One accountable operating layer for critical digital infrastructure
PrecisionDCOS unifies facility monitoring, OT and campus networking, managed connectivity, physical security, 24/7 operations, operational data and compliance assurance — deployed as software, hardware, or a managed service.
- 8
- DCOS components
- 24/7
- managed operations
- 40+
- OT & campus protocols
- Local
- protection stays local
The operating system
Eight domains, one operating contract
PrecisionDCOS is not a bundle of tools. Each domain is a product you can adopt on its own — and every one of them honors the same contract, so they behave as a single system instead of integrated silos.
PrecisionDCMS
Monitoring & management core
ExploreDCOS Network
Site & campus fabric
ExploreDCOS Connect
Carrier, transport & interconnection
ExploreDCOS Secure
Physical security & critical comms
ExploreDCOS Operations
Signal to verified closure
ExploreDCOS Data Fabric
Governed operational data & AI
ExploreDCOS Assurance
Compliance built into operations
ExploreCriticalOps Cloud
The hosted DCOS Cloud operating plane
ExploreOne operating contract
Seven guarantees every domain must honor.
- Stable identity
- Time and quality
- Authority
- Event lifecycle
- Dependency
- Evidence
- Portability
The problem
Critical sites are run from too many disconnected systems
Digital infrastructure is judged on uptime, security and provable control — yet the systems that deliver those outcomes rarely share identity, time, authority or evidence.
no shared identity · time · authority
- Facility, network, security and IT tools each tell a partial story that operators must reconcile by hand.
- Alarms fire in one system while the dependency, blast radius and restoration order live in another.
- Compliance evidence is reconstructed under deadline instead of produced continuously from operations.
- Every new vendor adds another silo, another login and another authority question nobody owns.
The gaps between systems become operational risk — the exact thing a critical site cannot afford.
The event lifecycle
Every event travels one accountable path
No matter which domain raises it, an event moves through the same six stages — so nothing stalls in a queue and every closure is provable.
- 01
Detect
Sources report a condition with identity, time and quality.
- 02
Validate
Signal is confirmed against source health and known state.
- 03
Correlate
Dependencies expose blast radius and true root cause.
- 04
Coordinate
Authority, assignment and escalation are made explicit.
- 05
Restore
Highest-impact issues are driven back to normal first.
- 06
Prove
Linked evidence shows the event closed and controls held.
Outcomes
What an operated site looks like
PrecisionDCOS exists to move a site into eight measurable states — and to keep it there under change.
Every in-scope system, path and service has defined coverage, data quality, source health, stale behavior and ownership.
Operators have controlled interfaces, authority matrices, procedures, escalation paths and field-response models.
Campus, OT, OOB, transport, Internet, cloud and customer interconnections are engineered, accepted, monitored and managed.
Physical, cyber and OT boundaries are designed together with strong identity, least privilege and converged incident context.
Assets, PMs, work orders, vendors, spares, warranties, inspections, changes and evidence are governed through the lifecycle.
Customers receive controlled access, health, incidents, maintenance, reports, data and assurance without ambiguous authority.
Controls and operating effectiveness are demonstrated from linked records rather than reconstructed manually.
External analytics, AI/ML, reporting and digital-twin systems consume normalized operational data through governed endpoints.
Deployment
Software, hardware, or a managed service
The same operating contract is delivered the way your site and team need it — deploy it yourself, run it on PrecisionX-integrated hardware, or hand operations to our 24/7 teams.
Deploy PrecisionDCOS
Run the operating contract on your own infrastructure — field runtimes, NX nodes, hosted planes and governed APIs, licensed and self-operated.
- Field, NX and NX-Cloud runtimes
- Governed APIs, streams and exports
- Bring-your-own or federated systems
PrecisionX-integrated racks
Factory-built, field-ready rack solutions — servers, switches, out-of-band and dual power integrated, tested and accepted before it ships.
- Rack-integrated compute & network
- Out-of-band management built in
- Acceptance-tested and documented
CriticalOps operations
Hand day-to-day operations to our 24/7 NOC, SOC and service-desk teams under an accountable operating model driven to verified closure.
- 24/7 NOC / SOC / service desk
- CALS event orchestration
- Defined SLAs and linked evidence
Solutions
Configured for how your site actually operates
From hyperscale and AI/HPC campuses to colocation, enterprise and edge — PrecisionDCOS ships as an opinionated configuration tuned to each operating profile.
AI and HPC Campuses
High-density AI and HPC campuses couple facility power and cooling to GPU, fabric and storage behavior. PrecisionDCOS makes the facility-to-cluster relationship observable, operable and recoverable without pretending one controller owns every function.
View solutionCloud and Colocation
Colocation and cloud providers must serve many customers from shared infrastructure. PrecisionDCOS delivers tenant-aware identity, capacity, evidence and reporting while keeping authority boundaries explicit.
View solutionDigital-Asset and ASIC Compute
Digital-asset and ASIC compute operators scale by repetition. PrecisionDCOS standardizes the site edge, centralizes operations and benchmarks the fleet without over-engineering each location.
View solutionPrivate and Industrial Compute
Private and industrial compute lives inside existing enterprise standards, brownfield systems and data-residency obligations. PrecisionDCOS operates as an overlay that respects what must remain authoritative.
View solutionUtility and Energy-Integrated Infrastructure
Energy-integrated sites add generation, storage and microgrid systems to the compute dependency chain. PrecisionDCOS provides safety-bounded integration and local continuity where protection must remain autonomous.
View solutionModular and Remote Sites
Modular and remote sites depend on packaged systems, standardized profiles and remote operations. PrecisionDCOS delivers a rack-based edge, cellular/OOB resilience and a remote NOC for repeatable deployment.
View solutionAdoption
Adopt without rip-and-replace
PrecisionDCOS federates suitable existing systems and replaces only what should be replaced. You keep authoritative systems and approved standards where they earn their place.
Full-Stack PrecisionX
A complete PrecisionDCOS reference architecture across monitoring, network, connectivity, security, operations, data and assurance.
Managed Overlay
Operate and federate suitable existing BMS, network, carrier, PACS/VMS, DCIM, CMMS, ITSM and customer systems without rip-and-replace.
Hybrid Modernization
Replace selected domains while preserving authoritative systems and approved customer standards elsewhere.
Bring one accountable operating layer to your critical sites
Talk to our engineering team about a reference architecture, a managed overlay, or a hybrid modernization plan for your portfolio.