#privacy

Echtzeit-On-Chain-Daten für Oasis Sapphire (Chain-ID 23294) – die vertrauliche EVM-kompatible ParaTime im Oasis Network, die On-Chain-Privatsphäre für Smart Contracts bietet, mit ROSE als nativen Token. Fragen Sie den Live-Netzwerkstatus ab (letzte Blockhöhe, Netzwerk-ID, Client-Version), rufen Sie einen beliebigen Block nach Höhe oder den letzten ab (Zeitstempel, Transaktionsanzahl, verbrauchtes Gas / Limit, Basisgebühr, Miner), lesen Sie den aktuellen Gaspreis in Wei und Gwei und schlagen Sie den nativen ROSE-Saldo und die Transaktionsanzahl einer beliebigen Adresse nach. Ein schlüsselloser, kontoloser JSON-Wrapper über den kanonischen Sapphire JSON-RPC-Knoten – von Hex in einfache Dezimalzahlen und menschenlesbares ROSE dekodiert, sodass Sie dies nicht tun müssen. Ideal für Explorer, Wallets, Dashboards, Gasschätzer und Analysen auf Oasis Sapphire.

api.oanor.com/sapphire-api

Live network and blockchain data from Monero (XMR), the leading privacy cryptocurrency — no key, nothing stored. The network endpoint returns the live chain state: block height, difficulty, an estimated network hashrate, the mempool size, peer connections, hard-fork version and median block size. The block endpoint returns a block by height — its hash, size, timestamp and transaction count. The mempool endpoint returns the current unconfirmed-transaction pool with a sample of pending transactions and their fees. Data comes live from a public Monero blockchain-explorer node. Monero is privacy-preserving, so individual balances and amounts are unobservable — this is network/aggregate data, distinct from the exchange-ticker, market and transparent-chain APIs in the catalogue. Built for Monero dashboards, network monitors, mining tooling and explorers.

api.oanor.com/monero-api

Mascara un valor para mostrarlo de forma segura. El endpoint de máscara mantiene visibles los primeros y/o últimos caracteres y reemplaza el resto con un carácter de máscara — así una tarjeta se convierte en ••••••••••••1111 y un token API en sk**********3456 — y puede mantener intactos los separadores (espacios y guiones) para que el valor conserve su forma. Un enmascarador de correo electrónico dedicado oculta la parte local (y opcionalmente el dominio) mientras mantiene la dirección reconocible, por ejemplo, j•••••••@example.com. Elige cuántos caracteres revelar y qué carácter de máscara usar. Perfecto para mostrar los últimos cuatro dígitos de una tarjeta, ocultar parcialmente correos electrónicos y números de teléfono, y enmascarar tokens y números de cuenta en interfaces de usuario, recibos y registros. Cálculo puramente local — sin clave, sin servicio de terceros, instantáneo. En vivo, nada almacenado. 3 endpoints. Esto enmascara un valor conocido para su visualización; para encontrar y redactar PII dentro de texto libre, usa una API de redacción.

api.oanor.com/mask-api

Detect and redact personally identifiable information (PII) in free text. It finds email addresses, phone numbers, credit-card numbers (Luhn-validated to cut false positives), IPv4 and IPv6 addresses, US Social Security numbers and IBANs, and masks each one — with a per-type label like [EMAIL], a fixed replacement string, or a single character repeated to the original length. A detect endpoint returns every match with its type and position without changing the text. Perfect for scrubbing logs and support transcripts, sanitising data before sharing or sending to a third party, and privacy and compliance pre-checks. Pure local computation — text never leaves the server, no key, no third party, instant; up to 200,000 characters via POST. Live, nothing stored. 3 endpoints. Regex-based and best-effort — review before relying on it for legal compliance. Distinct from sentiment, profanity and general text tooling.

api.oanor.com/redact-api

Look up the live Tor network as an API — powered by the Tor Project's official Onionoo service and the canonical bulk exit-node list. Check whether any IPv4 or IPv6 address is a Tor relay (is_tor_relay) and whether it is an exit node that clients leave the network through (is_exit_node, corroborated against the bulk exit list), returning the full matching relay record(s): nickname, fingerprint, flags, country, autonomous system, advertised bandwidth, exit-policy summary and first/last-seen dates. Or search the public relay list by nickname, fingerprint, IP, country or flag (Exit, Guard, Fast, Stable…) with paging. Built for fraud and abuse triage, login-risk scoring, comment- and registration-filtering, and network research — knowing at a glance whether a connection originates from the Tor network. Range data is fetched live from the Tor Project, so it is always current. A Tor-network lookup — distinct from cloud/CDN attribution (cloudips), IP geolocation (ipgeo), ASN/BGP ownership (asn, ripestat) and open-port exposure (internetdb). No upstream key, no cache.

api.oanor.com/tor-api

Check whether a password has appeared in known data breaches — as an API over Have I Been Pwned's Pwned Passwords corpus (800+ million unique compromised passwords). It uses k-anonymity: only the first 5 characters of a password's SHA-1 hash are ever sent upstream, so the password itself never leaves in full. Pass a password (hashed in memory, never stored or logged — send it via POST so it never appears in a URL/log) or a SHA-1 hash to learn whether it has been breached and how many times; or fetch a raw k-anonymity range for a 5-character hash prefix and do the matching entirely on your own side for zero password exposure. Screening sign-ups and password resets against breached-password lists is recommended by NIST 800-63b, and this makes it a one-call check. A breach / credential-security resource — distinct from password generators, cryptographic hashing and bcrypt. Open data from Have I Been Pwned (Troy Hunt), CC BY 4.0.

api.oanor.com/pwned-api