Infrastructure as a Service
Virtual compute and networking, with standard VMs of 8 vCPU / 16 GB RAM, 16 vCPU / 32 GB RAM, or 32 vCPU / 64 GB RAM. Custom VMs are available. Hosts use a 2:1 CPU overcommit ratio. Storage is purchased separately.
Explore the services behind Atlas’s cloud, cybersecurity, and consulting offering. Configurations and commercial terms are discussed directly with our team.

Cloud infrastructure, recovery, healthcare platforms, and communications built around essential operations.
Designed for healthcare, AI, and high-capacity workloads. The planned launch platform combines 16 globally distributed data centers, Atlas dark-fiber connectivity, all-flash storage, and NVIDIA H200 GPU infrastructure.
Virtual compute and networking, with standard VMs of 8 vCPU / 16 GB RAM, 16 vCPU / 32 GB RAM, or 32 vCPU / 64 GB RAM. Custom VMs are available. Hosts use a 2:1 CPU overcommit ratio. Storage is purchased separately.
Dedicated environments scoped to customer requirements. Hardware capacity, geographic deployment, procurement, and implementation are determined during consultation.
Hosted virtual desktops on the IaaS foundation with NVIDIA H200 graphics allocations. Customer-selected options include one-eighth, one-quarter, one-half, or a full GPU, subject to supported configuration and availability.
Atlas’s NFV and ACI approach delivered with the switches and equipment required for the agreed deployment. Service scopes cover the data center, the data center plus customer locations, or managed infrastructure across both.
All-flash storage with regular backup or Golden Image protection. Both backup options distribute copies to all Atlas sites. Golden Image creates an immutable WORM copy for rapid rollback as part of a ransomware recovery strategy.
Off-site backup and recovery services for customer workloads, including systems hosted outside Atlas. Recovery scope, recovery objectives, and restoration arrangements are defined for each engagement.
Interoperability services connecting healthcare systems and authorized participants, supporting clinical and administrative exchange across HL7, FHIR, DICOM, and X12 interfaces.
A planned SaaS offering for hospital EHR platforms. Target platforms are Epic, Oracle Health / Cerner, MEDITECH, TruBridge, Altera Digital Health, and MEDHOST. Platform availability is subject to vendor licensing and delivery arrangements.
Cisco Webex communications spanning meetings, messaging, and calling. Video and communications equipment can be purchased upfront or provided as Atlas-owned equipment under a recurring service arrangement, subject to licensing and scope.
Services supporting coordinated emergency operations, communications, and incident management. The operational environment and responsibilities are scoped to the customer’s mission.
Support for maintaining essential organizational functions through disruption, with service scope aligned to operational dependencies and continuity requirements.
Continuity services supporting essential government functions, with requirements and responsibilities established for the relevant jurisdiction and mission.
Infrastructure footprint describes the planned launch configuration. Availability commitments, coverage, exclusions, remedies, recovery objectives, and service availability are governed by the applicable agreement. Vendor names identify target or underlying technologies and do not imply an announced partnership.

A planned integrated security platform, intended for Atlas infrastructure and customer delivery as Security Platform as a Service.
The full security platform is the foundation of the offering. Protection, monitoring, and response responsibilities are defined around the contracted environment.
Incident-response coverage options are discussed during consultation.
Discuss Security Platform as a Service →A planned integrated platform combining protection, monitoring, and response for the agreed customer environment. Coverage and operational responsibilities are defined during scoping.
Define who can reach each resource, restrict privileged access, and separate administrative pathways. Policies should account for stolen credentials and compromised access gateways.
Plan segmentation and enforcement boundaries around applications, users, and infrastructure. Evaluate what an attacker could reach when an individual device or workload is compromised.
Scope telemetry, protected logging, alert handling, and escalation. Identify which evidence remains available if the affected equipment can no longer be trusted.
Define containment authority, escalation paths, and coordination with customer teams. Response coverage, responsibilities, and any service commitments depend on the agreed engagement.
Review dependencies, administrative access, and restoration procedures. Planned exercises examine whether teams can isolate affected systems and recover without reintroducing the original weakness.
These are planned service capabilities and design activities. Delivery scope, availability, response commitments, exclusions, and customer responsibilities require an applicable agreement; they are not demonstrated production results.

Technology strategy, infrastructure architecture, cybersecurity, and continuity planning shaped around your organization.
Each engagement establishes a defined scope, deliverables, and practical next steps.
Discuss a consulting engagement →Connect technology decisions to essential operations, existing constraints, and investment priorities. Establish a phased roadmap with dependencies, decision owners, and next steps.
Map the systems, suppliers, access services, and operational processes that essential workflows depend on. Document shared failure risks and unresolved assumptions.
Develop architecture options for connectivity, hosting, segmentation, and management access. Document capacity assumptions, failure boundaries, and the tradeoffs behind the proposed design.
Review trust relationships, access controls, security boundaries, and recovery dependencies. Produce prioritized recommendations with a defined assessment scope.
Identify essential functions, fallback procedures, recovery priorities, and decision authority. Define exercise scenarios and acceptance criteria with the organization.
Scope a representative parallel environment for evaluating proposed changes. Define what must be reproduced, what can be tested, and what evidence is needed before an authorized cutover.
Consulting engagements are scoped individually. Deliverables, acceptance criteria, timelines, and implementation responsibilities are agreed before work begins. Proposed designs and test plans do not establish demonstrated capability or certification.
Our launch plan calls for HITRUST i1 certification and alignment with the NIST Cybersecurity Framework (CSF) 2.0, with a roadmap toward HITRUST r2 certification.
These are planned launch objectives. HITRUST certification is subject to successful assessment and approval for the defined scope.
Talk with Atlas about your cloud requirements, cybersecurity priorities, or consulting needs.
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