SAFE NETWORK DIAGNOSTICS

Professional Network and IP Diagnostic Tools

Run bounded DNS, IP, port, latency and browser-speed diagnostics against one public target at a time. Private destinations and bulk scanning are blocked.

NETWORK OPERATIONS TOOLKIT

Choose a diagnostic tool

Each module is isolated in its own workspace. Active checks are intentionally rate-limited and require human verification.

DNS LookupA, AAAA and hostname resolutionLIVE Reverse DNSPTR and reverse hostname contextLIVE IP InformationPublic address and protocol detailsLIVE ASN ContextNetwork ownership context when availableLIVE Ping TestICMP latency and response stateLIVE TCP Port CheckOne approved service port per requestLIVE Route ReadinessDNS, reachability and timing signalsLIVE Service ReachabilityBounded TCP connection diagnosticsLIVE SSL / TLS CheckTrust chain, expiry and cryptographyOPEN Mail DNSMX, SPF, DKIM and DMARCOPEN HTTP HeadersStatus, compression and security headersOPEN Technology SignalsPassive HTML and response inspectionOPEN Web MetadataCanonical, title and structured dataOPEN Speed TestLatency, download and upload to XNET-AILIVE Exposure ReviewNon-invasive public attack-surface signalsSAFE Vulnerability ReviewAvailable as a scoped professional assessmentGATED

Configure a public target and service

The report combines DNS, reverse-host context, reachability, TCP timing and latency.

Human verification and responsible use

Every request is rate-limited and logged. Private targets and bulk scanning are blocked.

Professional diagnostics with a safe operating boundary

DNS and IP intelligence

Resolve public IPv4 and IPv6 addresses and return reverse-host context without enumerating private infrastructure.

Single-port verification

Check one approved TCP service per request without range scanning, payload delivery or brute-force activity.

Latency and speed

Measure reachability, connection time and the browser path to the XNET-AI service.

Public vulnerability scanners, broad Nmap sweeps, OpenVAS, ZMap, Nikto, credential attacks and CMS exploitation are not exposed as anonymous self-service actions. They require ownership verification, written authorization, an approved scope and an isolated professional assessment workflow. This protects both the customer and the XNET-AI infrastructure from misuse.