VirusTotal
4 / 92 engine detections
보고서 열기“Sign In · OC.AGENT”
The sent-report ledger records the first outgoing report at .
The recorded recipient is abuse@dynadot.com.
The latest stored availability evidence still shows the domain reachable; 21 days has elapsed since the first outgoing report.
ICANN RAA §3.18 describes registrar abuse-contact and handling obligations. This section records outgoing timestamps, listed recipients, case identifiers, and later availability. It does not by itself prove receipt, acknowledgement, investigation, remediation, or contractual non-compliance.
hk7.ocportal.co — 마지막으로 알려진 활성 (HTTP 307). 브랜드 사칭: MetaMask; 사기 유형: Credential Phishing. 증거 요약: VirusTotal 4/92 (CRDF, Forcepoint ThreatSeeker, Gridinsoft, SOCRadar); 1 external blocklist match (ScamSniffer); PhishDestroy score 72/100. 등록기관: DYNADOT.
원본 포렌식 기록을 보존하기 위해 아래의 상세 PhishDestroy AI 분석은 영어로 유지됩니다.
4 / 92 engine detections
보고서 열기Scan report
보고서 열기no community references
보고서 열기provider verdict: clean
보고서 열기No threat flag
보고서 열기No malicious flag
보고서 열기Results reflect each source’s collection time. Zero detections do not guarantee safety. OTX references are community publications.
PhishDestroy threat report
hk7.ocportal.co is a credential phishing page that presents itself as the sign-in screen of "OC.AGENT", an agent-style account portal. It targets people who expect to log in to that portal and hands their username and password to the operators. PhishDestroy first flagged it on 2026-09-29. As of 2026-10-19 the host is still alive and serves a redirect, so the link can still route visitors onward.
The page carries the title "Sign In · OC.AGENT" and mimics a routine login form. Victims usually arrive through a link sent by message, email or a chat contact. Anything typed into the form goes straight to the attackers. With those credentials they can take over the account, reuse the password on other services, or use the hijacked agent access to reach funds and customers tied to it. The numbered subdomain under a portal-sounding parent name makes the address look like one node of a legitimate service.
Detection is still thin. On 2026-10-10, 4 of 92 VirusTotal engines flagged the domain: CRDF, Forcepoint ThreatSeeker, Gridinsoft and SOCRadar. Most security tools will therefore not warn a visitor yet. Beyond PhishDestroy, the domain is listed by ScamSniffer, a blocklist focused on crypto scams, which points to a crypto-related audience.
The parent domain ocportal.co was registered through DYNADOT LLC on 2026-08-14, about six and a half weeks before PhishDestroy detected the phishing page. The site runs on Amazon's AMAZON-02 cloud network, on a server located in Hong Kong. Its certificate is a free, automatically issued Let's Encrypt certificate, so the padlock in the browser says nothing about whether the site is legitimate.
If you entered a password on this page, change it right away on the real service and on every other site where you used it. Turn on app-based two-factor authentication, sign out of all active sessions, and review recent logins, payouts and account changes for anything you did not do. Alert the genuine OC.AGENT provider and your team so they can lock the account and watch for misuse. Defenders should block hk7.ocportal.co and consider blocking the wider ocportal.co domain. They should also search mail and chat logs for links to it and check whether any users who clicked it later logged in from unfamiliar locations.
Last checked
darl.ns.cloudflare.comdell.ns.cloudflare.comLocation describes the IP network.
a73ead2746e22eb444036e9455f03c8f982d8d6d9df48d8a73f12de59c0f9748ocportal.coSaved certificate metadata. Certificate dates without a timezone are shown as stored. Transport encryption does not establish that the site is trustworthy.
Google PageSpeed Insights — mobile performance audit of hk7.ocportal.co · checked Sep 29, 2026
An estimated time describes an observation window. It does not prove a registrar action or the exact moment a site became unavailable.
Compare what a browser and a crawler receive, and check for Keitaro traffic routing.
redirect: raw=redirect_307; http=307; via=https_proxy; location=/home; server=nginx
hk7.ocportal.co
Dated changes retained by the monitor and source collectors. Newest observations appear first; source states are not proof of a takedown.
알 수 없음→redirected
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알 수 없음→redirected
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알 수 없음→redirected
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알 수 없음→redirected
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알 수 없음→redirected
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알 수 없음→redirected
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알 수 없음→redirected
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접속 가능
No threat flag
View source4/92 engine detections
View sourcePD-20260929-DF26E8
hk7.ocportal.co
View sourcePage captured
View source저장된 유사 도메인 79개
PD-20260929-DF26E8 Recipient: abuse@dynadot.com Registrar: Dynadot LLC / Dynadot Inc (United States) Policy Violations: Acceptable Use forbids illegal content; Spam & Abuse Policy prohibits phishing, fraud, malware; Dynadot may disable DNS and suspend domains Applicable Laws: CFAA 18 U.S.C. §1030, Wire Fraud 18 U.S.C. §1343, CAN-SPAM Act
계정 자격 증명, 개인 정보 또는 결제 정보를 입력했거나 이 도메인에서 파일을 다운로드한 경우 즉시 조치를 취하세요. 다음은 사건을 신고하고 자신을 보호하는 데 도움이 되는 리소스입니다.
공식 사이버 범죄 연락처 또는 불만사항 초안 작성 →를 받으려면 국가를 선택하세요.
Template-based draft · optional AI wording assistance requires separate consent
Choose the steps that match what you shared. Keep a copy of this report alongside your own records.
Stop using the suspicious site. Open the real service through its official app or an address you already trust.
Keep original emails, receipts, messages and screenshots in a secure place. A factual timeline helps the receiving authority understand what happened. IC3 evidence guidance ↗
hk7.ocportal.co)비록 모든 세부 사항을 알지 못하더라도 — 어쨌든 신고를 하세요. 부분적인 정보라도 수사에 도움이 됩니다.
A report is not a guarantee of recovery or investigation, but prompt, accurate transaction data can help authorities and service providers trace the incident.
Further guidance: NIST · phishing responseFBI IC3 · reports & evidenceFTC · recovery scams
This report combines saved page captures, registration and network records, scanner results and PhishDestroy reporting history. Each source keeps its own observation date. Open a source report to inspect the original result.
The AI-assisted analysis was written on . It describes the evidence available at that time; later source checks can change.
A capture documents what was shown. A scanner result records that provider’s assessment at the time of its check. Neither a valid certificate nor a zero-detection result is a guarantee of safety.