PRODUCT OVERVIEW
PrecisionDCOS Platform Overview
A concise technical introduction to the product family, operating contract and reference architecture used to make critical digital infrastructure observable, connected, secure, supportable and operationally accountable.
- Access
- Open access
- Resource type
- Executive and technical platform overview
- Primary audience
- Owners, operators, engineering leaders, IT and OT teams, security, assurance and procurement
- Product scope
- All PrecisionDCOS components
THE OPERATING GAP
A commissioned facility is not yet an operating service.
Commissioning demonstrates that equipment and systems meet defined acceptance criteria. Continuous operation requires a persistent layer of people, platforms, procedures, interfaces, service ownership, data quality, incident command, work execution, evidence and lifecycle support. Those obligations usually span multiple systems and suppliers that were not designed to share one operating model.
PrecisionDCOS addresses that gap. It connects the facility signal, management network, carrier path, security event, operator action, work record and customer-facing evidence without pretending that one application or one database should replace every authoritative system.
Commissioning hands over an asset. PrecisionDCOS converts it into a durable, measurable and continuously improved operating service.
PRODUCT DEFINITION
One accountable operating layer. Multiple authoritative systems.
PrecisionDCOS is a modular, vendor-neutral Data Center Operating System that integrates monitoring, networks, connectivity, security, managed operations, operational data and assurance into one accountable operating model.
It is not a monolithic controller, a replacement for every BMS, EPMS, DCIM, CMMS, ITSM, VMS, access-control system, network controller, carrier portal or customer platform. Each approved domain may retain its native system of record and action authority. PrecisionDCOS establishes the identity, time, quality, authority, dependency, event, work, evidence and portability contracts that allow those domains to operate as one service.
PrecisionDCOS is designed to:
- Establish a consistent operating boundary across facility, IT, network, security and service domains
- Preserve the fidelity and authority of qualified source systems
- Correlate alarms, incidents, dependencies, work and evidence
- Support greenfield, brownfield and mixed-vendor environments
- Provide local, hosted, hybrid and private deployment options
- Support customer-led, co-managed and fully managed operations
- Maintain practical data portability and customer handback
PrecisionDCOS is not represented as:
- A universal replacement for every domain platform
- A remote substitute for required local protection or life-safety systems
- Automatic authority to command any connected device
- A guarantee that every source, path or workload has the same availability
- A certification body, service auditor or regulatory authority
- A requirement to copy every source into one centralized database
EIGHT GOVERNED COMPONENTS
The operating system spans the complete supporting environment.
PrecisionDCMS
Facility, data-center and full-stack infrastructure monitoring and management across power, cooling, environment, network, server, BMC, accelerator, fabric, storage and cluster systems.
DCOS Network
Building-management, OT, campus, NOC, out-of-band, physical-security and customer-management networking with governed segmentation, recovery and lifecycle operations.
DCOS Connect
Carrier, optical transport, dark fiber, Internet, remote hub, cloud, peering and private-interconnection services from procurement through acceptance and ongoing operations.
DCOS Secure
Perimeter, access control, video, intrusion, visitor, critical communications, dispatch and evidence integrated as one governed protective domain.
DCOS Operations
NOC, SOC, service desk, CALS, ITSM, CMMS/EAM, DCIM, field execution, vendor coordination and lifecycle operations.
DCOS Data Fabric
Canonical identity, quality semantics, historian, event ledger, dependency context, APIs, streams, datasets and governed AI/ML enablement.
DCOS Assurance
Compliance planning, control implementation, evidence operations, readiness, remediation and independent-assessment coordination.
DCOS Cloud
Hosted identity, observability, portal, workflow, data, backup, disaster recovery and cross-site services delivered through CriticalOps Cloud.
SHARED OPERATIONAL CONTRACT
Integration begins with a common definition of truth and responsibility.
Every PrecisionDCOS component uses the same operational contract: stable identifiers, explicit source time and quality, one authoritative owner for each information class and action, linked event and work lifecycles, versioned dependencies, controlled evidence and practical handback.
- 01
Stable identity
Sites, rooms, systems, equipment, interfaces, points, services, incidents, work records and evidence use durable identifiers that remain meaningful across tools and lifecycle changes.
- 02
Time and quality
Operational values preserve source time, receipt time, quality, staleness, simulation and out-of-service state so that a visible value is not mistaken for current truth.
- 03
Authority
Each information class and action has a documented owner. Read access, workflow approval, command authority, local protection and administrative control are treated as separate permissions.
- 04
Event lifecycle
Source conditions, normalized alarms, incidents, communications, work, restoration and verified closure remain linked rather than becoming disconnected tickets and screenshots.
- 05
Dependency
Power, cooling, network, compute, storage, security and customer-service relationships are versioned so that an event can be evaluated by likely operational impact.
- 06
Evidence
Configuration, access, alarms, actions, tests, maintenance, backups, changes, approvals and acceptance records are retained as controlled evidence within the agreed scope.
- 07
Portability
Asset, operational and evidence records are exposed through documented schemas and policy-controlled interfaces, with secrets handled separately and customer handback planned from the beginning.
Select the operating responsibility that matches the organization.
Customer-Led Support
The customer retains primary operational authority. PrecisionX provides monitoring, notification, technical advice, escalation support and agreed targeted services.
Co-Managed Operations
The customer and PrecisionX share defined workflows. PrecisionX coordinates agreed incidents, vendors and service processes while customer approvals and retained authorities remain explicit.
Fully Managed Operations
PrecisionX owns the agreed operating layer and service workflows, subject to documented customer responsibilities, exclusions, local-authority boundaries and field-coverage terms.
Monitor broadly. Command narrowly. Keep protection local.
Visibility does not equal authority. Fire alarm, gas emergency shutdown, electrical protection, equipment-local safeties and required life-safety functions remain local and independent. Any equipment-changing command path is separately engineered, authorized, interlocked, tested and accepted.
FROM DESIGN TO DURABLE OPERATION
The operating layer is engineered, accepted and maintained as a lifecycle.
- 01Discovery
- 02Basis of Design
- 03Detailed engineering
- 04Submittals
- 05Procurement
- 06Staging
- 07FAT
- 08Site install
- 09SAT
- 10Commissioning integration
- 11Operational readiness
- 12Service commencement
- 13Lifecycle operation
The approved order and Basis of Design establish the required components, authority, interfaces, availability, data location, service responsibility and acceptance criteria. Staging, FAT, SAT and operational readiness then validate the configured product, installed interfaces, degraded modes, procedures and service handoff. Lifecycle operation maintains configuration, recovery, evidence, capacity and supportability after initial acceptance.
What the Platform Overview covers
- Product definition and operating problem
- Eight governed PrecisionDCOS components
- Common operating contract
- Full-Stack PrecisionX, Managed Overlay and Hybrid Modernization
- Customer-Led Support, Co-Managed Operations and Fully Managed Operations
- Local, hosted, hybrid and private deployment patterns
- Federated systems of record
- Safety and authority boundaries
- Cybersecurity zones and conduits
- Event-to-work and evidence lifecycle
- Business continuity and degraded modes
- Customer data portability and handback
- Engineering, acceptance and service commencement
- Reference architecture and next-step discovery inputs
Use this overview to align the commercial, technical and operating conversation.
The Platform Overview is intended for stakeholders establishing whether PrecisionDCOS fits the project, which operating domains are in scope and how responsibility should be divided. It is a starting document for executive sponsors, owner’s engineers, facility and IT operators, network and security architects, assurance teams, procurement and delivery partners.
It is not a final system design, equipment schedule, statement of work or acceptance specification. Those are developed through discovery, the approved Basis of Design and project-controlled records.
Frequently asked
Questions and answers
- Is PrecisionDCOS another name for DCIM?
- No. DCIM may remain an important system within the operating environment, but PrecisionDCOS spans a broader service boundary: facility and full-stack monitoring, management networking, carrier connectivity, physical security, NOC/SOC and service workflows, governed operational data and assurance. It can integrate an existing DCIM rather than requiring its replacement.
- Does PrecisionDCOS require a rip-and-replace deployment?
- No. A Full-Stack PrecisionX implementation is available, but Managed Overlay and Hybrid Modernization are first-class adoption patterns. Existing systems can remain authoritative when their interfaces, ownership, quality, recovery and support boundaries are accepted.
- Does an integrated operating system mean centralized remote control?
- No. Integration establishes shared identity, context, workflow and evidence. It does not silently grant command authority. Equipment-changing commands, where included at all, are separately engineered and bounded. Required protection and life-safety functions remain local and independent.
- Can the platform be deployed without a hosted service?
- Yes. The selected PrecisionDCMS architecture and the broader PrecisionDCOS service design may be local, hosted, hybrid or private. The design must identify which functions and data remain available during WAN or hosted-service impairment and which local systems remain authoritative.
Related resources
Field vs NX Selection Guide
Select the architecture from physical-interface, autonomy, availability, data-location, workload and operating-authority requirements.
Read resourceArchitecture BriefsAuthority and Safety Boundary Brief
How read authority, command authority, local protection, workflow approval, API access and evidence are separated across the operating system.
Read resourceArchitecture BriefsPrecisionDCOS Reference Architecture Library
Composable operating architectures for AI/HPC, cloud and colocation, digital-asset, private and industrial, utility-integrated, modular and remote environments.
Read resourceDEFINE THE OPERATING BOUNDARY
Translate the platform model into a project-specific architecture.
Bring the site, systems, service responsibilities and project stage. PrecisionX will identify the applicable components, retained customer systems, authority boundaries and next engineering deliverables.