COVID-19’s Toll on Internet Resilience in South Asia

The COVID-19 pandemic fundamentally altered daily life across the globe, thrusting millions into virtual spaces for work, education, and social interaction. In South Asian nations like Bangladesh, Bhutan, and Pakistan, this shift placed unprecedented pressure on already fragile internet ecosystems. What began as a health crisis quickly exposed longstanding deficiencies in digital infrastructure, from sluggish broadband speeds to unreliable mobile networks. This article delves into the multifaceted impacts, drawing on data from traffic surges, user experiences, and structural shortcomings to outline pathways for a more robust online future.

Surge in Digital Demand During Lockdowns

As lockdowns took hold in early 2020, internet usage skyrocketed due to the rapid pivot to remote activities. Households turned to online platforms for schooling, telecommuting, e-commerce, and entertainment, creating a perfect storm for network congestion.

• In Bangladesh, data traffic rose by approximately 21%, reflecting heightened reliance on digital tools amid strict mobility restrictions.
• Bhutan saw an even sharper increase of 25-30%, as its small population grappled with sudden online demands.
• Pakistan experienced a 19% uptick, with mobile networks bearing the brunt due to limited fixed-line options.

These spikes were not isolated; they mirrored global trends but hit harder in regions with underdeveloped infrastructure. Social media, video streaming, and e-learning platforms dominated usage, amplifying bandwidth needs during peak hours.

Declining Service Quality Under Pressure

While networks absorbed the extra load, quality suffered dramatically. Pre-existing broadband speeds in these countries lagged behind regional averages—except for Pakistan’s mobile sector—leaving users vulnerable when demand peaked.

User surveys from the period captured widespread frustration: 62% reported persistent performance issues. Rural areas fared worst, with 85% in Bangladesh and 100% in Pakistan struggling with basic connectivity for remote tasks.

User Struggles: From E-Learning to Remote Work

The human cost was stark. E-learning posed challenges for 68% of respondents, while 60% found remote work untenable due to technical glitches. Common complaints included:

• Slow page loading (56% of cases)
• Insufficient download speeds (51%)
• Frequent dropouts (48%)

These issues exacerbated educational divides, particularly in rural zones where infrastructure is sparsest. Students and professionals alike faced interruptions, underscoring the digital divide’s role in widening inequalities. Moreover, satisfaction with customer support plummeted, even as users shelled out more for services—many upgraded plans or added data packs without seeing proportional improvements.

Despite paying premiums, rural users in these nations endured the harshest degradations, highlighting equity gaps in digital access.

Government and ISP Responses: Hits and Misses

Authorities and providers rolled out short-term relief measures, such as bonus data, zero-rated educational sites, extended prepaid validity, and payment flexibilities. These were vital stopgaps, yet user awareness remained low outside Bhutan, where 62% noted improvements.

However, skepticism prevailed: Most in Bangladesh and Pakistan doubted official efforts, pointing to a trust deficit. Initiatives focused on immediate relief rather than sustainable upgrades, revealing a need for proactive strategies.

Root Causes of Internet Fragility

Beneath surface symptoms lie structural woes:

1. International Connectivity Gaps: Insufficient submarine cables in Bangladesh and Bhutan bottleneck global traffic.
2. Low Fixed-Line Adoption: Mobile networks shoulder 90%+ of load, leading to overloads.
3. Spectrum and Backhaul Shortfalls: Limited radio spectrum and poor fiber-to-tower connectivity degrade mobile quality.
4. Content Localization Deficit: Scarce local apps and data centers force reliance on distant servers, hiking latency.
5. IXP Underdevelopment: Few Internet Exchange Points mean inefficient local peering, inflating costs and delays.

Outdated policies compound these: Bangladesh’s broadband framework dates to 2009, Pakistan’s to 2004, and Bhutan’s to 2014. Pakistan’s recent reforms offer a positive model.

Pathways to a Resilient Digital Ecosystem

Building pandemic-proof internet demands holistic reforms:

• Boost Submarine Capacity: Invest in new fiber links for Bangladesh and Bhutan to handle international flows.
• Expand Fixed Infrastructure: Promote fiber rollout to ease mobile strain.
• Optimize Spectrum Use: Allocate more bands and enhance backhaul for superior mobile performance.
• Foster Local Content: Develop data centers, apps, and CDNs to cut latency and costs.
• Deploy IXPs: Strong business cases exist for more exchanges to localize traffic.
• Modernize Regulations: Regular policy reviews, with Pakistan’s draft law as inspiration.

Governments must shift to long-term planning, partnering with private sectors for inclusive growth. Equitable access—especially rural—requires targeted subsidies and infrastructure drives.

Broader Implications and Global Lessons

The pandemic accelerated digital adoption but laid bare South Asia’s readiness gaps. While global networks largely held, these nations’ experiences warn of risks in underinvested regions. Post-2020 data shows lingering issues: A Bangladeshi study noted internet addiction rates climbing to 58.6% moderate and 13% severe among youth, tied to prolonged usage amid poor quality.¹

World Bank assessments echo calls for resilient policies, as seen in Bhutan’s crisis response credits emphasizing economic safeguards.² Looking ahead to 2026, with AI, 5G, and remote norms entrenched, proactive investments are non-negotiable.

Frequently Asked Questions

How much did internet traffic increase during COVID-19 lockdowns?

Traffic surged 19-30% across Bangladesh (21%), Bhutan (25-30%), and Pakistan (19%), driven by remote activities.

Why was rural internet access worst hit?

Rural areas lack fixed lines and fiber, overloading mobile towers and amplifying slowdowns—up to 100% impact in parts of Pakistan.

What short-term measures did providers take?

Included free data for education/health, extended validity, and flexible payments, though awareness varied.

How can countries fix international connectivity?

By expanding submarine cables and promoting IXPs for efficient peering.

Are policies being updated?

Pakistan leads with new drafts; others need reviews to address modern demands.