Technology Stack
Last updated
Last updated
To support its multi-layer audit model, Bluepill integrates a comprehensive technology stack that combines cybersecurity best practices, advanced AI capabilities, and decentralized infrastructure. This ensures that every component of the audit process is secure, efficient, and scalable—from automated threat detection to final vulnerability reporting and real-time monitoring.
At the core of Bluepill’s Layer 1 is a robust and adaptive AI engine designed to perform high-speed, large-scale vulnerability assessments. This layer automates the initial phases of the audit process, ensuring scalability and fast turnaround, while continuously improving its capabilities.
Machine Learning & Deep Learning: Bluepill’s AI is trained on an extensive dataset of smart contract vulnerabilities, real-world exploits, audit logs, and known attack patterns. These models enable AI to detect risks beyond static rules and evolve with new threats.
Natural Language Processing (NLP): NLP capabilities allow the AI to interpret and analyze structured audit reports, developer documentation, and community-submitted bug descriptions. This helps the system better understand the context and intent of smart contract logic and reported findings.
Static & Dynamic Analysis: The system performs both static code analysis (source code scanning without execution) and dynamic analysis (observing code behavior in simulated environments) to detect vulnerabilities from both structural and runtime perspectives.
Automated Penetration Testing: AI agents integrate with tools like Metasploit and Nessus to simulate high-fidelity attack scenarios, including reentrancy, flash loan manipulation, integer overflow, and access control bypasses.
This layer provides a strong, automated foundation for audit operations—scalable across thousands of projects with reliable speed and depth.
Before any audit begins, Bluepill ensures the input and output data of each project is fully encrypted. This step is critical for protecting sensitive code and business logic before it’s analyzed or transmitted:
Encryption Standards: Bluepill uses libsodium, OpenSSL, and advanced encryption protocols (including homomorphic encryption) to safeguard data. Sensitive project information, audit results, and identity-related metadata are fully encrypted in transit and at rest.
Data Integrity: Through symmetric and asymmetric encryption, data exchanged across systems is verified for authenticity and integrity, ensuring that audit findings are tamper-proof.
Infrastructure Protection: Enterprise-grade security measures including firewalls, intrusion detection systems (IDS), honeypots, and behavior-based anomaly detection protect Bluepill’s backend and audit execution environments from targeted attacks.
Compliance & Standards: Bluepill's operations align with global standards such as ISO 27001 for information security, GDPR for data privacy, HIPAA for healthcare data protection (where applicable), and PCI DSS for secure data handling in payment contexts.
This hardened infrastructure allows Bluepill to maintain confidentiality, integrity, and availability—core tenets of a trusted audit platform.
Built for interoperability, Bluepill is fully compatible with a wide range of blockchain environments and natively integrates with decentralized tools and standards.
Multi-Chain Compatibility: Bluepill supports auditing projects across Ethereum, Binance Smart Chain, Polygon, Solana, Avalanche, and other EVM-compatible or emerging Layer 1s. This makes it versatile across ecosystems.
Consensus Integration (DPoS): Contributions to audits—including expert reviews, community feedback, and bug bounty results—are validated and anchored using Delegated Proof-of-Stake (DPoS), enhancing transparency and traceability.
Zero-Knowledge Proofs (ZKPs): To protect sensitive information and maintain privacy for contributors and clients, Bluepill leverages zk-SNARKs and zk-STARKs where applicable to verify correctness without exposing raw data.
Explorer & Tooling APIs: Bluepill integrates with blockchain explorer APIs such as Etherscan, BscScan, and Solscan for on-chain data verification, transaction tracking, and contract monitoring in real time.
This deep blockchain integration ensures Bluepill audits are compatible, verifiable, and transparent across all supported Web3 environments.
