Amidst the global love for all things mobile—smartphones and tablets, the good old computers (desktops and laptops) still hold a strong ground. The wider screens, higher storage capacity, and new-gen processor speeds—who doesn’t love all these features? But are desktops and laptops less prone to unauthorized access? Indeed their bigger size is a decisive factor in the lower lost or stolen probabilities of these computer devices than their mobile counterparts. Yet, it’s important for individuals and businesses to know how to prevent unauthorized computer access.
In this blog, we learn about unauthorized computer access, the possible causes, and how businesses can leverage a Unified Endpoint Management (UEM) solution to prevent unauthorized access to computer systems used for work.
What is Unauthorized Access ?
Unauthorized access to computer systems refers to the act of gaining entry or attempting to gain entry to a computer system, network, or any computing resource without the explicit permission or authorization of the system owner, administrator, or the entity responsible for managing access. This unauthorized access can take various forms and is typically associated with malicious intent, ranging from cybercrime activities to espionage, data theft, or other illicit actions.
For businesses, it’s more important than individuals to know how can the risk of unauthorized computer access be reduced. The reason is simple. The data-related consequences of unauthorized access to work computers can be far more insidious than those of personal computers.
Risks of Unauthorized Access
nauthorized access poses serious risks, making it crucial to implement immediate protective measures. Individuals who attempt to gain access without permission often have one of the following goals:
- Disrupt Electronic Systems: Some hackers aim to cause disruptions or play pranks. By accessing sensitive data without permission, they can force a company or organization into a state of high alert, potentially leading to a shutdown of systems.
- Harm the Target: Unauthorized access to sensitive information can lead to significant damage for the victim, such as triggering a data breach. This can result in legal issues, loss of trust, and a damaged reputation.
- Steal Data: Data theft is one of the most common motives for unauthorized access. Stolen data can be used to extort individuals, businesses, or organizations. Often, exposed and stolen credentials are the first targets in a data breach.
- Cause Physical Damage: If unauthorized access is gained to certain systems, hackers can cause physical damage to devices connected to the network, leading to costly repairs or replacements.
By understanding these risks, organizations can better prepare to protect their systems and sensitive data from unauthorized access.
Possible Causes of Unauthorized Access
Unauthorized computer access can occur due to various factors, often stemming from vulnerabilities in security practices, technology, or human behavior. Understanding the possible causes is essential for implementing effective measures to prevent and mitigate such incidents.
Here are some common causes of unauthorized computer access:
Weak Passwords
- Use of easily guessable passwords, such as “password” or “123456.”
- The lack of password complexity and diversity makes it easier for attackers to crack or guess passwords.
Stolen Credentials
- Phishing attacks targeting users to obtain their login credentials.
- Credential harvesting through malware, keyloggers, or other malicious software.
Insufficient Authentication Measures
- The absence of multi-factor authentication (MFA) allows unauthorized access even with compromised passwords.
- Weak or easily bypassed authentication processes.
Unpatched Software and Systems
- Failure to apply security patches and updates promptly leaves systems vulnerable to known exploits.
- Outdated software with unaddressed security vulnerabilities.
Inadequate Access Controls
- Improperly configured access controls, granting unauthorized users or entities excessive privileges.
- Lack of role-based access controls, allowing individuals to access data or systems beyond their necessary permissions.
Social Engineering Attacks
- Manipulation of individuals through deceptive means to divulge sensitive information or perform actions that compromise security.
- Exploitation of trust to gain unauthorized access.
Malicious Insider Threats
- Employees or individuals with authorized access exploit their privileges for malicious purposes.
- Disgruntled employees seek to harm the organization by accessing and manipulating sensitive data.
Insecure Network Connections
- Unprotected Wi-Fi networks are susceptible to eavesdropping or unauthorized access.
- Insufficient network security measures allow attackers to intercept data.
Software Vulnerabilities
- Exploitation of software vulnerabilities to gain unauthorized access.
- Use of malware or exploits targeting specific software weaknesses.
Inadequate Monitoring and Detection
- Lack of robust monitoring systems to detect unusual or suspicious activities.
- Failure to respond promptly to security alerts or anomalies.
Ways to Prevent Unauthorized Computer Access Using UEM
Unauthorized access to work computers poses significant risks for businesses, ranging from data breaches and hefty regulatory sanctions to brand reputation damage. To address it comprehensively, the implementation of a robust Unified Endpoint Management (UEM) solution is essential. This blueprint elucidates key UEM features that serve as techniques to prevent unauthorized computer access.
All the UEM capabilities mentioned below can be enforced on multiple work computers from a unified console. Work computers can be categorized into device or user groups after they are enrolled. Once established, policies can be applied across an entire fleet of work computers, which are mostly Windows, followed by macOS.
Passcode Policies
A. Complexity Requirements
- Enforce stringent passcode complexity rules to deter easily guessable passwords.
- Require a minimum length, alphanumeric characters, and a combination of uppercase and lowercase letters.
B. Expiry and Change Policies
- Implement periodic passcode expirations to enhance security.
- Enforce an AUP necessitating users to change their passcodes at regular intervals.
C. Failed Attempts Lockout
- Configure a mechanism that temporarily locks out users after a specified number of consecutive failed passcode attempts.
- Define a duration for the lockout period to discourage brute-force attacks.
Patch Management
A. Regular Updates
- Establish a systematic approach to ensure timely installation of operating system and software updates.
- Automate patch deployment processes to minimize the window of vulnerability.
B. Vulnerability Assessment
- Conduct regular vulnerability assessments to identify and prioritize security flaws.
- Develop a protocol for swift patching of identified vulnerabilities based on their criticality.
Web Content Filtering
A. URL Whitelisting and Blacklisting
- Implement URL or website whitelisting to permit access only to approved websites.
- Employ URL blacklisting to block access to known malicious or inappropriate sites proactively.
B. Category-Based Filtering
- Categorize websites based on content, allowing administrators to define access policies accordingly.
- Restrict access to specific categories that may pose security threats or violate organizational policies.
Device Encryption
A. Full Disk Encryption
- Mandate the use of full disk encryption to safeguard data stored on endpoint devices.
- Implement encryption algorithms compliant with established standards to ensure data confidentiality.
B. Removable Media Encryption
- Extend data encryption measures to removable media to prevent unauthorized data extraction.
- Enforce policies requiring the use of encrypted USB drives for data transfer.
Multi-Factor Authentication (MFA)
A. Authentication Layers
- Integrate MFA to add an additional layer of security beyond traditional username and password authentication.
- Utilize diverse authentication factors, such as conditional login, to enhance access control.
Prevent Unauthorized Computer Access with Scalefusion UEM
Businesses must quickly adopt tech solutions that help them secure work computers from unauthorized access. A UEM solution like Scalefusion can serve as a reliable tech for IT teams of organizations who are looking to thwart unauthorized access to their computer systems used for and at work.
With a range of features that strengthen computer security and simplify desktop/laptop management, Scalefusion UEM adds value and substance to IT efforts.
Get in touch with us for a demo, or sign up for a 14-day free trial!
FAQ’s
1. What is the Most Common Source of Unauthorized Access?
The most common source of unauthorized access is weak or stolen passwords. Cybercriminals often exploit poor password practices or use phishing techniques to obtain login credentials. Once they gain access, they can exploit systems, steal sensitive information, or cause disruptions.
2. How to Secure Your Computer from Unauthorized Access?
To secure your computer from unauthorized access, use strong, unique passwords and enable two-factor authentication. Regularly update your operating system and software, install a reputable antivirus program, and avoid clicking on suspicious links or downloading untrusted attachments.
3. What Protects a Computer Network from Unauthorized Access?
A firewall is a primary tool that protects a computer network from unauthorized access. It monitors incoming and outgoing traffic, allowing or blocking data packets based on security rules. Additionally, encryption, secure Wi-Fi protocols, and network access controls are essential for safeguarding a network.
