Armored Helix

Intelligent by Design. Secure by Default.

Enterprise AI Engineering. Secure AI systems built for production.

We design, build, deploy, and maintain production AI systems for regulated organizations—enterprise AI agents, knowledge platforms, and workflow automation with secure architecture, human oversight, and governed operation.

Production systems, not proofs of concept. Documentation-first execution.

Built for regulated environments where engineering rigor matters.

Production AI deploymentsGoverned AI with human oversightGxP-conscious deliverySecure-by-default architectureEnterprise identity & access controlsAWS & Azure

What we build

Production AI systems integrated across collaboration, documentation, identity, and workflow platforms.

Enterprise AI Agents

  • Production agents operating inside service, quality, and operations workflows
  • Human oversight, approval gates, and escalation paths built into the design
  • Integrated with ticketing, documentation, identity, and workflow platforms

Enterprise Knowledge Platforms

  • Permission-aware retrieval across enterprise systems
  • Citation-backed answers grounded in approved sources
  • Knowledge platforms spanning years of operational history

Workflow Automation

  • Automation of request, approval, triage, and handoff processes
  • Event-driven integration with existing systems of record
  • Audit-ready logging and role-based access throughout

AI Evaluation Systems

  • Automated evaluation frameworks using hundreds of realistic enterprise scenarios
  • Regression detection before changes reach production
  • Telemetry and quality metrics that make AI behavior measurable

Security Reporting Platforms

  • Automated evidence collection and security posture reporting
  • Vulnerability and exception tracking across the environment
  • Dashboards designed for security reviews and leadership visibility

Cloud-Native AI Infrastructure

  • Secure architecture for AI workloads on AWS and Azure, including private deployments
  • Model and version governance with rollback strategies
  • RBAC, audit logging, monitoring, and controlled egress

How we ship safely

Threat modeling for critical flows
Least-privilege access patterns
Evidence-ready logging
Change control-friendly releases

Why regulated organizations choose Armored Helix

1

Production engineering discipline

We build AI systems that run inside real businesses—versioned, monitored, evaluated, and maintained. Not demonstrations.

Production systems in operation

Representative enterprise projects; client details anonymized.

Enterprise IT operations

Production AI service operations agent

Problem

Service teams triage high volumes of requests against dispersed operational knowledge.

Approach

Production agent integrated with ticketing and documentation systems, with human approval gates.

Outcome

Consistent triage and resolution grounded in approved operational knowledge.

Regulated enterprise

Enterprise knowledge platform

Problem

Years of operational history locked in siloed collaboration and documentation systems.

Approach

Permission-aware retrieval with citations, audit logging, and identity integration.

Outcome

Governed access to institutional knowledge across the organization.

AI platform team

Automated AI evaluation platform

Problem

No systematic way to verify AI system behavior before production changes.

Approach

Evaluation framework running hundreds of realistic enterprise scenarios per release.

Outcome

Measurable AI quality and regression detection before deployment.

How engagements work

01

Architecture & scoping

Map the workflow, systems, data boundaries, and governance requirements.

02

System design

Define the architecture, integrations, oversight model, and evaluation criteria.

03

Build & evaluate

Ship increments with automated evaluation, documentation, and stakeholder review.

04

Deploy & maintain

Operate in production with monitoring, governance, and continuous hardening.

Ready to move AI from prototype to production?

Tell us about your workflows, your systems, and your operational constraints.