publicly accessible - Oracle - Database server
Critical Service Exposed: MySQL
Port 3306 (MySQL) is publicly accessible - MySQL - Database server
Critical Service Exposed: RDP
Port 3389 (RDP) is publicly accessible - RDP - Remote Desktop, prime ransomware target
Critical Service Exposed: PostgreSQL
Port 5432 (PostgreSQL) is publicly accessible - PostgreSQL - Database server
Critical Service Exposed: Redis
Port 6379 (Redis) is publicly accessible - Redis - In-memory database
High-Risk Service Exposed: Elasticsearch
Port 9200 (Elasticsearch) is publicly accessible - Elasticsearch - Search engine
Critical Service Exposed: MongoDB
Port 27017 (MongoDB) is publicly accessible - MongoDB - NoSQL database
How does voucherplan.co.za compare?
voucherplan.co.za scores below average. Browse similar domains to see how competitors handle security.
🔧Technical Analysis
Detailed technical findings and analysis from AI assessment.
Technical Analysis
Comprehensive security assessment findings
Additional Findings
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