Privacy-First AI Deployment: Unified Toolkit, Universal Runtime
Privacy-First AI Deployment: Unified Toolkit, Universal Runtime
Privacy-First AI Deployment: Unified Toolkit, Universal Runtime
A decentralized AI framework using ZKP+TEE for end to end encrypted inference in sensitive data industries, with blockchain-backed hybrid verification.
A decentralized AI framework using ZKP+TEE for end to end encrypted inference in sensitive data industries, with blockchain-backed hybrid verification.
A decentralized AI framework using ZKP+TEE for end to end encrypted inference in sensitive data industries, with blockchain-backed hybrid verification.
Privacy-First AI Orchestration Platform
Open source toolkit enabling encrypted AI deployment across local/Docker/edge environments with performance-optimized execution
Open source toolkit enabling encrypted AI deployment across local/Docker/edge environments with performance-optimized execution
Enterprise-Ready Runtime
Dynamic model compression maintains 99% FP32 accuracy at INT8
Enterprise-Ready Runtime
Dynamic model compression maintains 99% FP32 accuracy at INT8
Enterprise-Ready Runtime
Dynamic model compression maintains 99% FP32 accuracy at INT8
Cross-Platform Trust
Hardened TEE support across Intel SGX/ARM TrustZone/AMD SEV with remote attestation via ECDSA-P256
Cross-Platform Trust
Hardened TEE support across Intel SGX/ARM TrustZone/AMD SEV with remote attestation via ECDSA-P256
Cross-Platform Trust
Hardened TEE support across Intel SGX/ARM TrustZone/AMD SEV with remote attestation via ECDSA-P256
Privacy
zk-SNARKs circuits enable 480ms proof generation with 99.99% model accuracy preservation.
Privacy
zk-SNARKs circuits enable 480ms proof generation with 99.99% model accuracy preservation.
Privacy
zk-SNARKs circuits enable 480ms proof generation with 99.99% model accuracy preservation.
Stay Ahead of Every Computational Threat
AI/ML workflows armored with cryptographic trust primitives
AI/ML workflows armored with cryptographic trust primitives
Trusted Execution with Cryptographic Audit
Combining real-time TEE attestation and post-hoc ZKP validation, this layer establishes a dual-chain verification mechanism. Our Intel SGX/ARM TrustZone runtime enforces isolated execution while generating compact zk-SNARK proofs for blockchain-based audit trails. Cross-platform compatibility spans 15+ TEE implementations.
Trusted Execution with Cryptographic Audit
Combining real-time TEE attestation and post-hoc ZKP validation, this layer establishes a dual-chain verification mechanism. Our Intel SGX/ARM TrustZone runtime enforces isolated execution while generating compact zk-SNARK proofs for blockchain-based audit trails. Cross-platform compatibility spans 15+ TEE implementations.
Trusted Execution with Cryptographic Audit
Combining real-time TEE attestation and post-hoc ZKP validation, this layer establishes a dual-chain verification mechanism. Our Intel SGX/ARM TrustZone runtime enforces isolated execution while generating compact zk-SNARK proofs for blockchain-based audit trails. Cross-platform compatibility spans 15+ TEE implementations.
Precision-Preserving Model Optimization
Dynamic neural architecture search automates FP32→INT8 quantization with <0.25% accuracy drop, coupled with resource-aware scheduling that predicts edge device load (92% prediction accuracy). The system continuously profiles hardware signatures (CPU/GPU/TPU) to deploy optimal model variants through our patented distillation pipeline.
Precision-Preserving Model Optimization
Dynamic neural architecture search automates FP32→INT8 quantization with <0.25% accuracy drop, coupled with resource-aware scheduling that predicts edge device load (92% prediction accuracy). The system continuously profiles hardware signatures (CPU/GPU/TPU) to deploy optimal model variants through our patented distillation pipeline.
Precision-Preserving Model Optimization
Dynamic neural architecture search automates FP32→INT8 quantization with <0.25% accuracy drop, coupled with resource-aware scheduling that predicts edge device load (92% prediction accuracy). The system continuously profiles hardware signatures (CPU/GPU/TPU) to deploy optimal model variants through our patented distillation pipeline.
Security Services for Your Industry
Assisting companies globally in staying ahead of evolving threats, ensuring their security and resilience in an ever-changing digital landscape.
Assisting companies globally in staying ahead of evolving threats, ensuring their security and resilience in an ever-changing digital landscape.
Precision Optimized AI Deployment
Production Grade Model Efficiency
Hardware Agnostic Secure Execution
Certified Trusted Environment Support
Node Network Console
Global Trust Topology Visualization
Precision Optimized AI Deployment
Production Grade Model Efficiency
Hardware Agnostic Secure Execution
Certified Trusted Environment Support
Node Network Console
Global Trust Topology Visualization
Precision Optimized AI Deployment
Production Grade Model Efficiency
Hardware Agnostic Secure Execution
Certified Trusted Environment Support
Node Network Console
Global Trust Topology Visualization
About us - Founder
Software Engineer | 20 years of experience in mentoring, helping & leading engineers in building large scale distributed data systems
Software Engineer | 20 years of experience in mentoring, helping & leading engineers in building large scale distributed data systems
RabbitAGENT redefines trust in AI through cryptographic verification where every inference is ZK proven and TEE-secured. We’re building the SSL/TLS equivalent for AI, enabling healthcare and financial institutions to unlock sensitive data’s potential under end-to-end encryption, surpassing GDPR and HIPAA mandates.
Srinivasulu Punuru
RabbitAGENT redefines trust in AI through cryptographic verification where every inference is ZK proven and TEE-secured. We’re building the SSL/TLS equivalent for AI, enabling healthcare and financial institutions to unlock sensitive data’s potential under end-to-end encryption, surpassing GDPR and HIPAA mandates.
Srinivasulu Punuru
Frequently Asked Questions
A detailed list of frequently asked questions that offers valuable insights and answers about our services.
A detailed list of frequently asked questions that offers valuable insights and answers about our services.
How does RabbitAGENT ensure AI model accuracy after encryption?
Our ZK-SNARKs circuits (Groth16) are co-verified with TEE-enclaved inference results, maintaining 99.99% FP32 accuracy across ResNet/BERT benchmarks. See [Model Validation Report] for per-layer quantization thresholds.
How does RabbitAGENT ensure AI model accuracy after encryption?
Our ZK-SNARKs circuits (Groth16) are co-verified with TEE-enclaved inference results, maintaining 99.99% FP32 accuracy across ResNet/BERT benchmarks. See [Model Validation Report] for per-layer quantization thresholds.
How does RabbitAGENT ensure AI model accuracy after encryption?
Our ZK-SNARKs circuits (Groth16) are co-verified with TEE-enclaved inference results, maintaining 99.99% FP32 accuracy across ResNet/BERT benchmarks. See [Model Validation Report] for per-layer quantization thresholds.
What TEE environments are currently supported?
What TEE environments are currently supported?
What TEE environments are currently supported?
Can I use RabbitAGENT with existing PyTorch/TF pipelines?
Can I use RabbitAGENT with existing PyTorch/TF pipelines?
Can I use RabbitAGENT with existing PyTorch/TF pipelines?
How to request enterprise compliance certifications?
How to request enterprise compliance certifications?
How to request enterprise compliance certifications?
Where can I access the open-source core?
Where can I access the open-source core?
Where can I access the open-source core?
Start Your Journey with RabbitAgent
Begin your transition to cryptographically verified AI workflows combining TEE secured execution and ZKP auditable proofs for enterprises requiring HIPAA/GDPR compliance.
Begin your transition to cryptographically verified AI workflows combining TEE secured execution and ZKP auditable proofs for enterprises requiring HIPAA/GDPR compliance.
Open-Source Privacy for AI Pipelines Review our TEE-validated inference engines and ZKP-optimized circuits — all Apache 2.0 licensed and ready for your edge deployments.
Open-Source Privacy for AI Pipelines Review our TEE-validated inference engines and ZKP-optimized circuits — all Apache 2.0 licensed and ready for your edge deployments.
Open-Source Privacy for AI Pipelines Review our TEE-validated inference engines and ZKP-optimized circuits — all Apache 2.0 licensed and ready for your edge deployments.