True Trust. Protected Privacy. Reduced Risk.
Entrada delivers post-quantum cryptography, zero-knowledge proofs, and decentralized identity — the foundational trust infrastructure enabling the digital economy to operate with verified identity, protected privacy, and measurably reduced risk.
Entrada Global Solutions pioneers the cryptographic trust layer powering the next generation of the digital and AI economy.
Just as cloud infrastructure enabled the application economy, Entrada's trust infrastructure will enable the AI economy — where every transaction, identity claim, and data exchange is cryptographically verifiable. We replace fragile, password-based models with Entrada Sovereign Identity (ESI): math-based security eliminating single points of failure and giving users sovereignty over their own credentials.
Entrada is not building another security product to bolt onto existing architecture. We are building the foundational trust layer below applications — making the entire digital economy provably trustworthy.
Quantum computers running Shor's Algorithm can solve integer factoring and discrete logarithms — the mathematical problems underpinning RSA, ECC, and Diffie-Hellman. Nation-state actors are already harvesting encrypted data today for future decryption — "harvest now, decrypt later." The window to migrate to post-quantum cryptography is closing now, not in a decade.
Entrada implements NIST FIPS 203 (ML-KEM/Kyber) and FIPS 205 (SLH-DSA/SPHINCS+) — formally standardized algorithms designed to resist attacks from both classical and quantum computers. Unlike competitors who retrofit post-quantum capabilities onto legacy architectures, Entrada's SPEED platform is quantum-resistant by design, not by patch.
Entrada's team brings deep expertise across the full cryptographic stack — from theoretical research to production-grade enterprise deployment — with hands-on experience in the world's most demanding regulated environments.
Six composable cryptographic modules forming the SPEED platform, plus real-world use cases mapped to each industry Entrada serves.
Creates cryptographically bound DIDs anchored to a verifiable data registry. Each DID resolves to a DID Document containing public keys, service endpoints, and authentication methods. Supports did:web, did:ion, and custom DID methods with full W3C DID Core 1.0 compliance.
Current identity systems rely on centralized sign-in providers and registries that can revoke access, expose data, or become single points of failure. enDID eliminates this dependency — identity becomes mathematically owned. Key rotation and recovery mechanisms ensure identity persists even if individual cryptographic keys are compromised.
Prove you are over 21 without revealing your birthdate. Prove you hold a valid professional license without revealing your license number. Prove citizenship without revealing your passport number. enZKP makes this mathematically possible using ZK-SNARKs (Groth16, PLONK), ZK-STARKs, and BBS+ signatures for multi-message selective disclosure.
AI governance specialists audit ML models for bias without accessing training data. Compliance officers prove regulatory adherence without exposing internal processes. Financial institutions perform KYC/AML verification without storing sensitive PII — dramatically reducing breach liability and compliance cost.
Run statistical analyses, aggregate queries, and ML inference on encrypted datasets. Healthcare organizations analyze patient data across institutions without any institution seeing another's records. Financial institutions perform fraud analytics across encrypted transaction logs from multiple parties.
Processing is done while data remains encrypted — even if an attacker intercepts the computation, they extract nothing. Eliminates the decrypt-process-encrypt cycle where data is momentarily exposed. Powered by Microsoft SEAL and PALISADE frameworks wrapped in the SPEED enHE library interface.
A cryptographically-relevant quantum computer running Shor's Algorithm could break RSA-2048 and elliptic curve cryptography in hours. Nation-state actors are already harvesting encrypted data today for future decryption — "harvest now, decrypt later." The window to migrate is closing. Every year of delay increases the volume of data at retrospective risk.
Entrada is among the first platforms to implement the complete NIST PQC standards (FIPS 203/204/205) in a production-grade enterprise platform. These are formally validated after an 8-year global competition. Finalized in 2024, they are now mandatory for US federal agencies. Entrada's enPQC offers both pure post-quantum and hybrid classical+PQC migration modes.
Access decisions made at runtime evaluating user attributes (credentials, clearances, certifications), resource attributes (sensitivity, classification, data type), and environmental context (time, location, device posture). Every access decision is evaluated fresh — there is no persistent authorization state that can be compromised.
enABAC is the policy enforcement layer in Entrada's zero-trust architecture. Every access request is treated as untrusted until cryptographically verified against active policy — regardless of network location, device type, or prior access history. Instant credential revocation propagates across all verifiers.
Every access, transaction, and data operation is hashed and incorporated into a Merkle tree. Any subsequent modification to historical records is mathematically detectable — even a single bit change produces a completely different hash, immediately exposing tampering. Critical for SOC 2, HIPAA, and GDPR compliance.
Prove a specific operation occurred at a specific time without revealing other operations in the log. Enables privacy-preserving compliance reporting — regulators verify specific events without accessing the full audit record, protecting business-sensitive operational data.
From passwordless authentication to sovereign data vaults, Entrada's platform capabilities map directly to the trust challenges organizations face today.
Entrada's ELM replaces username/password with cryptographically enforced trust using DIDs and Verifiable Credentials. Reciprocal authentication — both parties verify each other — eliminates phishing and man-in-the-middle attacks at the protocol level.
DATA is the new currency. Encryption is the guardian of data. Entrada's vault architecture enables secure data sharing — processing in encrypted form, with time-limited access, user-defined data lifetime, and automatic cryptographic destruction after use.
Traditional encryption protects data at rest and in transit but leaves it exposed during processing. Entrada's homomorphic encryption closes this gap — enabling computation on data that never leaves encrypted form.
enABAC provides the most granular access control available — dynamic, attribute-based policies enforcing least privilege at every access decision point, evaluated fresh at runtime rather than relying on cached session state.
Entrada is built on open standards from day one — ensuring interoperability with government identity systems, cross-border legal recognition, and future-proofing as standards evolve.
| Standard | Body | Entrada Module | Status |
|---|---|---|---|
| DID Core 1.0 | W3C | enDID | ✓ Fully Compliant |
| Verifiable Credentials 2.0 | W3C | enDID + enZKP | ✓ Fully Compliant |
| FIPS 203 (ML-KEM/Kyber) | NIST | enPQC | ✓ Implemented |
| FIPS 205 (SLH-DSA) | NIST | enPQC | ✓ Implemented |
| ISO 18013-5 (mDL) | ISO | enDID | ✓ Compatible |
| SOC 2 Type II | AICPA | enMT | ✓ Supported |
| HIPAA | HHS | Full Platform | ✓ Supported |
| GDPR | EU | Full Platform | ✓ Supported |
| PCI-DSS | PCI SSC | enPQC + enMT | ✓ Supported |
SSI is the paradigm shift from identity controlled by institutions to identity controlled by individuals. Entrada Sovereign Identity (ESI) is a production-ready implementation of all 10 SSI principles, built on W3C standards and cryptographically enforced.
Today, identity is custodied by dozens of organizations — social platforms, banks, governments — each holding a fragment of who you are. SSI transfers custody to the individual. Entrada's ELM is the enterprise trust layer enabling organizations to participate in the SSI ecosystem — issuing, verifying, and managing credentials at scale, while users retain full sovereignty.
Entrada Sovereign Identity (ESI) implements all 10 principles in a production-ready, W3C-compliant platform. Users hold credentials in a digital wallet and present only what is necessary for each interaction — mathematically enforced through zero-knowledge proofs and DID-based authentication, not policy-dependent and not revocable by a third party.
Anchored Trust goes beyond storing data — it cryptographically binds data to a specific point in time and a verifiable state. Using Merkle-tree structures, any document or dataset can be anchored so its integrity is provable, its timestamp is unforgeable, and its chain of custody is fully transparent.
As AI becomes the operating layer of the economy, absent verified identity and data provenance becomes existential. Entrada's platform enables AI agents to hold DID-based machine identities, allows governance specialists to audit ML models via homomorphic encryption without accessing training data, and uses ZKPs so ethicists can verify ethical compliance without exposing proprietary model architecture.
Research, patents, and media from the Entrada team — covering post-quantum cryptography, sovereign identity, and the future of trusted AI systems.
Entrada's IP portfolio covers novel methods for combining post-quantum cryptography, zero-knowledge proofs, homomorphic encryption, and decentralized identity into a unified trust infrastructure — creating defensible first-mover IP in an emerging and critical technology category.
Entrada's patent strategy focuses on the novel integration of cryptographic primitives rather than any single algorithm — since NIST PQC algorithms are standardized and freely implementable, the defensible IP lies in how Entrada combines them into a coherent trust infrastructure. This integration-layer IP is harder to replicate and more defensible than algorithm-level patents.
Entrada actively participates in W3C DID Working Group, NIST PQC Migration standards development, and ISO 18013-5 mDL implementation discussions — contributing to the standards that govern the space while building compatible, first-mover implementations. Standards participation creates network effects that compound with commercial traction.