See Your Business the Way an Attacker Sees It

More than most organisations expect. Your registered domains and subdomains, the servers and services those names resolve to, the software running on them and often its version, your email configuration, your certificates, staff email addresses, and any of your data that has appeared in a breach. None of this requires access to your systems. It is published, and anyone can look at it.

Yes. Subdomains can be enumerated from passive DNS records and certificate transparency logs, which publish a record every time a certificate is issued. Internet-wide scanning services then map which addresses respond and what is listening. This routinely surfaces hosts an organisation had forgotten, such as a test server or a decommissioned supplier portal still resolving.

Yes. Internet-facing services frequently disclose the software and version they run, in HTTP headers, banners or error pages. Matching that against public vulnerability databases tells an attacker which known weaknesses may apply, before they attempt anything. This is the single most common starting point for opportunistic attacks.

Often, yes. When any service your staff have used is breached, the credentials from it are traded and published. Attackers search that data by email domain. Because password reuse remains common, a credential leaked from an unrelated site can grant access to something of yours, particularly where multi-factor authentication is not enforced.

Yes, and it takes seconds. SPF, DKIM and DMARC records are published in DNS and readable by anyone. If DMARC is missing or set to take no action, an attacker knows they can send email that appears to come from your domain with a good chance of delivery. That is the foundation of most business email compromise.

Yes, and they do. Typosquatted domains substitute or transpose characters, and lookalike domains add plausible words such as support, billing or login. Registration is cheap and requires no permission. These domains are used to host phishing pages and to send email that passes a casual glance.

Yes. The protocols and cipher suites a server supports are disclosed during the handshake, so support for outdated TLS versions or weak ciphers is externally visible. Certificate details, including expiry, are public. An expired certificate on a forgotten subdomain is both a visible weakness and a signal that the host is unmanaged.

Assess it from outside, using only public information, the way an attacker would. That means starting from a domain name rather than an asset inventory, because the inventory is exactly what misses the forgotten assets. An external cyber risk assessment does this deliberately and reports what it finds, ranked by severity.

See.Tech is an agentless external cyber risk platform. Give it a domain and it maps what your organisation exposes to the public internet, identifies vulnerabilities, leaked credentials, email and DNS weaknesses, TLS problems, poor domain reputation and impersonating domains, then scores and ranks what it finds. Nothing is installed, no credentials change hands, and first findings return in hours.