Infrastructure specified around your requirements. Not a vendor’s.

AI/ML and GPU infrastructure, automation, cloud, enterprise networking, security, unified communications, and surveillance — designed, built, and deployed by engineers.

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What we build

AI/ML and GPU infrastructure

GPU compute and cluster design, on-premise or in the cloud. We build the CUDA environments, storage throughput, and orchestration that training and inference depend on — and we model buy-versus-rent honestly before you commit to either. We also connect AI tools to your data through Model Context Protocol (MCP) servers — security and governance applied — and build environments where your team can use LLMs without exposing company data, with experienced AI engineers and data scientists carrying the work.

GPU COMPUTECluster design and deployment, on-premise or in the cloud.

CUDA STACKDriver, CUDA, and framework environments that reproduce.

STORAGEThroughput sized for training, not just capacity.

ORCHESTRATIONJob scheduling and queueing so the hardware stays busy.

INFERENCESelf-hosted inference and the data pipelines that feed it.

COST MODELBuy-versus-rent modelled before you commit.

MCP INTEGRATIONAI tools connected to your data, access-controlled and governed.

SECURE LLM ACCESSYour team uses AI models without exposing company data.

Automation

Business process and operations automation. We connect the systems you already run so information moves between them without manual re-entry — warehouse and operations workflows, scheduled jobs, and integrations that hold up because they are engineered, not glued.

WORKFLOWSWarehouse and operations processes automated end to end.

INTEGRATIONSystems integration between the tools you already run.

PIPELINESData moved between systems without manual re-entry.

SCHEDULINGScheduled and event-driven jobs that run unattended.

HANDOFFDocumented as built, so your team can operate it.

Cloud infrastructure

AWS, Azure, and GCP environments designed, built, and deployed. We start with the landing zone — account structure, identity, and network foundations — so workloads arrive in an environment that is governed from day one. Sizing follows the workload and the budget, not a reseller's margin.

LANDING ZONEAccount structure, identity and access, and network foundations designed before the first workload lands.

VPC / VNETCloud network design with segmentation planned, not improvised.

SIZINGCompute and storage matched to the workload and the budget.

IACInfrastructure as code, so the environment is reproducible and reviewable.

COSTCost visibility built in from the first deployment.

HYBRIDOn-premise migration and hybrid connectivity where the work requires it.

Network infrastructure

Network design and architecture for offices and datacenters: switching, routing, firewalls, and wireless with real coverage planning. Everything is segmented, monitored, and documented as built.

DESIGNArchitecture before hardware: the network is planned, then built.

SWITCHINGRouting, switching, and firewalls specified to the requirement.

WIRELESSWireless design with coverage planning, not guesswork.

SEGMENTATIONVLANs and segmentation that limit blast radius.

VPNSite-to-site and remote access VPN.

MONITORINGMonitoring, and documentation as built.

Security

Security architecture across network, cloud, and endpoints, designed into the environment rather than bolted on. Backup and recovery are designed against ransomware specifically, and logging exists so questions have answers.

ARCHITECTURESecurity designed across network, cloud, and endpoints.

PERIMETERFirewall and IDS/IPS specified and tuned.

SEGMENTATIONLeast privilege and segmentation that limit blast radius.

IDENTITYIdentity, access, and MFA done properly.

RECOVERYBackup and recovery designed against ransomware.

VISIBILITYLogging, monitoring, and hardening review.

VoIP and unified communications

VoIP designed and deployed with the network it runs on, because call quality is a network property. We migrate from legacy PBX without losing numbers, and we engineer QoS so voice holds up under load.

DESIGNVoIP system design and deployment.

MIGRATIONLegacy PBX migration, SIP trunks, and number porting.

QOSQuality of service engineered so voice survives load.

ROUTINGCall routing and IVR built around how you actually answer.

MOBILITYSoftphone and mobile clients for work off-site.

Surveillance and access control

Camera and access-control systems designed as one environment: coverage planned from the site plan, key systems that decide who enters what and when, and one view that puts the whole building or site under your control — including rural and remote locations.

SURVEILLANCEIP camera systems with coverage planned from the site plan, not guesswork.

ACCESS CONTROLDoor access and key systems that control who enters what, and when.

ONE VIEWThe whole building or site, visible and controlled from one system.

ANY LOCATIONOffices, multi-building sites, and rural or remote locations.

01 — Why vendor-neutral

The design follows the requirement, not the margin.

Most integrators are resellers. They carry a vendor’s product line, they hold a quota, and their recommendation follows the partner agreement. That is how the incentive works, whatever the engineers involved would prefer.

Gancas holds no quota and carries no line. When we specify a platform, it is because it fits your requirement and your budget, and we can tell you exactly why. When the right answer is the cheaper one, that is the answer you get.

The result is an environment that is right-sized, documented, and yours.

We don’t only build new environments. Gancas supports and maintains existing infrastructure — including environments we didn’t build — and when a project needs more hands, we provide experienced engineers to work alongside your team.

02 — Who builds it

Who builds it

Gancas engineering is led by a senior infrastructure engineer with 13 years of enterprise experience. The person who scopes your environment has spent a career building them: virtualization, storage, Linux systems, GPU clusters, and enterprise networks.

VIRTUALIZATION

STORAGE

SYSTEMS

COMPUTE

NETWORKING

03 — How we work

How we work

Understand

We start from the problem and the budget, not a product sheet.

Design

A written design you can read, question, and keep.

Build

Deployed by the engineer who designed it, documented as built.

Support

We stay accountable for the environment we shipped.

Tell us what you're trying to build

Describe the problem, not a specification. We will tell you what it would take.

[email protected]
Lewis Center, Ohio — serving the Columbus metro