Your Website Is Probably Already Compromised. Here Is Why.

This is a strong claim, and it is grounded in what security researchers find consistently when assessing Nepali business websites: vulnerabilities that have been sitting undetected for months, sometimes years, that any competent attacker would find within an hour.

This is not about sophisticated nation-state attacks or zero-day exploits. It is about basic, well-documented security failures that persist because no one has looked for them.

How Attackers Find You Before You Find Them

Attackers scanning for vulnerable targets do not choose organizations by name and then attack them. They run automated tools against broad ranges of IP addresses and domain names, cataloging what software is running, what services are exposed, and what known vulnerabilities are present. Organizations with exposed weaknesses get added to a list. Someone comes back for them later.

A 2023 cyberattack knocked over 400 government websites in Nepal offline, including critical systems for immigration and passports. Those sites were not individually targeted because of who they were. They were found because they were exposed and the automated cataloging caught them.

Your organization's website is scanned by these tools regularly. The question is what they find when they scan it.

What Is Typically Found

Outdated software. The single most common finding on Nepali business websites is software running versions that are years past their security support end date. WordPress installations from 2019. PHP versions that stopped receiving security patches in 2022. Plugins with known, publicly disclosed vulnerabilities that have been exploitable since before your current developer joined your team. These are not obscure findings; they appear in publicly searchable vulnerability databases that attackers consult daily.

Exposed admin panels. The login page for your content management system or server control panel is accessible from anywhere in the world. It is protected by a username and password, often the default credentials or a simple password chosen during initial setup. No limit on login attempts means an attacker can systematically try thousands of passwords against it without ever being blocked.

Sensitive files left accessible. Database backup files, configuration files containing passwords, old copies of the site uploaded during migrations, directories left with open listing enabled. These end up indexed or discoverable and are found routinely. A configuration file with your database credentials accessible at a predictable URL path is not a theoretical risk; it is a finding that shows up in real assessments against real Nepali organizations.

Missing security headers. Browsers implement security controls that website owners must enable through HTTP response headers. When these headers are absent, attacks like cross-site scripting become easier to exploit, and users visiting your site through shared or monitored networks are more exposed. Most Nepali websites are missing the majority of these headers entirely.

Why This Has Not Been Fixed

The honest answer is that no one has specifically looked. IT vendors who manage websites are focused on keeping the site running, not on auditing its security posture. Internal developers build features and fix bugs but are not trained in security testing methodology. Automated website monitoring checks uptime, not vulnerability exposure.

The result is years of accumulated technical debt in the form of unpatched software, weak configurations, and forgotten files, all sitting on a publicly accessible server, all findable by anyone motivated enough to run a scan.

What Happens After Entry

Once an attacker gains access to a compromised web server, the immediate objective is typically one of three things: using the server to distribute malware to your visitors, using it as a platform to attack other systems, or extracting whatever data is accessible from the server including databases containing customer information.

Your customers visiting a compromised site may have malware delivered to their browsers without any visible sign that anything is wrong. This converts your customer relationship into a liability: you are the delivery mechanism for an attack against the people who trusted your platform.

Nepal has seen large-scale phishing campaigns targeting customers of various services, with data leaks stemming from poorly secured web portals being a recurring pattern. The poorly secured portals in those incidents were not dramatically different from the average Nepali business website. They were just found first.

The Starting Point

Understanding your current exposure requires a structured assessment by someone who approaches your systems the way an attacker would. Not a compliance checklist. Not an automated scan with no human interpretation. An actual attempt to find what an attacker would find, documented with enough context for your team to act on it.

Most organizations that go through this process for the first time are surprised by what has been sitting in their infrastructure undetected. The better outcome is surprise during a controlled assessment than discovery during an incident.

Yeti Cyber Ops conducts web application and infrastructure assessments for Nepali businesses, with findings presented in plain language your team can act on. Contact us to start with your external attack surface.