We build AI that passes SOC 2, HIPAA, and PCI-DSS audits. Your data stays in your VPC, encrypted at rest and in transit.
How secure is business AI when you build it with IRPR? We use Python, FastAPI, and LangChain behind a zero-trust architecture. Every model call runs inside your private cloud tenant on AWS or Azure. No shared infrastructure, no data ever leaves your VPC.
A secure AI MVP ships in 12-14 weeks at a fixed price between $80K and $250K. We deliver role-based access control, end-to-end encryption, and audit logging as standard. Compliance artifacts for SOC 2, HIPAA, or PCI-DSS come included, not as a line item.
Healthcare CIOs hire us for HIPAA-compliant clinical decision support. Fintech founders need PCI-DSS AI for fraud detection. SaaS VPs of engineering want SOC 2 AI features inside their existing product. Manufacturing directors need air-gapped defect detection models.
A GPT-4 chatbot that runs in your AWS VPC. All PII is masked before it hits the model. Logs ship to your SIEM.
Transcribes doctor visits and assigns ICD-10 codes. PHI is encrypted with AWS KMS. Audit trail covers every access.
Real-time transaction scoring with SageMaker endpoints inside a PCI boundary. Cardholder data never touches the model.
Uses Azure Cognitive Services to auto-redact PII from legal docs. Processing happens in your tenant, not Microsoft's.
YOLOv8 running on-premise with no internet connection. Model weights are signed and verified before loading.
Predicts dropout risk using encrypted student records. Data is anonymized at the ingestion layer before analysis.
Employees query company docs via Slack. Embeddings are stored in a private Pinecone index with IAM-based access.
Each tenant's data is logically isolated in PostgreSQL row-level security. Vector search runs in dedicated namespaces.
Security is not a feature. It is the architecture.
When a buyer asks how secure is business AI, they are really asking three things. Who can see the data? Where does the model run? What happens if there is a breach? IRPR answers all three before we write a single line of code.
We default to customer-owned infrastructure. Your OpenAI API key, your AWS account, your VPC. The AI model is a tenant inside your castle, not a guest in ours. This alone eliminates the shared responsibility confusion that sinks most AI projects.
Most AI projects fail security review. Ours pass on the first submission.
Generic dev shops treat security as a checkbox at the end. They bolt on encryption and call it done. Then the SOC 2 auditor asks for access logs, and nobody has them. The project stalls for 6 months.
At IRPR, we ship with audit-ready logging from sprint one. Every model inference, every data access, every config change is logged immutably. Our clients pass HITRUST and SOC 2 Type II audits within 30 days of go-live.
Security is built in, not bolted on.
Our process front-loads security decisions. Threat modeling happens before architecture. Compliance requirements shape the tech stack, not the other way around.
Every phase produces artifacts that an auditor can review. This means no scrambling before a SOC 2 assessment. The evidence is already in your repo.
These are not add-ons. They are the standard deliverable.
When you ask how secure is business AI, the answer is in the deliverables. IRPR ships a complete security package with every project. No separate line item, no surprise invoice.
Built a FastAPI + GPT-4 model that suggests diagnoses from patient notes. PHI is encrypted with AWS KMS. Reduced chart review time by 12 hours per week per clinician. Passed HITRUST audit in 28 days.
Deployed a SageMaker endpoint inside a PCI boundary. Scores 500 transactions per second. Cardholder data never leaves the payment processor's VPC. False positive rate dropped 40%.
Integrated Azure Cognitive Services to redact PII from 10,000 contracts per day. Processing runs in the customer's Azure tenant. Manual review effort reduced by 90%.
Trained a YOLOv8 model on proprietary factory images. Deployed on-premise with no internet connection. Model weights are signed and verified at boot. Defect detection accuracy reached 99.2%.
Built a Python + scikit-learn model that predicts at-risk students. Data is anonymized at the ingestion layer. 3,000 students flagged for intervention in the first semester.
Built a Slack bot with a private Pinecone vector index. Employees query company policies and get answers in under 2 seconds. Access is governed by Okta groups. 800 daily active users.
We deploy into your AWS, Azure, or GCP account. IRPR engineers never see your production data. The AI model runs inside your VPC, not a shared tenancy.
Every project gets a fixed quote in the Roadmap phase (week 2). SOC 2, HIPAA, or PCI-DSS evidence packages are part of the deliverable. No hourly billing, no compliance upcharges.
We configure CloudTrail, application logging, and SIEM integration before any model code is written. When your auditor asks for evidence, it is already in your S3 bucket.
We map data flows and identify trust boundaries in week 1. The threat model document ships with the Roadmap. This catches 80% of security issues before a line of code exists.
Every engineer on your project has 8+ years of experience. They have built compliant systems before. No one is learning HIPAA or PCI-DSS on your dime.
You own every line of code, every Terraform config, every model weight. No vendor lock-in. No ongoing license fees. The repo is in your GitHub org from day one.
Every engagement runs through the same four-stage pipeline. Predictable by design.
30-minute discovery call. No deck. We'll tell you honestly what it takes, how long, and how much.
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