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FOLIO // 13 · BESPOKE COMPLIANCE & PROPRIETARY TAXONOMY

Bespoke Detection Engines. Compiled for Your Exact Taxonomy.

Generic AI redaction tools fail on internal matter numbers, proprietary project codenames, and non-standard clinical identifiers. We engineer, benchmark, and compile custom pattern engines tailored to your organization's exact internal data schemas.

0% RE-DOS BACKTRACKINGWASM / RAM COMPILEDZERO-EGRESS ISOLATION48-HR RAPID TURNAROUNDCLIENT-HELD DICTIONARIES
ENGINE // COMPILER_TELEMETRYONLINE
ACTIVE_TAXONOMY:Litigation & Corporate M&A
SPEC_ID:ENG_LEGAL_CORP_09
RULE_DENSITY:24 Bespoke Rules
INGESTION_LATENCY:0.62ms / page
NETWORK_EGRESS:0 BYTES (BLOCKED)
DELIVERY_SLA:48 Hours
INTERACTIVE SPECIMEN PLAYGROUND

Test Bespoke Detection Across High-Risk Verticals

Select an archetype below to see how Redactorr captures proprietary internal identifiers that off-the-shelf LLMs and basic PII scrubbers miss completely.

DOC // IN-MEMORY SPECIMEN
CONFIDENTIAL MEMORANDUM // RE: [CONFIDENTIAL_PROJECT_1] (MATTER: [MATTER_NO_1]) Parties: [PARTY_1] and [PARTY_2]. Lead Partner: [PARTNER_NAME_1] (Partner Code: [PARTNER_ID_1]). Special Counsel Instructions: Settlement escrow at [BSB_1] Account [ACCOUNT_1] under Escrow Sub-Ledger [ESCROW_ID_1].
PROPRIETARY TOKENS MASKED:[CONFIDENTIAL_PROJECT][MATTER_NO][PARTNER_ID][ESCROW_ID]
SCHEMA // COMPILED DFA RULESZERO-BACKTRACKING GUARANTEE
// Internal Legal Matter Parser
const MATTER_PATTERN = /(?:MATTER|MAT)[:\s#-]*(\b202[4-9]-\d{4,6}\b)/gi;
const PARTNER_CODE = /\bPTN-[0-9]{3,5}\b/g;
const ESCROW_REF = /\bESC-[A-Z]{3,10}-\d{3,6}\b/g;
Deterministic Finite Automaton (DFA)RAM Consumption: ~12 KB
ENGINEERING LIFECYCLE

From Internal Taxonomy to In-Browser Engine in 48 Hours

Every custom engine is synthesized through a rigorous 4-step engineering and benchmarking protocol before deployment.

01

Taxonomy Intake & Boundary Mapping

We review your internal schemas, sample redaction edge-cases, and regulatory requirements (APRA CPS 234, APP 11, DISP, or HIPAA).

SYNTHETIC SPECIMENS ONLY
02

Deterministic DFA Synthesis

Our cryptographic engineers author verified, backtracking-free regular expressions, Luhn/Mod checksum validators, and Trie lookup tables.

ZERO RE-DOS VULNERABILITY
03

WASM In-Memory Compilation

Rules are compiled into an optimized binary pack that runs inside browser RAM or local Docker containers with sub-millisecond latency.

< 0.8MS EXECUTION SPEED
04

Zero-Egress Sealed Deployment

Deployed directly to your team via encrypted client bundle, air-gapped container image, or internal private npm/cargo registry.

100% IN-BROWSER / AIR-GAPPED
DEPLOYMENT TOPOLOGIES

Where Does Your Custom Engine Run?

All custom engines execute client-side or on customer infrastructure. No raw documents ever leave your perimeter.

Deployment TopologyExecution EnvironmentEgress BoundaryIdeal For
Web Browser & ExtensionWebAssembly / JS in client RAM0 Bytes (Browser sandbox)Front-line staff, paralegals, claims processors copying into ChatGPT/Claude
Air-Gapped Docker VPCSelf-hosted Linux containerAir-gapped (No external network)Hospital networks, defence contractors, sovereign cloud pipelines
Developer CLI & Pre-CommitLocal developer workstationLocal machine onlyEngineering teams preventing proprietary API keys and tokens in git commits
Automated Batch ServicePrivate microservice / S3 listenerCustomer-held AWS / Azure VPCArchival discovery runs, bulk court brief processing, data migration sanitisation
REQUEST BESPOKE ENGINE PACK

Specify Your Custom Detection Requirements

Send us your target entity descriptions or schema requirements. Our security engineering team will review your specifications and provide a synthesized rule preview and deployment quote within 24 business hours.

Confidentiality GuaranteeWe execute mutual NDAs prior to schema intake. Synthetic test examples are preferred.
Rapid TurnaroundStandard custom packs delivered and verified within 48 to 72 hours.
QUESTIONS & ANSWERS

Frequently Asked Questions About Custom Engines