ASSESS • IMPLEMENT • SUSTAIN
Lead with Level 2 self-assessment and SPRS evidence validation support, implement a secure enclave, and sustain continuous compliance. SOS combines GCC High / Azure Government virtualization, AVD isolation, IaC repeatability, OT integration, and RMF/ATO expertise—with independent C3PAO assessment capability as the assurance layer.
10+ yearsof hands-on cybersecurity and compliance experience
C3PAO + RPOassessment and implementation roles with impartiality safeguards
Federal cloudAzure Government and Microsoft 365 GCC High architecture
PRIME-DRIVEN READINESS / DEFENSE SUPPLY CHAIN
A prime may ask for demonstrable compliance during supplier qualification, teaming, or subcontract award. SOS helps you align the requested assessment route, CUI boundary, score, and operating evidence with your actual obligations.
Review scope, requirement-level evidence, scoring rationale, and POA&M eligibility. Reconcile the record before an authorized company representative submits or affirms results in SPRS.
Start the CMMC quick check ↗Implement a bounded GCC High / Azure Government environment with AVD isolation, IaC repeatability, and defined endpoint or specialized-asset interfaces.
Compare enclave boundaries ↓Maintain control ownership, configuration reviews, vulnerability follow-up, POA&M status, and current evidence to support customer reviews and applicable affirmations.
See continuous compliance delivery ↓Bring independent assessment expertise into the assurance layer when certification is required. Assessment and implementation engagements retain separate responsibilities and impartiality safeguards.
View assessment capabilities ↓SPRS validation support means reviewing your scope, score, and supporting evidence. SOS does not issue a government SPRS validation. A Level 2 self-assessment does not replace a C3PAO assessment when your contract requires Level 2 (C3PAO).
ASSESSOR PERSPECTIVE / PRACTITIONER DELIVERY
SOS brings the assessment perspective of a CMMC Third-Party Assessment Organization (C3PAO) and the implementation focus of a Registered Practitioner Organization (RPO). Engagements are scoped to preserve assessment impartiality.
Structured assessment planning, evidence review, interviews, and testing against the applicable CMMC requirements, with findings documented through the prescribed process.
Discuss an assessment ↗Practical help defining the CUI boundary, implementing controls, preparing SSPs and POA&Ms, managing evidence, and operating the program over time.
Explore implementation delivery ↗View Cyber AB Marketplace credentials
Assessment and advisory work are evaluated for conflicts of interest before engagement. A readiness or implementation client should not assume SOS can also perform its certification assessment.
ADJACENT NIST EXPERTISE
These disciplines strengthen the control environment beyond a checklist and connect architecture decisions to operational evidence.
Control selection, tailoring, implementation, assessment preparation, and continuous monitoring for RMF and ATO programs. SOS connects the control baseline to SSP narratives, inherited responsibilities, POA&Ms, and defensible evidence.
Explore control engineering ↗Secure Software Development Framework practices for preparing teams, protecting code, producing well-secured software, and responding to vulnerabilities across the software lifecycle.
Take the SSDF readiness review ↗WHAT WE DO
Engage SOS for a focused workstream or a coordinated program—from the first CUI boundary discussion through authorization and ongoing operations.
Scope and evidence review, self-assessment scoring, SPRS record preparation, eligible POA&M tracking, and continuing compliance support.
Explore CMMC servicesNIST SP 800-53 engineering, eMASS support, cloud inheritance, and Continuous Authorization / Continuous RMF connecting telemetry, POA&Ms, and operating evidence.
Explore RMF / ATOIaC-driven CUI enclaves in Azure Government and GCC High. Repeatable cloud infrastructure, virtual desktops, identity, data controls, monitoring, and operating procedures support a turnkey deployment model.
Explore secure enclavesScope and protect workflows that touch production equipment, labs, CNC systems, and isolated assets, including controlled transfer paths.
Explore OT / RMF support ↗Control ownership, policies, SSPs, POA&Ms, risk registers, inherited-control mapping, and organized evidence for CMMC and RMF programs.
Explore GRC deliveryTelemetry, configuration drift, vulnerability follow-up, current control evidence, and POA&M review tied to owners and applicable compliance affirmations.
Explore monitoringTranslate findings and obligations into owned tasks, milestones, due dates, dependencies, and review gates that keep implementation moving.
Explore delivery trackingTell us what you need to protect and the outcome you’re pursuing. We’ll help identify a practical first step.
Take the CMMC quick checkFOR ENGINEERING, CONSTRUCTION & INTEGRATION PRIMES
Define an RMF workstream for SCADA, microgrid and facility control systems. SOS supports boundaries, control implementation, and Continuous Authorization / Continuous RMF alongside your engineering delivery. Technical signals connect to controls, POA&M status, and current authorization evidence.
GOVERN • MONITOR • EXECUTE
Documentation, monitoring, and work tracking should reinforce one another. SOS connects requirements to evidence, findings to owners, and decisions to a visible delivery plan.
We build and maintain the system narrative behind the controls, with traceable responsibilities and a clear path from requirement to implementation and evidence.
We define the telemetry, review rhythm, escalation path, and control checks needed after implementation and through authorization or assessment cycles.
Security work is organized into phases with accountable owners, dependencies, target dates, and formal review points for implementation and sustainment.
ARCHITECTURE + OPERATING EVIDENCE + ASSURANCE
SOS connects virtualized government-cloud environments, repeatable infrastructure, operational constraints, and control evidence in one delivery approach.
Virtualize approved CUI workflows, restrict local redirection, and define the boundary around the actual services, users, and devices.
Explore enclave patterns ↓Reproduce approved infrastructure through versioned templates. Design OT, lab, CNC, and equipment handoffs around supported safeguards and operational limits.
Connect the OT boundary ↗Connect RMF/ATO, control inheritance, assessment preparation, and continuing evidence review across the implementation lifecycle.
Explore Continuous RMF ↗Bring experience from a DIBCAC-validated environment into boundary design, evidence preparation, and operating discipline.
Discuss the validated scope ↗DIBCAC validation applies to the environment, assessment scope, and date assessed. It does not confer government endorsement, automatic inheritance, or certification on a customer deployment.
INFRASTRUCTURE AS CODE / TURNKEY DELIVERY
Use version-controlled infrastructure templates to build an approved Azure Government enclave foundation. Parameters adapt the design to each customer; reviewed changes keep deployment, operations, and evidence connected.
Bring infrastructure deployment, security configuration, SSPs, operating procedures, evidence, and handover into one coordinated delivery model.
Version templates and environment parameters. Review deployment plans, validate changes, and retain release records so approved configurations can be reproduced.
Extend host pools, capacity, and approved environments through reusable infrastructure patterns while keeping boundaries, access rules, and monitoring explicit.
Plan workload-based scaling and operating schedules within approved limits. Align availability, cost, licensing, and security coverage as capacity changes.
A CONTROLLED DEPLOYMENT LIFECYCLE
IaC provisions the cloud foundation. Identity and SaaS policies, endpoint settings, procedures, and operating evidence are configured and validated as part of the complete engagement.
Discuss an IaC-driven deployment ↗TURNKEY ENCLAVE IMPLEMENTATION
Each variant combines an IaC-driven infrastructure foundation with architecture, control ownership, SSP and procedures, evidence, monitoring, and operational support. The diagrams illustrate starting patterns; final boundaries follow actual CUI flows and equipment.
Users connect through Windows App with Entra ID, MFA, and Conditional Access. CUI work runs on AVD session hosts and approved GCC High services; local download, clipboard, USB, and print pathways are restricted by policy.
Keep the virtual enclave while adding managed endpoints for approved local work. Intune enrollment, Defender protection, device compliance, Conditional Access, encryption, and controlled peripherals become part of the assessed boundary.
Extend the hybrid model to isolated lab, CNC, OT, or other specialized assets through an explicitly designed transfer process. The air gap and media workflow are documented, with roles and safeguards matched to the equipment's capabilities.
YOUR NEXT STEP / CUSTOMER TOOLKIT
Explore the next security baseline, review your software practices, and connect reported gaps to evidence, owners and actions. View and download results without entering contact details.
Assess 19 practices across preparation, code protection, secure production and vulnerability response. See task references, charts and improvement priorities.
Take the SSDF readiness review ↗Review 97 active requirements, inspect assessment objectives and use NIST’s Rev. 2 change analysis to identify transition decisions and evidence to revisit.
Open Rev. 3 readiness & transition ↗Bring your CMMC, Rev. 3 or SSDF results into an evidence register. Assign role owners, dates and corrective actions, then download your working plan.
Build my evidence & action plan ↗Self-reported planning tools, not verified assessment findings. The CMMC Level 2 review uses Rev. 2; the Rev. 3 tool is a separate readiness and transition review.
SECURITY ARCHITECTURE / INTERACTIVE
Explore how identity, network, data, endpoints, detection, and cloud applications work together in a GCC High enclave. Select a numbered control to inspect its architecture.
Intune manages device configuration and reports compliance signals to Microsoft Entra ID. Conditional Access uses those signals with identity, location, and sign-in risk to decide whether users may reach approved cloud resources. Policies are designed around each user and CUI workflow.
Use Enlarge diagram to inspect the image, or select the diagram to discuss it ↗GCC HIGH / AZURE GOVERNMENT ENCLAVE
See how a virtual desktop keeps CUI processing inside the enclave, how GCC High collaboration fits alongside Azure Government, and how security telemetry supports continuous compliance.
Swipe across the map to inspect each boundary, or use the numbered steps below.
Purple is identity policy; blue is the remote session; teal is approved CUI collaboration; amber is telemetry and evidence. The outer frame groups the CUI workspace logically. Azure Government and GCC High retain separate service boundaries.
Entra ID, MFA and Conditional Access evaluate the user and access conditions. Managed-device compliance and untrusted-device access are separate policy decisions.
Windows App reaches the AVD service. Session hosts initiate outbound service connectivity. Only display and input are intended at the access device; configured redirection restrictions protect the CUI workspace.
CUI is processed on multi-session or dedicated hosts and exchanged with approved SharePoint, OneDrive, Exchange and Teams workflows. Network egress, labels, DLP and sharing policies serve different purposes.
Review identity, host, application and configuration signals against controls. Validate findings, track POA&M actions and refresh SSP/authorization evidence; telemetry does not automatically establish compliance.
Define transfer direction, authorized operator, media protection, inspection, custody and evidence before allowing the handoff. Confirm what the asset can read. If encrypted media is incompatible, validate an appropriate protection approach for the actual workflow. The extension does not create unrestricted connectivity from AVD to equipment.
Discuss OT cybersecurity and Continuous RMFLogical reference architecture, not a physical topology, certification or promise of control inheritance. Validate government-cloud service availability, licensing, endpoints, session controls and customer/provider responsibilities for the implementation. This view illustrates a relayed AVD session; other approved transport configurations require their own validation.
Discuss your GCC High enclave · Read the GCC High data-flow guide
VARIANT 1 / THE ENCLAVE, ASSEMBLED
Watch a fully virtualized CUI enclave take shape across Azure Government and Microsoft 365 GCC High. Select a layer to explore the control it adds.
Provision the Azure Government subscription, resource group, virtual network, managed disks, and backup resources. Record the boundary and the provider responsibilities inherited by the customer.
Evidence to maintainResource inventory, configuration baseline, shared-responsibility record.
A reference pattern for CMMC Level 2 readiness. Certification depends on the organization’s complete implementation, scope, operating practices, and assessment. The layers are logical safeguards, not additional physical networks.
HOW WE WORK
We connect architecture decisions with the documents, evidence, and operating routines that an assessment or authorization depends on.
Map data, users, systems, dependencies, requirements, and ownership.
Select the boundary, inherited controls, technical safeguards, and procedures.
Deploy approved infrastructure through IaC, implement controls, and assemble testable evidence and authorization artifacts.
Track changes, findings, vulnerabilities, monitoring, and recurring reviews.
FIND YOUR PATH
Choose the outcome closest to your current need. This is a starting point for a conversation, not an assessment or compliance determination.
Start with your contracts, CUI flows, asset categories, and existing controls. Then prioritize gaps and evidence before selecting implementation work.
WHO WE SERVE
Defense contractors and subcontractors, research organizations, professional services firms, and federal program teams that must protect sensitive work while keeping operations productive. We tailor scope to the actual system and mission.
LET’S TALK
Share the requirement, the systems involved, and your target date. We’ll help frame the right next conversation.
CMMC / CLOUD / AUTHORIZATION
Questions defense suppliers and prime contractors ask before choosing a compliance and enclave partner.
SOS reviews the CUI boundary, NIST SP 800-171 Rev. 2 requirement evidence, scoring rationale and corrective actions. An authorized company representative submits and affirms the SPRS record. Self-assessment support is distinct from government validation and does not replace a required C3PAO assessment. Start the CMMC readiness check.
Cloud selection is one part of the design. Customer responsibilities still include access policy, CUI workflows, configuration, people, procedures and operating evidence. SOS combines GCC High, Azure Government and AVD isolation with repeatable IaC deployment and continuous compliance. Compare enclave fit for your workflows.
Yes, when the actual transfer and operational requirements can be met. A hybrid boundary can include a managed transfer station, segmented networks, defined media handling and isolated equipment. Asset limitations and operator safety must shape the design. Review OT cybersecurity and RMF/ATO support.
The service connects technical telemetry to NIST 800-53 control review, POA&M status and current authorization evidence throughout operations. SOS supports the evidence and risk workflow; the authorizing official retains authorization decisions. See the telemetry-to-control model.
These are separate planning paths on this site. The CMMC Level 2 tool uses Rev. 2. The Rev. 3 review helps identify transition requirements and evidence to revisit; it is not a verified assessment. Explore Rev. 3 readiness or review secure software practices with the NIST SSDF tool.