Business outcome
Use this capability when the framework shows that availability, access, recovery, security, data movement, or infrastructure risk is interrupting the people and systems required to keep a customer promise.
Cloud & Infrastructure · Cloud · Security & Compliance
Cloud Security & Compliance
Operationally complex businesses may hold controlled technical data, customer information, financial records, product or service data, partner records, and operating history under different obligations. We map the actual data and access boundaries, then engineer cloud controls, evidence, monitoring, and ownership around them.
Launchpad assesses the operating need and creates the Roadmap. We engineer this capability when the approved plan calls for it.

A strong fit when
Why this service exists
Use this capability when the framework shows that availability, access, recovery, security, data movement, or infrastructure risk is interrupting the people and systems required to keep a customer promise.
Cloud engineering provides the controlled infrastructure, access, connectivity, security, observability, backup, and recovery that connected business systems require.
The manufacturer should understand workload dependencies, access, recovery objectives, cost, controls, vendors, and the operating practices required to change or recover the environment.
01
The Problem
Cloud problems begin when workloads move or grow without a clear account of the business dependencies, access, recovery, security, monitoring, ownership, and cost behind them.
What leaders see
Teams know the infrastructure matters but cannot connect incidents, spending, recovery, or performance to the work it supports.
What is actually happening
Dependencies, controls, recovery objectives, monitoring, and ownership are distributed across tools, vendors, and individual knowledge.
What gets worse
The platform changes while weak access, integration, recovery, cost, and support practices remain.
02
What changes
Operationally complex businesses may hold controlled technical data, customer information, financial records, product or service data, partner records, and operating history under.
Protect business-critical workloads, sensitive data, and partner access in the cloud.
business applications, databases and files, identity and access
Which workloads should change, what continuity the business requires, and how security, recovery, access, integration, and cost will be governed.
Cloud work needs documented workload dependencies, access rules, recovery objectives, security controls, monitoring, cost ownership, and a tested operating model.
03
Architecture
Which workloads should change, what continuity the business requires, and how security, recovery, access, integration, and cost will be governed.
Workloads and controls to protect
04
Engineering scope
The exact scope follows the approved business objective, source records, dependencies, controls, and delivery sequence.
Role-based access control, least-privilege policies, MFA enforcement, and service account governance. Every user and system has exactly the access they need and nothing more.
VPC segmentation, security groups, WAF, DDoS protection, and private connectivity to on-premise. Network architecture designed to isolate workloads and limit blast radius.
Data encrypted at rest (AES-256) and in transit (TLS 1.2+). Key management with customer-managed keys where compliance requires it. Encryption applied consistently across all storage and communication layers.
Architecture designed to meet SOC 2, ITAR, CMMC, NIST 800-171, and industry-specific requirements. Control mapping documentation that auditors can use directly.
Automated backups with defined RPO/RTO targets, cross-region replication for critical workloads, and documented DR procedures that are tested regularly — not just written.
Cloud-native security monitoring (GuardDuty, Security Center), centralized logging, alert routing, and documented incident response procedures. Threats detected and responded to, not just logged.
05
Delivery sequence
Identify all compliance requirements — regulatory, contractual, and internal policy. Map requirements to cloud security controls and identify gaps.
Design the security architecture — IAM, networking, encryption, monitoring, and DR — with controls mapped to each compliance requirement.
Implement security controls as infrastructure-as-code for consistency and auditability. Every control is version-controlled and reproducible.
Validate controls against compliance requirements. Generate control documentation, evidence packages, and audit-ready reports.
Related services and systems
Use these connected services and references to understand the records, workflows, and systems surrounding this work.
06
FAQ
Clear answers for manufacturing leaders evaluating the work, operating responsibility, and delivery path.
Yes. AWS GovCloud and Azure Government provide ITAR-compliant infrastructure. We design the architecture to ensure ITAR-controlled data stays within compliant regions and access is restricted to US persons as required.