Rial Labs | Zero-Knowledge Cryptography Solutions

The Technology

How Zero-Knowledge Proofs Work

A cryptographic method that allows one party to prove a statement is true without revealing the underlying data.

Privacy-Preserving Cryptography

Prover Creates Proof

The entity holding private data constructs a cryptographic proof demonstrating knowledge or validity of a statement without exposing the data itself.

Circuit Executes

The computation is encoded as an arithmetic circuit composed of addition and multiplication gates that enforce the statement's constraints.

Verifier Validates

Any party can validate the compact proof (under 1KB) in milliseconds and gain mathematical certainty without trusting the prover.

Completeness

Valid statements can always be proven

Soundness

False statements cannot be proven

Zero-Knowledge

No information leakage beyond validity

Use Cases

Enterprise Applications

Zero-knowledge proofs enable new categories of applications where verification and privacy were previously incompatible.

Regulatory Compliance

Demonstrate compliance with regulatory requirements without exposing protected data. Prove adherence to HIPAA, GDPR, or financial regulations while maintaining data sovereignty.

Healthcare providers can verify patient eligibility without transmitting PHI to insurers.

Verifiable AI Inference

Cryptographically verify that a specific AI model produced a given output on specific inputs. Enable trustless AI marketplaces where model providers can bill for inference without accessing client data.

Medical AI vendors can prove diagnostic accuracy while hospitals retain complete data control.

Secure Multi-Party Computation

Multiple organizations can jointly compute on combined datasets without revealing individual inputs. Enable collaborative analytics between competitors or across regulatory boundaries.

Financial institutions can jointly compute fraud risk scores without sharing customer records.

Scalable Verification

Compress complex computations into compact proofs that can be verified in constant time. Process thousands of transactions or verifications with a single cryptographic proof.

Batch verification enables enterprise-scale throughput without compromising security guarantees.

Our Stack

Built on Proven Cryptography

Enterprise-grade infrastructure leveraging battle-tested cryptographic primitives and modern proof systems.

PLONK

Universal SNARK

Groth16

Optimized Proofs

Noir

DSL for Circuits

STARKs

Transparent Setup

Poseidon

ZK-Friendly Hash

Pedersen

Commitments

BN254

Elliptic Curve

KZG

Polynomial Commits

Our Projects

Production ZK Applications

Real-world applications of zero-knowledge proofs solving critical problems in healthcare, digital media, and AI.

zkImg

Zero-knowledge photo verification for insurance claims. Prove photo authenticity without exposing metadata or location data.

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Zkure

Privacy-preserving medical AI diagnostics. Run AI inference on patient data while keeping all information encrypted and private.

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ZKML

Zero-knowledge machine learning infrastructure. Prove AI model outputs without revealing model weights or training data.

Coming Soon

<1KB

Proof Size

<10ms

Verification Time

100%

Privacy Preserved

3+

Active Projects

Ready to Build with ZK?

Rial Labs is developing zero-knowledge infrastructure for healthcare, finance, and AI verification. Get in touch to explore how ZK proofs can transform your enterprise.

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Cryptographic Verification Without Data Exposure.