CTP247PRE-LAUNCH

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CTP247 is cyber threat protection that never clocks out — autonomous agents watching your attack surface, brand, and the dark web 24/7. Leave your email and we'll let you know when it's live.

One email at launch. No newsletters, no marketing dripfeed.

CTP247

Data Leakage & Fraud

Find your data where it shouldn't be.

Cards from your BIN range in a fraud channel. Customer records in a paste. Internal documents on a forum. CTP247 validates what's real, matches it to what's yours, and tracks every sighting through a lifecycle — so 'are we leaked?' has an answer with evidence, not a shrug.

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DATA LEAKAGE & FRAUD · SAMPLE LOGREC
[leakage]12 PANs sighted in fraud channel · Luhn-valid: 9
[bin]BIN 4571** matched to registered range
[hash]PANs hashed at ingest · first6+last4 retained
[dlp]policy 'source-code' matched on paste site
[sla]breach threshold not met · monitoring continues
[case]card batch linked to case CT-2381

Leaked card detection

Card sightings are Luhn-validated and matched against your registered BIN ranges in a database-backed registry — so the alert is about your cards, with the noise of invalid numbers and other banks' ranges already removed.

PANs hashed, never stored

Card numbers are SHA-256 hashed at ingestion with only first-six and last-four retained for matching. The leak doesn't get a second life inside your monitoring tool.

Sighting lifecycle

Every leaked card moves through a state machine — sighted, confirmed, actioned, closed — so reissue workflows and fraud teams work from the same authoritative status.

Custom DLP policies

Define regex policies for what counts as yours — code signatures, document markers, account formats. Policies are statically checked for catastrophic patterns and capped at 0.5s runtime with auto-disable, so a bad regex can't take the pipeline down.

Breach SLA tracking

Operator-tunable thresholds decide when accumulating sightings constitute a notifiable breach. When the line is crossed, the clock and the evidence pack are already assembled.

Routed to who acts

Card batches route to fraud ops, DLP hits to security, breach evaluations to compliance — via email, Slack, Teams, PagerDuty, Opsgenie, or webhook.

How it works

01

Register what's yours

BIN ranges into the registry, DLP policies for your data formats, notification thresholds per severity. This is the matching baseline.

02

Sightings stream in

Card and data sightings arrive from the dark-web crawlers, paste monitoring, and underground channels — every sighting carries its source and capture evidence.

03

Validate and match

Luhn validation kills fake numbers; BIN matching scopes to your ranges; DLP policies score data hits. Only what's real and yours becomes an alert.

04

Track the lifecycle

Each confirmed item moves through its state machine with full audit history — who confirmed, what action, when closed.

05

Evaluate breach posture

The breach engine continuously evaluates accumulated findings against your SLA thresholds, so notification decisions are made on data, on time.

Under the hood

VALIDATIONLuhn check on every PAN sighting before alerting
BIN REGISTRYDatabase-backed, operator-managed BIN range matching
PAN HANDLINGSHA-256 hash at ingest; first6+last4 retained, full PAN never stored
LIFECYCLEState machine: sighted → confirmed → actioned → closed, audited
DLP ENGINECustom regex policies; static rejection of nested quantifiers
DLP SAFETY0.5s wall-clock cap per policy with auto-disable on timeout
BREACH ENGINEOperator-tunable SLA thresholds and notification evaluation
ROUTINGEmail, Slack, Teams, PagerDuty, Opsgenie, SMS, webhook