Is pafinatunakota.org a scam site? Scam, spam & reviews

Score
42
HTTP status
-
-
SSL/TLS
Invalid
-
Server/AS
DIGITALOCEAN-ASN - DigitalOcean, LLC, US
178.128.99.218
Open site

Scores & key points

Security
Reputation
Scam risk

Caution signals

  • [Medium] Newly registered domain.
  • [Medium] No valid SSL/TLS certificate found.
  • [Low] Without SPF/DMARC, email sender spoofing risk is increased.

Reputation

Open PageRank 1.00 / 10
Tranco - Global
Source: sqlite

Review summary — pafinatunakota.org

Overall 42 (Suspicious site)

Risk signals such as WHOIS privacy or missing security headers have been identified.

Strengths

  • SPF configured

Weaknesses

  • No valid SSL/TLS certificate
  • HSTS not set
  • CSP not set
  • DMARC not configured
  • Domain registered within the last 6 months

Detailed review — pafinatunakota.org

Domain review

Domain created: 2026-01-27T04:11:08Z (≈ 0m). Registrar: NameCheap, Inc.. Hosting / AS: DIGITALOCEAN-ASN - DigitalOcean, LLC, US — Singapore. Popularity: OPR 1.00/10. Reputation: GSB clean WebRisk clean. Email security: SPF On, DMARC None.

Shop / transaction review

No mixed content detected. No mixed content detected. Structured data: Organization Absent, contactPoint Absent. Hidden text ratio 0%.

Technical review

HSTS Off (preload: Unknown). Applies 0/6 security headers. DNSSEC Off. Email security: SPF On, DMARC None. MTA‑STS policy: None. TLS‑RPT Off. security.txt: not available. JS obfuscation score 0. Reputation: GSB clean, WebRisk clean → overall Good.

Explanation — strengths and stability

Age: about (≈ 0m) (created on 2026-01-27T04:11:08Z).

GSB clean

WebRisk clean

Email security: SPF On, DMARC None.

No mixed content detected.

Looking at operator information together with trust metrics helps you judge brand/merchant consistency and the likelihood of long‑term operation.

Checking payment page security (HTTPS enforcement, form target host consistency, script integrity) along with customer support and return policy gives a more accurate sense of real‑world trust.

In parallel, applying security headers, automated certificate renewal, email domain protection (DMARC/TLS‑RPT), and removing mixed content will improve overall reliability and delivery/search stability.

Explanation — risks and areas to improve

Without HSTS, downgrade and man‑in‑the‑middle attacks can weaken HTTPS enforcement. Enable HSTS and prepare for preload registration.

Missing key security headers leaves the site vulnerable to clickjacking, MIME sniffing, and data leakage.

Without DNSSEC, trust relies solely on parent name servers and DNS tampering risks can be higher in some environments.

If DMARC is absent or set to p=none, protection against sender spoofing is weak. Consider quarantine/reject policies.

Without MTA‑STS, SMTP TLS enforcement is weaker.

Without TLS‑RPT, it is harder to collect TLS failure signals and operational insight.

Without security.txt, the vulnerability disclosure channel is unclear and response may be delayed.

Estimated domain age
0m
Registrar
NameCheap, Inc.
SSL valid
No
Server / ASN
DIGITALOCEAN-ASN - DigitalOcean, LLC, US
Final URL
https://pafinatunakota.org/
SPF
Yes
DMARC
No
CT wildcard usage
Yes
HSTS preload
Unknown
security.txt
No
TLS‑RPT receivers
Absent
Domain creation date
2026-01-27T04:11:08Z
Hosting / AS
DIGITALOCEAN-ASN
Hosting country
Singapore
GSB status
No match
WebRisk status
No match
DNSSEC
Absent
Legal/contact pages
No
Structured data: Organization
Absent
Structured data: contactPoint
Absent
Registry risk (0–100)
3
mixed_http
0
JS obfuscation score
0
Payment logo count
0
Hidden text ratio (%)
0
Cross‑domain POST form count
0
External host logos/icons
0
YARA matches
0

This analysis is an automated, data‑based opinion for reference only. Please verify the information yourself before paying or downloading anything.

About this report

  • First analysis: -
  • Last updated: 2026-02-21 08:26:29
Email

Traffic signals

UTM source -
UTM medium -
ref / from -
Shortened URLs on page 0

Security headers

  • HSTS
  • Content‑Security‑Policy
  • X‑Content‑Type‑Options
  • X‑Frame‑Options
  • Referrer‑Policy
  • Permissions‑Policy
Enable HSTS
add_header Strict-Transport-Security "max-age=15552000; includeSubDomains; preload" always;
Set CSP
This is a minimal CSP example. Adjust allowed sources to your project.
add_header Content-Security-Policy "default-src 'self'; img-src 'self' data:; object-src 'none'; base-uri 'self'";
Prevent content type sniffing
add_header X-Content-Type-Options "nosniff" always;
Prevent clickjacking
add_header X-Frame-Options "SAMEORIGIN" always;
Set Referrer‑Policy
add_header Referrer-Policy "strict-origin-when-cross-origin" always;
Set Permissions‑Policy
add_header Permissions-Policy "geolocation=(); microphone=(); camera=()" always;
Configure DMARC
v=DMARC1; p=quarantine; rua=mailto:dmarc@pafinatunakota.org; ruf=mailto:dmarc@pafinatunakota.org; fo=1

Domain lineage

  1. 2026-01-27
    Domain registered: 2026-01-27T04:11:08Z

Essentials

Google Safe Browsing No match
Google Web Risk No match
AbuseIPDB 0%
SPF Configured
DMARC -
DNSSEC No
Cookie security Absent
Mixed content (http) 0
Legal pages Absent
HTTP status-
Server DIGITALOCEAN-ASN - DigitalOcean, LLC, US
CDN / Hosting Other CDN
HSTSNo
Valid until-
Issuer-
Registrant / organizationDIGITALOCEAN-ASN - DigitalOcean, LLC, US
RegistrarNameCheap, Inc.
ASN14061
Network178.128.96.0/20
Title-
Final URL: -

Threat insight

Dangerous (risk 70/100)
  • New domain (< 6 months)
  • Using invalid or expired SSL/TLS certificates triggers browser warnings and increases the risk of man‑in‑the‑middle attacks or confusion with phishing sites. Check certificate status regularly.
  • Without HSTS, downgrade and man‑in‑the‑middle attacks can weaken HTTPS enforcement. Enable HSTS and prepare for preload registration.
  • Missing key security headers leaves the site vulnerable to clickjacking, MIME sniffing, and data leakage.
  • If DMARC is absent or set to p=none, protection against sender spoofing is weak. Consider quarantine/reject policies.

The risk score of this site is calculated by combining browser security headers, SSL status, mixed content, email domain protection (SPF/DMARC), redirect/obfuscation patterns, and the results of Google Safe Browsing and WebRisk. Strong signals indicate possible phishing or malware. Avoid any sensitive operations such as payments, logins, or entering wallet recovery phrases. Always verify that the operator information and contact methods match official sources, and that the domain in the address bar matches the legitimate site. Before entering payment or personal information, verify operator information (company/contact), HTTPS enforcement, DMARC/TLS‑RPT, and check for mixed content.

Deep scan (HTML / headers)

Mostly safe (deep 0/100)

Before entering payment or personal information, verify the site operator/contact, HTTPS enforcement (HSTS), and the presence of DMARC and TLS‑RPT.

HTTP status (deep) -
Set‑Cookie (count) 0
Cookie security insufficient Secure×0 / HttpOnly×0 / SameSite×0
HTTP resources (deep) 0
Top third‑party hosts 0
Collection time: 2026-02-21T08:26:29+00:00

User scenarios

If you make a payment on this site

Entering card, bank or wallet details on this site is high risk. Only proceed after confirming the official domain via trusted channels. Mixed or non-encrypted (HTTP) resources or weak TLS can expose payment data or session tokens on some networks. Missing or weak DMARC lets attackers send spoofed payment emails. Type the domain manually instead of clicking links in unexpected messages.

If you log in or enter personal data

Entering passwords or sensitive identifiers on this site is high risk. Account takeover or identity abuse is more likely; verify the official domain or app first.

Server location

Singapore (SG) · ASN 14061 / DIGITALOCEAN-ASN

History

Change --

Recently added sites

Reviews

Average - / total 0

Checksum e7930d3e2e02e3e6175f5dbb00c31dbc28c09ca834213dfb2481dca3c5837fa4

Analyzing

Collecting various signals and public data.

  1. Start
  2. Fetch DNS / WHOIS
  3. Check HTTP response
  4. Verify SSL/TLS
  5. Query reputation
  6. Collect PageSpeed data
  7. Analyze security headers
  8. Check email security
  9. Integrate extended signals
  10. Build report