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Different industries don’t need the same network. A trading floor cares about shaving microseconds off a connection, a hospital cares about keeping a connected infusion pump away from guest WiFi, and a factory floor needs equipment running networking standards nobody updated in a decade. Arista‘s Industry-Specific Networking Solutions take the same EOS and CloudVision foundation and configure it around what a specific sector actually needs, rather than selling every business the same generic enterprise setup. Healthcare, financial markets, and government currently lead Arista’s industry focus, together making up close to a quarter of all its industry-specific partner engagements, with healthcare topping that list.
Netmate IT tailors these deployments from its office in Bur Dubai, UAE, with engineers who’ve configured networks for trading floors, hospitals, campuses, and factory floors, not just general office environments. Arista is Netmate’s trusted infrastructure partner for this work, and the team’s coverage runs from the UAE first, out across the GCC, Kenya, Nepal, and Africa, for organizations whose networking needs don’t fit a one-size-fits-all template.
A trading firm can lose real money if an order takes a few extra microseconds to reach the market. The Arista 7130 Series is built specifically for this, with switching designed to shave latency down to the smallest possible margin. This isn’t a feature most businesses need, but for the ones that do, it’s the whole reason they’re talking to Arista in the first place.
Hospitals run a strange mix of decades-old medical equipment and modern connected devices, often on the same floor. Arista’s Healthcare Network as a Service approach handles that mix directly, keeping infusion pumps, imaging systems, and monitoring equipment segmented away from administrative and guest traffic, without requiring a hospital to hire a dedicated network security team just to manage it.
Government networks tend to face compliance reviews before anything else, funding, security clearance, or audits. Building on Arista’s zero trust and observability tools gives a department the segmentation, access control, and change tracking it needs to document during that kind of review, rather than scrambling to prove compliance after the fact.
A university isn’t one network; it’s dozens of lecture halls, dormitories, research labs, and administrative offices, each with different access needs and often different IT teams managing them. Arista’s campus architecture, covered in more depth on our Campus Networking Solution page, lets a school unify all of that under one CloudVision-managed system instead of three or four disconnected ones.
Factory floors often run equipment that predates modern networking standards entirely: sensors, controllers, and machinery nobody designed with IT in mind. Arista’s Cognitive Campus switches extend reliable, manageable networking out to that equipment without requiring a full factory floor rebuild just to get visibility into it.
Moving raw, uncompressed video between edit bays, or handling the traffic a service provider pushes through its core network, takes a different kind of bandwidth than a typical office needs. Arista’s 7280 and 7500 Series switches are built for exactly this kind of sustained, high-volume throughput, where a slow network during a deadline crunch isn’t a minor inconvenience.
Netmate IT engineers, who have configured networks for trading floors, hospitals, campuses, and factory floors, rather than just applying the same template everywhere, tailor Arista deployments to the industry that the client works in from their Bur Dubai office. That difference is most apparent during the design phase when a hospital’s segmentation requirement is actually different than a trading firm’s latency requirement, and it’s not simply a single checklist adapted to fit both.
Netmate’s reach covers the UAE first, then extends across the GCC, Kenya, Nepal, and Africa, serving organizations across every sector Arista builds for. The common thread across clients isn’t the industry itself; it’s a network that needs to match specific regulatory, performance, or device requirements that a generic enterprise setup was never built to handle.
A trading firm based in ADGM, Abu Dhabi Global Market, needs network latency measured in microseconds, since a slow link can cost real money on every trade. A hospital group in Salmiya needs its infusion pumps and imaging systems kept separate from guest WiFi, without hiring a dedicated security team just to manage it. A government department in Abu Dhabi must prove its network meets strict compliance requirements before funding is approved. A university in Dhangadhi is trying to connect lecture halls, dormitories, and research labs without three separate IT teams running three separate systems.
A manufacturing plant in Yanbu runs factory floor sensors that were never designed with networking in mind. A production studio in Dubai Media City moves massive raw video files between edit bays all day and can’t afford a network that chokes during a deadline. Six different problems, one underlying answer: the network has to match what the industry actually does, not a generic template built for an average office.
Both, depending on the need. Some hardware, like the 7130 Series for financial trading, is genuinely purpose-built for one specific use case. Most other industry differences come down to configuration, software licensing, and architecture choices on top of the same core EOS and CloudVision platform, rather than entirely separate product lines for every sector.
The exact figure depends heavily on the specific trading setup and network design, but the 7130 Series is built specifically to minimize latency at a level standard enterprise switching isn't engineered for. For firms where this matters, even a fraction of a microsecond difference across thousands of trades adds up to a meaningful financial impact over time.
It is a strategy that takes into account the way hospitals function by mixing legacy medical equipment with today's connected devices, while ensuring that the devices can be segmented without compromising patient care. The gaps this approach aims to fill are the ones that don't exist in a typical enterprise network setup, since it doesn't consider medical device behavior or the compliance pressures a hospital is likely to encounter.
Specific configuration reduces to a small size for smaller industries. While it is true that a mid-sized clinic or regional university doesn't need the same scale as a large state university or a major hospital network, the principles are the same, segmentation is the same, the willingness to be compliant is the same, and the awareness of the devices is the same, and it still matters at a smaller scale.
Typical compliance considerations start to influence segmentation, access logging, and change tracking from the outset, as a department will need to provide evidence that these controls have been implemented during an audit or funding assessment. The advantage of building this in is that there will be no scramble of compliance features being added to a network that wasn't designed with them in mind.
Industrial environments may be decades old and have equipment with different protocols and specifications, and some equipment may not have been designed for networking. A standard office network expects the modern device to act like a typical device. Industrial and manufacturing networking requires considering sensors and machines that are not like a laptop or a phone, which alters the way segmentation and monitoring should function.
In most actual deployments, it turns out that a combination of elements is involved, not one of the three categories above. For instance, a university hospital truly requires healthcare device segmentation and campus connectivity in the same network, like the style of an education system. Arista's architecture allows for these combinations to be flexed, and not required as an either/or scenario.
