Healthcare & Life Sciences

When a network supports life-critical systems, ‘mostly reliable’ isn’t good enough. We build healthcare networks that are engineered to the standard patient care demands.

In Healthcare, Network Failure Isn’t Just an IT Problem.

Healthcare organisations operate some of the most demanding network environments of any industry — and some of the most consequential. Electronic health records, medical imaging systems, clinical decision support tools, connected medical devices, telehealth platforms, and the operational systems that keep hospitals running — all of it depends on the network.

A network outage in a manufacturing facility costs money. A network outage in a hospital can delay care. That distinction shapes everything about how we approach healthcare networking — the redundancy we design in, the security architecture we build around sensitive patient data, the operational discipline we apply to change management, and the seriousness with which we treat every engagement.

AMROTS works with hospitals, clinics, diagnostic centres, pharmaceutical companies, and life sciences organisations on the network infrastructure that underpins their clinical and operational environments. We don’t bring a healthcare IT product — we bring deep network engineering expertise applied to an environment where the bar for reliability and security is as high as it gets.

Frequently Asked Questions

Some of the questions we hear most from healthcare clients.

How do you approach network segmentation for healthcare environments?
Carefully and thoroughly. Healthcare networks typically need to carry several fundamentally different traffic types — clinical systems, administrative IT, connected medical devices, guest Wi-Fi, and building management systems — each with different security requirements and risk profiles. We design segmentation architectures that isolate these traffic types at the network layer, ensuring that a compromised device or system cannot move laterally into clinical infrastructure. Medical device networks, in particular, receive dedicated segmentation given the regulatory and safety implications of compromised device connectivity.
How do you handle the security of connected medical devices?
Connected medical devices are one of the most challenging areas of healthcare network security — they often run legacy operating systems, can't be patched easily, and can't be taken offline for maintenance windows. Our approach is to segment medical devices onto dedicated network zones with strict access controls, monitor device behaviour for anomalies, and design firewall policies that permit only the specific communication each device requires. We treat every connected medical device as a potential security boundary.
Can you help us achieve high availability for life-critical clinical systems?
Yes — and this is where the engineering rigour we bring from carrier networking pays dividends in healthcare environments. We design redundancy at every tier: dual uplinks, redundant core switching, out-of-band management networks, and failover connectivity that maintains clinical system availability even when primary infrastructure fails. We also design and test failover behaviour explicitly — because a redundancy design that hasn't been tested is just a hypothesis.
How do you manage network changes in a 24/7 clinical environment?
With extreme care and thorough planning. Clinical environments rarely have traditional maintenance windows — systems need to be available around the clock. We plan every network change with detailed rollback procedures, stage changes through non-clinical hours wherever possible, and communicate clearly with clinical and IT stakeholders throughout. Change management discipline in healthcare networking is non-negotiable.
Can you help us connect clinical sites, including remote clinics and telehealth infrastructure?
Yes — multi-site connectivity for healthcare organisations is a core part of our work. We design private, secure WAN connectivity between hospitals, clinics, diagnostic centres, and administrative offices — using dedicated circuits, MPLS VPN, and cloud connectivity where appropriate. For telehealth, we design the network architecture that supports reliable, low-latency video and clinical data transmission between care sites and patients.
Do you provide ongoing managed support for healthcare network environments?
Yes — ongoing managed network operations for healthcare clients includes 24/7 monitoring, incident response, security event monitoring, and proactive capacity management. Given the continuous availability requirements of clinical environments, having senior engineers monitoring your network around the clock isn't a luxury — it's a practical necessity.
What We Do

How We Serve Hospitals, Clinics & Healthcare Providers

From high-availability clinical network design to medical device security and site connectivity — here’s where we add the most value.

Our Expertise

The Consequences of Getting It Wrong Are Too High to Cut Corners.

Healthcare network engineering requires a combination of technical depth, operational discipline, and genuine appreciation for the environment you’re working in. We bring all three — treating every healthcare engagement with the seriousness that clinical infrastructure demands.

Designing redundant, high-availability architectures that keep clinical systems online when primary infrastructure fails.
Segmenting medical devices, clinical systems, and administrative IT into isolated network zones with strict access controls.
Engineering change management processes that accommodate 24/7 clinical operations without unnecessary risk.
Securing patient data at the network layer through firewall policy, access controls, and traffic monitoring.
Connecting clinical sites with private, reliable WAN infrastructure that supports telehealth and clinical data exchange.
Providing 24/7 managed monitoring with senior engineer response — because healthcare networks can't wait until morning.
24 /7
Managed Monitoring
& Support
Our Approach

We Treat Every Healthcare Engagement With the Gravity the Environment Deserves.

Healthcare organisations don’t need a network engineering partner who treats their environment like any other enterprise. They need one who understands why the bar is higher here — and consistently meets it.

We begin every healthcare engagement with a thorough assessment of the clinical environment — understanding which systems are life-critical, which devices are connected to the network, how traffic flows between clinical and administrative zones, and where the current architecture creates risk or single points of failure.

Our network segmentation designs for healthcare environments are built around the principle of least privilege — every device and system gets access only to what it needs, nothing more. Medical device zones are designed with particular care, with firewall policies that permit only the specific communication each device type requires.

Change management in healthcare environments is planned with greater rigour than in almost any other industry. We document every planned change in detail, identify all clinical dependencies, define explicit rollback procedures, and stage changes to minimise risk to operational clinical systems.

Post-deployment, we offer ongoing managed operations with 24/7 monitoring and senior engineer on-call response — providing the continuous operational oversight that clinical network infrastructure requires and that an in-house team with competing priorities often can’t sustain alone.

other industries

Related Industries We Also Serve

Telecommunications infrastructure touches many adjacent sectors. Here are the industries where our networking expertise is most closely related.

Your Clinical Network Deserves Engineering That Matches the Stakes.

Whether you’re designing a new facility network, securing connected medical devices, or connecting clinical sites — let’s talk about building infrastructure that your patients and clinicians can depend on.

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Contact Us!

Address: Hovsep Emin 130/1, Yerevan, Armenia 0051

Call us: +374 00 000 000

Hours: Mon–Fri: 9:00am – 6:00pm / Weekends by appointment