The world's first sovereign p2p diagnostic network. Empowering hospitals with decentralized clinical AI, hardware-enforced cryptographic enclaves, and real-time Byzantine-resilient consensus.
Tiles per Second
Data Leakage
Sovereignty
Convert your institution's proprietary clinical insights into portable, cryptographically signed LoRA and WaRA adapters. Monetize your expertise across the global sovereign mesh without ever compromising patient data privacy.
Package your fine-tuned LoRA/WaRA weights into secure assets. Monetize and deploy your specialized models to other hospitals on the peer-to-peer network.
Patient data never leaves your firewalls. Only the encrypted mathematical gradients are shared, guaranteeing absolute HIPAA and GDPR compliance.
Intelligence is shared, not data. AT Lab nodes collaborate using a Byzantine-resilient P2P topology to isolate adversarial model poisoning securely.
Our diagnostic suite is designed for medical-grade accuracy, combining AI-driven discovery with strict DICOM-SR compliance.
Eliminate the "search" phase of diagnosis. Path-VLM automatically scans multi-gigapixel WSIs, identifying and ranking suspicious regions (ROI) for immediate review.
Your findings are strictly standardized for the global clinical world. AT Lab natively integrates with standard PACS and EHR architectures through comprehensive ontology mapping.
Experience zero-latency exploration of Whole Slide Images. Our custom OSD viewer, backed by GPUDirect Storage, delivers a smooth, "infinite canvas" experience at 115+ tiles per second.
Interrogate the tissue using natural language. Powered by **MedGemma-27B** or **Giga-Path**, our Semantic AI allows you to consult the foundation model directly for evidence-based diagnostic support.
Bridge raw pixels to structured clinical ontology. The integrated Cellpose engine performs automated cellular segmentation, while our local Neo4j graph database links diagnoses directly to standardized concepts.
AT Lab connects clinical silos into a global diagnostic fabric. Data never leaves your hospital; only secure, encrypted gradients move through the mesh for federated learning.
Privacy isn't a feature; it's the foundation. Our architecture is designed for the world's most sensitive medical environments.
AT Lab transforms isolated diagnosis into a collaborative clinical fabric. Experts across the mesh can synchronize, consult, and verify findings in real-time.
Communication between pathologists is protected by institutional-grade encryption. No third-party servers, no data leaks—just pure, sovereign collaboration.
Encrypted point-to-point tunnels between hospital nodes.
Real-time shared navigation for collaborative peer-review.
Every consultation is cryptographically signed and logged.
Immutable record of all multi-expert diagnostic findings.
Deploy AT Lab on your infrastructure today and become part of the sovereign diagnostic mesh.
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