Every capability DCS Global delivers — mapped across the infrastructure lifecycle, organised by domain, and cross-referenced to solution pages, credentials, and delivery models. Use the filters to find the right capability for your project.
One Partner. Full Lifecycle. Zero Compromises.
Discovery, gap analysis, requirements definition, and current-state documentation.
Architecture, engineering design, specifications, and procurement planning.
Physical installation, integration, and system build-out.
Factory and field commissioning, load bank testing, and integrated systems validation.
Preventive maintenance, 24/7 monitoring, emergency response, and sustained operations.
Technology refresh, capacity expansion, decommissioning, and lifecycle transition.
29 of 29 capabilities
The verified foundation of DCS Global — UPS systems, battery energy storage, transfer switches, power distribution, commissioning, and the electrical engineering that keeps critical operations running.
Design, installation, and maintenance of UPS systems, battery energy storage systems (BESS), automatic and static transfer switches (ATS/STS), power distribution units (PDUs), and central lighting inverters.
Engineering and installation of power distribution infrastructure — switchgear, PDUs, busway systems, and the electrical distribution architecture that delivers reliable power to every load.
Custom electrical engineering solutions with Licensed Professional Engineers — systems integration, single-line diagrams, arc flash studies, and the engineering documentation that governs every power project.
Factory and field-level commissioning, load bank testing, and integrated system validation — NETA-certified technicians ensuring every system performs to specification before it goes live.
Design, installation, and maintenance of precision cooling infrastructure — CRAC/CRAH units, in-row cooling, liquid cooling for high-density compute, and the thermal management systems that protect critical equipment.
Preventive maintenance programs, emergency repair, and 24/7 field response for UPS systems, batteries, cooling equipment, and the full critical power infrastructure stack.
Standby and prime power generator design, installation, load testing, and maintenance — diesel, natural gas, and bi-fuel systems that provide the backup power layer for mission-critical facilities.
Data center infrastructure management (DCIM) and power monitoring systems — real-time visibility into power consumption, capacity utilization, and the operational data that drives efficiency decisions.
Design, installation, fiber, telecom, decommissioning, and EV infrastructure — the physical layer that every technology system depends on.
Comprehensive data center and micro data center design — from initial planning and Tier classification through full-scale implementation, maximizing efficiency, reliability, and scalability.
Turnkey data center construction and build-out — from civil and structural coordination through mechanical, electrical, and technology systems installation under a single general contractor.
Design, installation, and certification of fiber optic infrastructure — structured cabling, backbone fiber, patch panels, and the physical connectivity layer for mission-critical environments.
Safe, compliant decommissioning of data center and energy systems — asset disposition, data destruction, battery and equipment recycling, and the documentation that satisfies environmental and regulatory requirements.
Scalable EV charger installation and maintenance for fleet and employee charging — designed for seamless integration with existing electrical infrastructure and utility interconnection requirements.
Telecom infrastructure design, carrier circuit procurement, and the connectivity layer that connects facilities to the broader network — including inside plant, outside plant, and carrier interconnection.
Networking, cybersecurity, cloud and hybrid infrastructure, and the technology systems that connect and protect the enterprise.
Enterprise network design, deployment, and management — LAN/WAN architecture, campus and data center switching, SD-WAN, and the network fabric that connects every system in the enterprise.
Infrastructure-layer cybersecurity — network security architecture, OT/ICS security, compliance-aligned controls, and the security posture that protects mission-critical systems from physical and logical threats.
Cloud migration strategy, hybrid architecture design, and the infrastructure integration that connects on-premises systems with cloud platforms — without sacrificing performance or compliance posture.
Infrastructure controls, audit-ready documentation, and evidence packages for HIPAA, FedRAMP, PCI DSS, NERC CIP, and SOX — delivered by engineers who understand both the technical and regulatory requirements.
End-to-end structured cabling design and installation — copper and fiber, horizontal and backbone, certified to TIA/EIA standards for enterprise and data center environments.
Enterprise AV system design and integration — conference rooms, command centers, digital signage, and the collaboration infrastructure that supports mission-critical operations.
Access control, video surveillance, intrusion detection, and the physical security infrastructure that protects data centers, critical facilities, and enterprise campuses.
Enterprise wireless LAN design and deployment — Wi-Fi 6/6E, distributed antenna systems (DAS), and the wireless coverage architecture that supports mobile-first enterprise operations.
GPU cluster deployment, HPC systems, AI data center design, and the purpose-built infrastructure that AI workloads require.
Purpose-built AI infrastructure design and deployment — GPU clusters, HPC systems, high-bandwidth interconnects, parallel storage, and the precision cooling that GPU-accelerated workloads require.
HPC cluster design, deployment, and optimization — compute nodes, interconnect fabric, parallel file systems, and the infrastructure architecture that sustains sustained high-throughput workloads.
24/7 NOC monitoring, managed IT, field services, and the sustained operational capability that keeps infrastructure performing after deployment.
24/7 NOC monitoring, managed IT operations, remote hands, and the sustained operational capability that keeps infrastructure performing after deployment — under a single SLA.
24/7/365 NOC operations — real-time infrastructure monitoring, alert management, incident response, and the continuous visibility that prevents failures before they become outages.
On-site field engineering, emergency dispatch, and the 24/7 response capability that resolves infrastructure issues before they escalate — with OSHA-certified technicians and a national field organization.
Infrastructure consulting, technology roadmapping, build vs. buy analysis, and the strategic advisory that precedes every major infrastructure decision.
Independent infrastructure advisory — current-state assessment, gap analysis, technology roadmapping, vendor evaluation, and the strategic guidance that precedes every major infrastructure decision.
Multi-year infrastructure roadmaps that align technology investment with business objectives — capacity planning, lifecycle management, and the financial modeling that supports capital planning decisions.
Project
A defined-scope engagement with a start date, end date, and deliverables. Typical for design, installation, and commissioning work.
Managed Service
Ongoing operational responsibility under a service-level agreement. Typical for 24/7 NOC, managed IT, and preventive maintenance programs.
Project + Managed
A project engagement with an optional managed-services tail. The most common model for infrastructure that requires both deployment and sustained operations.
DCS Global engineers scope projects across multiple capability domains. Tell us what you are trying to accomplish and we will identify the right combination of services, credentials, and delivery model for your situation.
