The pillars of India’s student housing market are inherently conflicting. The demand for beds stands at around 12 million as of 2025, yet campus accommodation can support only about 4 million, covering barely 35 to 40 percent of what is actually needed. The remaining 8 million students do not disappear, they move into PGs, rentals, and co-living properties centred around education hubs, bringing a hyper-connected learning ecosystem that these properties were never intended to support.

Organised co-living inventory is projected to grow from roughly 300,000 beds today to nearly 1 million by 2030. Total co-living bed demand, estimated at 6.6 million in 2025, is expected to cross 9 million by the end of the decade. These figures are driving real investment into student housing infrastructure — better furniture, better amenities, better common areas and above all, better living conditions for students. Yet among all these amenities, one critical piece consistently lags behind. The underlying networks powering these properties were built for casual residential usage: OTT streaming, social media, basic browsing. They were not equipped to support a student taking a proctored exam at 7 PM while dozens of residents were simultaneously bandwidth-heavy.

This is the shortfall the industry has not yet named clearly enough. When operators come to us asking for “better connectivity,” what they are actually describing is a deeper infrastructure problem, and standard broadband upgrades will not solve it .

Why Basic Internet Breaks Under Academic Load

The connectivity infrastructure in most shared property is not built for what its residents actually do. One or two consumer broadband connections feed unmanaged routers distributed across floors, with limited network oversight, no traffic prioritization, no formal SLAs, and no security controls worth the name. Under routine residential usage, this might be adequate. Under academic load, it collapses.

The connectivity usage for academic purposes extends beyond casual browsing. It involves a range of bandwidth-intensive applications like concurrent online lectures, proctored examinations, LMS logins, cloud lab environments, coding platforms, design tools, and video submissions and critically, these activities do not spread themselves evenly across the day. Evenings, exam slots, assignment deadlines, these are the moments when every student in the co-living needs reliable, fast connectivity simultaneously, and these are precisely the moments when consumer-grade connectivity infrastructure fails most visibly.

In a high-density student housing environment, the connection is shared among hundreds of users, and every traffic is treated equally, the entertainment traffic from one floor quietly consumes bandwidth that a student on another floor needs to submit an assignment before midnight. Without QoS, there is no mechanism to distinguish between what matters and what does not. The result is dropped sessions, failed uploads, and timeouts at moments that directly affect grades and placement outcomes. These are not inconveniences. They are consequential events, and the property’s connectivity infrastructure is the reason they happened.

Security compounds the problem. In such environments, compromised devices, unauthorised access attempts, and malware propagation can pose significant risks. As academic platforms, institutional credentials, and assessment systems increasingly move online, the need for secure, managed connectivity infrastructure becomes not just an operational requirement but a foundational necessity.  

What Secured ILL Brings to Student Housing

The right answer is not another router. It is a dedicated, symmetric, enterprise-grade internet pipe a Secured Internet Leased Line with formal SLAs, monitored performance, and security built into the connectivity layer from the ground up. Basic connectivity infrastructure is a shared resource. ILL is dedicated capacity, designed for environments where performance predictability is a fundamental requirement, not an added advantage. In a campus where every lecture, every exam, and every administrative decision runs on the network, managed connectivity is not optional it is the foundation on which everything else is built. 

For student housing specifically, this translates into outcomes that traditional broadband structurally cannot deliver  

• Predictable capacity during peak academic periods – Dedicated bandwidth ensures network performance remains consistent even during high-usage windows such as examinations, assignment deadlines, and placement seasons, without competing with broader neighbourhood traffic.
• Clear segregation between resident and operational networks – CCTV systems, access control platforms, property management applications, and student internet usage can operate on separate networks, preventing one category of traffic from affecting another.
• Centralised control and policy enforcement – A single, controllable egress point simplifies monitoring, security policy implementation, and network management, reducing operational complexity for accommodation operators.

ACT Enterprise’s Secured ILL is designed for exactly this kind of high-density environment, including purpose-built student accommodation. It integrates with existing connectivity infrastructure without requiring a complete overhaul, while providing greater control, security, and visibility across the network.

For operators, the benefits are tangible:

• Fewer network-related escalations and support requests.
• A more consistent and reliable resident experience.
• Stronger security and operational oversight.
• A differentiated value proposition in a market where students and parents increasingly evaluate connectivity before choosing a property.

Built-In Security and Control

The security dimension of student housing connectivity deserves more attention than it typically receives. Operators tend to treat network security as a corporate IT concern relevant for businesses, perhaps, but not obviously essential for co-living. This notion is increasingly untenable.

ACT Enterprise’s Secured ILL includes an end-to-end managed firewall that removes the need for in-house expertise. Policy management, updates, and active monitoring are handled by ACT’s network security team, not by a property manager juggling maintenance requests and rent collections. Proactive monitoring of network traffic identifies and blocks suspicious activity in real time, before it surfaces as a crisis for a resident or the operator.

URL filtering and application control allow operators to enforce acceptable use policies and restrict access to malicious or inappropriate content across all network zones, protecting both tenants and the operator’s own liability. Secure site-to-site and remote VPN access makes it possible to create logically separate network environments for different zones within the property, resident access, staff systems, and operational infrastructure, so that a compromised device in one zone cannot move laterally into another. With India’s data protection framework steadily tightening, this layer of governance is not optional compliance. It is an institutional responsibility.

ACT’s team monitors connection and security posture around the clock, with a defined escalation and resolution framework. Problems are identified and resolved before they become tenant complaints. In a market where ratings and word-of-mouth directly influence occupancy, that reliability has real commercial value.

From Amenity to Academic Infrastructure

Student enrolment in higher education has crossed 4.4 crore, and with NEP 2035’s Gross Enrolment Ratio targets driving continued expansion, the number of outstation students seeking accommodation near institutions will only grow. The student housing market is not a niche, it is one of the most significant segments of India’s real estate and services economy, and the audience it caters to is among the most digitally demanding users in the country.

In this context, connectivity can no longer be positioned as an amenity. It is the layer on which a student can attend lectures, take exams, access research tools, and participate in a hybrid academic environment. When that layer fails, the significance reaches into academic outcomes, placement opportunities, and the day-to-day experience of students for whom a stable internet connection is not a luxury, it is the condition under which their student life functions.

Properties that invest in secured, dedicated connectivity will find themselves better aligned with evolving digital strategies aligned by the academic, better prepared for hybrid learning environments, and more attractive to both students, parents and institutional partners making accommodation decisions with an eye on academic outcomes. Properties that do not will find the gap between themselves and better-equipped competitors widening in ways that become progressively harder to close.

The beds are filling up. The question for every operator in this market is whether the infrastructure underneath those beds is ready for what the students sleeping in them actually need.

Views expressed are personal

The author is COO, ACT