Cryptography & Trust Services
Mathematically Secure Foundations for Decentralised Systems
Cryptography is the backbone of every blockchain system. It governs identity, data integrity, transaction authenticity, consensus security, and the verifiable trust that decentralised networks rely upon.
At Blockchain Pedagogy, we provide specialised cryptographic consulting and implementation services designed for blockchain developers, enterprises, Web3 startups, and researchers who require precise, mathematically grounded security solutions.
Our expertise spans modern cryptographic protocols, signature schemes, hashing architectures, zero-knowledge proofs, commitment schemes, and trustless verification systems — enabling you to build with confidence in adversarial environments.
Our Cryptography & Trust Capabilities
1. Cryptographic Architecture Design
We develop and evaluate the cryptographic foundations of your system, including:
- Identity and key management models
- Hashing strategies (SHA-256, Keccak, Poseidon, Blake2)
- Signature schemes (ECDSA, Ed25519, Schnorr, BLS)
- Merkle tree & Verkle tree structures
- Commitment schemes and proofs
- Randomness architecture (VRFs, VDFs, beacons)
This service is ideal for teams creating:
- New blockchain networks
- Rollups, sidechains, and L2 infrastructure
- Distributed identity systems
- Custom verification frameworks
2. Zero-Knowledge Proof (ZKP) Systems
Design, implementation, and guidance on:
- ZK-SNARKs
- ZK-STARKs
- Bulletproofs
- Polynomial commitment schemes (KZG, FRI)
- ZK circuits (R1CS, PLONK, Halo2)
- Privacy-preserving transaction systems
- Verifiable computation frameworks
Suitable for:
- Privacy protocols
- Scalable rollups
- Trust-minimised bridges
- Proof-of-reserves
- Confidential interactions
3. Cryptographic Risk Analysis & Threat Modelling
We assess cryptographic vulnerabilities including:
- Key exposure & attack surface analysis
- Hash collision threats
- Signature misuse
- Randomness manipulation
- Quantum adversary considerations
- Oracle and verifier trust assumptions
- Multi-party computation (MPC) threat mapping
Deliverables include:
- Full risk matrix
- Recommendations for mitigation
- Protocol-specific attack-path analysis
4. Implementation, Validation & Technical Review
Hands-on engineering, validation, and review services:
- Implementation review of cryptographic code
- Verification of signature logic
- Correctness tests for hashing structures
- ZKP verification pipeline audits
- Cross-chain validation security
- Performance and complexity analysis
This ensures that cryptographic assumptions are correctly engineered and provably sound.
Pricing (AUD)
Cryptographic Architecture & Design
- Foundational System Review:
AUD 3,500 – 8,000 - Full Architecture Blueprint:
AUD 10,000 – 25,000
(For protocols, rollups, identity systems, or DeFi primitives.)
Zero-Knowledge Proof (ZKP) Services
- ZKP System Design:
AUD 6,000 – 18,000 - ZKP Circuit Review & Audit:
AUD 3,500 – 12,000
Cryptographic Risk Assessment
- Protocol-Level Risk Analysis:
AUD 2,500 – 7,000 - Advanced Threat Modelling (ZKP, Bridges, Validators):
AUD 5,500 – 15,000
Implementation Review & Validation
- Cryptography Code Review:
AUD 2,000 – 6,500 - Full Cryptographic Verification Package:
AUD 7,000 – 18,000
Why Choose Blockchain Pedagogy?
- Academically rigorous cryptography expertise
- Deep understanding of blockchain adversarial models
- Security-first engineering philosophy
- Transparent methodology and detailed reporting
- Experience across consensus, ZKP, and protocol design
Cryptographic systems underpin trust, and trust is the foundation of every blockchain network.
Our services ensure that your system’s integrity, privacy, and security are mathematically grounded and professionally validated.