Security Attestation & Disclosure
The cryptographic specifications, hardware enclave standards, and responsible vulnerability disclosure guidelines established by Pauram LLC.
Memory access isolated from host OS kernel inspection.
Client-side cryptographic integrity checks on every state change.
Full inference capability with network radios physically disabled.
01.Sovereign Enclave Hardware Standard
Conventional artificial intelligence services require you to trust cloud servers with unencrypted memory dumps and persistent inference logs. Pauram LLC inverts this vulnerability by anchoring security directly into localized, tamper-evident physical silicon.
- Hardware-Attested TEEs: Execution occurs inside isolated memory partitions that prevent unauthorized reads from host kernel processes, hypervisors, or malicious peripherals.
- Cryptographic Firmware Verification: Every cold boot recalculates cryptographic hashes of the local microkernel. If unauthorized firmware alteration is detected, the enclave halts and zeroizes root keys.
- Pure Airgap Compliance: Pauram nodes are engineered to perform localized inference, reasoning, and context adaptation with network hardware physically disengaged.
02.Web Platform Cryptographic Implementation
On our public web platform at pauram.com, we employ the W3C Web Cryptography API (window.crypto.subtle) directly inside your web browser:
- Deterministic SHA-256 Integrity Seals: When interacting with our provisions store, a SHA-256 hash is computed in real time across line items, variants, quantities, and prices, preventing client-side price tampering.
- Ephemeral AES-256-GCM Payloads: Dispatch coordinates are encrypted prior to submission, guaranteeing that sensitive physical addresses are shielded against network interceptors.
- Tamper-Evident Receipts: Completed transactions generate downloadable cryptographic JSON receipts containing verifiable hashes for physical artifact reconciliation.
03.Responsible Vulnerability Disclosure Program (VDP)
We welcome collaboration with the global cybersecurity and cryptographic research community. If you discover a security vulnerability in our software nodes, web infrastructure, or cryptographic primitives, we request that you disclose it responsibly under our Coordinated Vulnerability Disclosure framework.
Pauram LLC will not initiate civil lawsuits or contact law enforcement regarding research activities that strictly comply with these guidelines. We consider ethical security research conducted under this policy to be authorized, protected conduct.
04.Scope & Out-of-Scope Research
- Web applications and APIs on
pauram.com - Local enclave node firmware and cryptographic ciphers
- Web Crypto API hash and receipt generation implementations
- Physical NFC chip cryptographic verification mechanisms
- Volumetric Distributed Denial of Service (DDoS) attacks
- Social engineering or phishing targeting Pauram personnel
- Physical security violations of physical facilities
- Exfiltration of customer personal coordinates
05.How to Report a Security Vulnerability
Send encrypted reports to our dedicated Security Response Team: