Service · IT Infrastructure
IT infrastructure that keeps the business from ever going down
IT infrastructure, structured cabling, networks, datacenter, and cloud designed to keep the business running without interruption.
- Networking Cisco, Fortinet, FortiAP, Ubiquiti, Mikrotik
- Certified Cat6A / OM4 fiber cabling (Siemon, Panduit, Canovate)
- Backup power APC by Schneider Electric
- Datacenter and precision cooling
- Hybrid cloud AWS / Azure / HPE
- Disaster recovery and business continuity
What is IT Infrastructure at Migura?
IT Infrastructure is the Soluciones Migura unit dedicated to it infrastructure, structured cabling, networks, datacenter, and cloud designed to keep the business running without interruption.
Migura is the only LATAM integrator that delivers IT Infrastructure within a complete 5-unit stack (Smart CX, Agentic AI, Computer Vision, IT Infrastructure and Operational Efficiency) under a single contractual SLA. Operating across Mexico, Venezuela and Panama.
Infrastructure is the one part of IT nobody notices when it works. It is also the part that sets the ceiling for everything else: the most advanced contact center platform is useless when the link drops, and the best-calibrated video analytics stops recording when backup power runs out.
Most outages we handle do not come from a faulty device. They come from design decisions that looked minor at the time: cabling that was never certified and degrades with heat, a link with no real redundancy because the second carrier uses the same last mile, a data center where cooling was sized for day-one load rather than year-three load.
Migura designs, installs, and certifies infrastructure with manufacturers where it holds a current formal tier: Cisco and Fortinet for network and security, Siemon and Panduit for cabling and data center, APC by Schneider Electric for backup power.
How the solution is built
Infrastructure is designed from the bottom up. Each layer depends on the one below being right, and shortcuts are always paid for in the layer above.
- 1
Site and power
Electrical service, UPS backup, standby generator, and surge protection. This is the most underestimated layer and the one that produces the longest outages: without stable power, no amount of network redundancy helps.
- 2
Structured cabling
Cat6A or OM4 fiber depending on distance and projected bandwidth, installed and certified with an instrument. Certification is what separates an installation that performs for ten years from one that degrades by the second summer.
- 3
Network
Switching, routing, and wireless sized for real traffic, with segmentation by load type. Surveillance video, contact center voice, and administrative traffic have different profiles and should not compete for the same path.
- 4
Perimeter and internal security
Firewalls, segmentation, network access control, and internal traffic visibility. Security designed as a separate layer at the end of a project almost always forces the topology to be reworked.
- 5
Data center
Racks, power distribution, cable management, and precision cooling with aisle containment. Thermal density is what determines how much the site can grow without major construction.
- 6
Hybrid cloud and continuity
Which workloads live on premises, which in the cloud, and how each one recovers. A recovery plan that was never tested is an assumption, not a plan.
How to choose well
Questions that separate infrastructure that supports growth from infrastructure that has to be rebuilt in three years.
Instrument-based cabling certification
Demand the per-link certification report, not a statement that it "tested fine". It is the only objective evidence the installation meets the category you paid for, and it is what backs the manufacturer warranty.
Real redundancy, not nominal
Two links from two carriers sharing the same last mile or the same conduit are not redundancy. Verify the full physical path, not the contract.
Sizing for three years
Network and cooling must be designed for projected load, not current load. Expanding a data center with no thermal headroom means civil works, and that is where costs multiply.
Segmentation from the design stage
Separating video, voice, management, and guest traffic is not a later enhancement: it defines the topology. Adding it afterward forces reconfiguration of equipment in production.
Extended manufacturer warranty
Siemon and Panduit offer long-term system warranties, but only when the installation is performed by an integrator with current certification. Verify your provider holds it, because without it the warranty does not apply.
A real recovery test
Ask when a full restore was last executed. The difference between a backup and a recovery is that only one of them has been proven.
Decision table
These are the architecture decisions with the largest impact on total cost, and how we approach them.
| Decision | When each option applies | Cost of getting it wrong |
|---|---|---|
| Cat6A vs OM4 fiber | Copper for horizontal distribution within a floor; fiber for backbones, long runs, and high density. | Copper on a run that exceeds its distance degrades intermittently and is very hard to diagnose. |
| Cisco vs Fortinet at the perimeter | Cisco when there is existing investment in its network and collaboration ecosystem; Fortinet when the priority is consolidating security with unified visibility. | Mixing management consoles without a clear rationale multiplies the operating cost for the IT team. |
| Siemon vs Panduit | Both carry system warranties. The choice comes down to local supply availability and the standard already installed on site. | Mixing systems within the same link voids the extended manufacturer warranty. |
| On-premises vs cloud workloads | On premises when latency or data volume demand it; cloud when load is variable or elasticity is needed. | Streaming continuous video to the cloud without calculating egress costs produces invoices that were never in the business case. |
| Comfort vs precision cooling | Precision with aisle containment once per-rack density rises; comfort only for small sites. | Insufficient cooling does not shut equipment down: it silently shortens its service life. |
Mistakes we see often
Treating cabling as the line item to save on
It is the longest-lived component of the whole infrastructure and the most expensive to replace, because it means opening up the site again. Saving there is scheduling future construction.
Installing without documenting
An unlabeled panel with no diagram turns any incident into an investigation. Documentation is not bureaucracy: it is half of recovery time.
Leaving power for last
Backup power is sized against the final project load, including what will be added later. Discovering the UPS is undersized always happens at the worst possible moment.
Confusing backup with continuity
Having copies does not mean being able to operate. Continuity is measured in how long the business takes to run again, and that is only known by running the test.
Not separating video traffic
Surveillance generates a constant stream that saturates links sized for office traffic. It is one of the most frequent causes of diffuse degradation nobody manages to attribute.
Coverage in Mexico and Venezuela
Infrastructure is field work: it requires a site survey, physical installation, instrument certification, and maintenance. Migura runs its own teams in two countries.
Mexico
Office in Mexico City (Colonia Anzures) covering CDMX, the metropolitan area, Monterrey, and Guadalajara. Data center, certified cabling, and network projects for banking, manufacturing, government, and retail.
Venezuela
Office in Caracas (Av. Francisco de Miranda, Parque Cristal) with nationwide coverage. Specialists in designing for continuity under variable power and connectivity: backup power sized with headroom, link redundancy over genuinely separate physical paths, and controlled degraded operation.
Frequently asked questions
What does an IT infrastructure project include? +
It covers the physical and logical layer everything else runs on: backup power, certified structured cabling, data and wireless networking, perimeter security, a data center with adequate cooling, and the hybrid cloud and disaster recovery scheme. Migura delivers design, installation, certification, and support under a single SLA.
Why does structured cabling need to be certified? +
Instrument certification measures each link against the standard for the installed category and produces a per-point report. It is the only objective evidence the installation matches what was contracted, and it is a requirement for system warranties from manufacturers such as Siemon and Panduit, which only honor them when the work is performed by a certified integrator.
What is the difference between Cat6A and OM4 optical fiber? +
Cat6A is copper and is used for horizontal distribution within a floor, with a practical limit of 90 meters. OM4 fiber is used for backbones, long runs, and high-density links, and is immune to electromagnetic interference. The choice is driven by distance, projected bandwidth, and environmental conditions, not preference.
How is a data center sized so it does not need rebuilding? +
It is sized against projected three-year load, not current load, across three coupled variables: available power, cooling capacity, and per-rack density. Cooling is usually the real growth limit, because expanding it means civil works whereas adding equipment does not.
Do you work with infrastructure that is already installed? +
Yes. The starting point is a site survey identifying what to keep, what to certify, and what to replace. Replacing everything is rarely justified: the usual path is to correct the layers that limit growth and document the rest.
What does IT Infrastructure solve? +
IT Infrastructure is the Soluciones Migura unit dedicated to it infrastructure, structured cabling, networks, datacenter, and cloud designed to keep the business running without interruption.
What does IT Infrastructure include? +
It covers: Networking Cisco, Fortinet, FortiAP, Ubiquiti, Mikrotik; Certified Cat6A / OM4 fiber cabling (Siemon, Panduit, Canovate); Backup power APC by Schneider Electric; Datacenter and precision cooling; Hybrid cloud AWS / Azure / HPE; Disaster recovery and business continuity.
How do we get started with IT Infrastructure? +
We begin with a free diagnostic of your current setup, then design and integrate the solution alongside our technology partners. Reach out for an assessment.
How do we start?
The first step is a root-cause assessment
90 minutes with a senior consultant. No commitment. Executive report within 7 business days.