Corporate Privacy & Data Integrity Policy

This policy establishes the objective legal framework governing the automated, non-persistent processing of digital identifiers, inbound network traffic, electronic correspondence metadata, and physical corporate logistics interacting with the endpoints of Coreaptus Ltd.

All data operations are strictly aligned with the Data Protection Act 2018 and the UK General Data Protection Regulation (UK GDPR). Coreaptus processes structural metadata under the lawful basis of Article 6(1)(f) UK GDPR (Legitimate Interests) to maintain infrastructural defense, neutralize network-level anomalies, and enforce operational resilience across its nodes.

Where communication shifts toward formal onboarding, processing is governed by Article 6(1)(b) UK GDPR (Contractual/Pre-contractual Necessity) under strict bilateral frameworks.

The provisions of this mandate apply universally to all global structural data interactions, independent of the geographic origin of the inbound connection. While Coreaptus Ltd is a statutory entity incorporated in the United Kingdom, its computational nodes, security perimeters, and data-isolation protocols enforce a borderless, sovereign standard of data defense.

Consequently, any cross-border data packet targeting a Coreaptus terminal—regardless of whether it originates within the European Economic Area (EEA), North America, or sovereign institutional networks—is immediately subjected to these uniform zero-trust conditions.

The designated Data Controller responsible for the architectural integrity and regulatory compliance of all processed datasets under UK statutory frameworks is Coreaptus Ltd, a private limited company incorporated under the laws of the United Kingdom with Company Registry Number 16844716.

All regulatory inquiries, statutory data-subject notices, or formal data protection communications must be routed through our verified corporate office or our primary digital legal terminal:

To eliminate traditional data aggregation vectors and institutional surveillance leaks, the Coreaptus electronic communications framework is integrated natively with a zero-access, post-quantum resistant Swiss enterprise infrastructure. This choice of architecture guarantees that all digital traffic routed to our core terminals hits a cryptographically segregated environment immediately at the edge.

For verified institutional counterparts utilizing corresponding secure nodes, all message payloads and file attachments are shielded by end-to-end asymmetric encryption (PGP), rendering the contents entirely unreadable to third-party intermediaries, internet service providers, and host infrastructure providers.

To enforce an absolute data-minimisation boundary, the web infrastructure of Coreaptus Ltd operates entirely on a stateless architecture. Traditional persistent server logging is fundamentally deactivated. Temporary digital identifiers—including incoming IP vectors, connection timestamp matrices, and request headers—are processed exclusively within volatile, non-persistent RAM memory blocks.

This processing is executed under Article 6(1)(f) UK GDPR (Legitimate Interests) solely to enforce real-time rate limiting and prevent infrastructure degradation. Because these memory parameters are completely wiped on an automated cycle, Coreaptus maintains a zero-footprint architecture with zero persistent server logs stored on non-volatile media.

All digital traffic targeting the coreaptus.com domain passes through a hard-engineered, automated edge defense boundary. In the event of high-volume protocol anomalies, distributed denial-of-service (DDoS) vectors, or automated malicious network scanning, inbound traffic is subjected to algorithmic filtering.

This defense system instantly isolates, blocks, and discards malicious payloads at the network periphery. No client or user history is generated or archived during this mitigation loop, ensuring that our security perimeters neutralize adversarial behavior without creating a downstream data trail.

The coreaptus.com web repository is constructed as a monolithic, static asset layout engineered to eliminate client-side execution vulnerabilities. The public node operates strictly on native, plain HTML and CSS presentation layers. By deliberately omitting dynamic client-side tracking engines, intrusive client-side script runtimes, and local session caching arrays, Coreaptus ensures complete execution isolation. The user interface functions entirely without generating localized telemetry footprints, tracking state caches, or local browser storage manipulation.

Coreaptus Ltd enforces a comprehensive ban on commercial surveillance tools, marketing scripts, and analytics software. This node is completely insulated from third-party ecosystems and incorporates:

No advertising identifiers or behavioral profiles are ever generated, aggregated, or transferred to third-party data brokers, ensuring absolute digital containment at the perimeter.

Initiating digital correspondence with any Coreaptus terminal node triggers an automated cryptographic routing protocol. All electronic messages are processed via our Swiss-hosted enterprise infrastructure. This architecture ensures that inbound data packets are subjected to Zero-Access Encryption immediately upon reaching our mail boundary.

In line with Coreaptus's decentralized structure, authorized administrative personnel retain secure, global access to these encrypted communication channels. Decryption occurs strictly at the edge on verified, authenticated terminals. This cross-border access is strictly governed to assess operational eligibility and manage institutional inbound intake.

Digital correspondence via email requires the processing of necessary routing metadata (e.g., sender's electronic mail address, origin IP, and transmission timestamps) to ensure delivery, verify authenticity, and prevent spoofing. These identifiers are processed for the purpose of secure communication management.

Coreaptus enforces a systematic filter against unsolicited communications, speculative pitches, and unverified data transfers. Any electronic correspondence that fails to satisfy our high-stakes institutional mandate criteria, or arrives from unvetted entities, is classified as an unauthorized transmission.

The registered statutory and corporate correspondence address of Coreaptus Ltd (71-75 Shelton Street, Covent Garden, London, WC2H 9JQ, United Kingdom) is operated via proxy under a contract with 1st Formations.

Inbound physical mail delivered to this node is received by contracted third-party personnel. By default, standard corporate correspondence undergoes automated intake processing, physical opening, high-speed scanning, and digital transmission to Coreaptus personnel globally.

If the sender wants to bypass third-party digitization pipelines and ensure that physical payloads are processed exclusively by Coreaptus personnel themselves, institutional counterparties must rigidly enforce an outer envelope classification marking.

All high-security physical dispatch must bear the clear, external visual token that identifies it as confidential. When this classification is present, the proxy service provider is legally prohibited from opening, scanning, or digitally parsing the envelope. Instead, the physical asset is preserved intact and safely routed via secure forwarding directly to authorized Coreaptus personnel globally, maintaining complete data isolation.

Failure to apply the required confidentiality marking constitutes a waiver of the sender's expectation of physical isolation, rendering the asset subject to standard digitization protocols.

The core digital infrastructure of Coreaptus Ltd is physically and legally insulated within sovereign territory. The coreaptus.com web asset deployment, operational data stores, and primary cryptographic routing mechanics are hosted exclusively within a secure, server node located in Switzerland.

Coreaptus Ltd operates a decentralized, borderless operational model. Inbound datasets, communication records, and engagement metadata processed through the Swiss nodes are accessed globally by authorized administrators.

Furthermore, data under formal engagement can be synced, mirrored, and archived into air-gapped, off-grid cold storage facilities anywhere on Earth—or within the physical universe—based entirely on Coreaptus’s absolute defensive discretion.

By interacting with Coreaptus nodes, counterparts explicitly acknowledge and consent to this multi-jurisdictional data movement. Cross-border transfers and universal storage syncing are executed under strict compliance with Chapter V of the UK GDPR, legally justified through:

Coreaptus Ltd enforces a strict data-minimization policy for peripheral traffic. However, for datasets generated under formal engagement or institutional correspondence, Coreaptus reserves the right to implement a Legal Hold. Such data may be archived in cold storage for durations aligned with the maximum statutory limitation periods of the applicable jurisdictions to ensure the protection of legal rights and the resolution of potential fiduciary disputes. These archived datasets are isolated from active operational environments and are accessed exclusively for legal defense or statutory compliance.

Under statutory frameworks, data subjects maintain the absolute right to object to the processing of their personal data where such processing is predicated on Article 6(1)(f) UK GDPR (Legitimate Interests). Because Coreaptus Ltd processes peripheral connection parameters and communication routing metadata exclusively to maintain real-time edge defense and infrastructure security, any objection to this non-persistent processing must be submitted directly to our legal terminal.

Upon receiving a valid objection, Coreaptus will immediately terminate the processing of the specific identifier unless we demonstrate compelling, overriding legitimate grounds for the defense of our computational infrastructure that supersede the data subject's fundamental rights and freedoms.

In strict accordance with the UK GDPR and Data Protection Act 2018, data subjects whose identities have interacted with Coreaptus terminals retain specific statutory entitlements:

Given our architecture's native design—which leverages non-persistent RAM-only logs and immediate destruction loops for unverified inbound intake—most peripheral traffic data is entirely non-existent. For records actively maintained under formal pre-contractual processing, erasure requests will trigger complete, multi-node localized wiping. All statutory requests must be submitted exclusively via our designated legal terminal at Legal@coreaptus.com or via verified physical dispatch to our registered London office.

Data subjects retain the absolute statutory right to lodge a formal complaint with the primary data protection supervisory authority in the United Kingdom if they believe that the processing of their personal data by Coreaptus Ltd breaches the UK GDPR or the Data Protection Act 2018.

The designated supervisory authority is the Information Commissioner’s Office (ICO). Data subjects can initiate contact, verify regulatory registration metrics, or report compliance anomalies through the official ICO portal:

The data handling protocols, security architectures, and structural parameters outlined across this Privacy & Data Integrity Policy serve solely as a preliminary informational overview of Coreaptus Ltd's baseline operational standards.

This document is published exclusively for regulatory transparency under the Right to be Informed (Article 13 UK GDPR). It does not constitute a binding legal warranty, an enforceable service level agreement (SLA), or a final compliance covenant.

Upon the execution of a bilateral Fiduciary Retainer Agreement, both parties explicitly acknowledge and consent to the archival of engagement-related data for the duration of the applicable legal statutes of limitation. This ensures that evidentiary integrity is maintained for the protection of both the Controller and the counterparty in the event of future judicial review.

This general data governance disclosure does not represent a fully executed confidentiality covenant. Actual operational data governance, customized security parameters, advanced cryptographic protocols, and binding multi-node compliance obligations are exclusively defined, structured, and legally bound upon the formal execution of a bilateral Fiduciary Retainer Agreement between Coreaptus Ltd and the verified institutional counterparty.

In the event of any operational or structural conflict between the provisions of this public disclosure policy and the explicitly executed Fiduciary Retainer Agreement, the terms of the bilateral contract will maintain absolute legal precedence.

Coreaptus Ltd reserves the unilateral right to modify, update, or revise this Privacy & Data Integrity Policy at any time to align with evolving cryptographic standards, updated statutory frameworks, or operational necessity. Any such revisions shall supersede all previous versions and become effective immediately upon publication on the official node. Continued interaction with Coreaptus terminals following such updates constitutes explicit acceptance of the revised terms.