
Learn practical security measures to harden a Windows 7 system, protect bios and boot settings, and upgrade to the latest Windows versions to reduce vulnerabilities.
Upgrade to a 64-bit Windows system for built-in security and better hardware use, and enable automatic updates, since some editions lack BitLocker.
Configure built-in security with user account control, ensuring programs run with standard permissions and elevation only when needed, use strong passwords, and monitor logon attempts.
Explore how to prevent automated attacks and zero-day exploits by removing unused components, blocking unnecessary services, and enforcing security policies, using Windows Security Center and Microsoft Baseline Security Analyzer.
Secure the BIOS by setting a supervisor password to prevent boot device tampering and unauthorized access. Configure the boot order to keep startup fast while blocking tampering.
Upgrade to the latest Windows version, preferably 64-bit, to reduce buffer overflow risks, verify edition with WinVer, and enable protections like blocking unsigned drivers and randomized address spaces.
Upgrade Windows 7 to a higher edition with Windows Anytime Upgrade, a one-way on-the-fly process costing about $130, with Ultimate Edition featuring disk encryption and prompts via User Account Control.
Set user account control in Windows 7 by adjusting the UAC slider; disable UAC is possible but not recommended, while the highest level requires confirmations for system changes.
Enforce identity verification at log on with strong passwords and unique user accounts. Use the local users and groups snap-in to set passwords and enforce first login changes.
Set up a password protected account in the local administrators group, enforce first logon password change, and enable audit logon events (including failures) via group policy for Windows 7 auditing.
Test remote logon and monitor the security log for failed logon events and password cracking attempts, using audit settings to alert on unauthorized access from external hosts.
Enable a screensaver on a default windows system to lock access after idle, requiring login on resume and protecting active tasks such as a browser downloading a file.
Minimize the attack surface on newer Windows systems by turning off unused features via the control panel, including DVD Maker and Windows Media Center, to reduce security risks.
Learn to manage Windows 7 system services by reviewing active services in Task Manager, understand startup types (manual, automatic, disabled), and disable unneeded services with guidance from BlackViper.
Explore hardening Windows 7 by tweaking services with BlackViper, understanding dependencies, and enforcing password policies, including minimum length and monthly expiration, via local security settings.
Run gpupdate /force to enforce password strength and audit computer events, strengthening security policies. Check antivirus status, run Windows Defender scans, and set up backups via the Action Center.
Utilize the Microsoft Baseline Security Analyzer (BSA) to scan Windows 7 for misconfigurations, weak admin passwords, and UAC status, and assess missing updates via registry checks.
Use the Microsoft Baseline Security Analyzer to identify updates and vulnerabilities, enable Windows Update, and fix issues; configure password expiration and set up scheduled backups on a separate disk.
Safeguard data on your computers by addressing missing antivirus alerts, disabling risky startup settings, and using Process Explorer to document processes and trace their origins.
Document running processes and startup programs to detect changes, verify digital signatures, and run only from trusted sources to prevent untrusted software from causing damage.
Explore data execution prevention, monitor running processes with Process Explorer and auto runs, and protect applications with automatic updates and disk encryption using free tools like TrueCrypt.
Install and update Microsoft Security Essentials on Windows 7, use SmartScreen filter to verify downloads, assess untrusted sources, and keep the malware signature database current.
Enable Windows Update monitoring and keep antivirus scans and firewall active, as Action Center shows the warning resolved; adjust quick scan settings to balance security with performance.
Block automatic program starts by disabling auto play in the control panel’s hardware and sound settings. Use Process Explorer to monitor running processes and unblock trusted utilities despite untrusted warnings.
Explore Process Explorer to view running processes, verify image signatures to identify trusted publishers, and add comments to mark secure processes for automated verification.
Learn to use Mark Russinovich's Autoruns tool to identify and document auto-start programs, save auto runs baseline, and compare current processes to the baseline to secure a Windows 7 system.
Enable data execution prevention (dep) in system properties to mark data sections as non-executable, protecting all processes from buffer overflow attacks without modifying code on all computers.
Enable EMET to guard 64-bit Windows with heap overflow protection and address randomisation, protect Internet Explorer and other programs, and apply changes after restart.
Learn how Recuva demonstrates file recovery after deletion and how comparing data against a baseline reveals changes, then how Sipher overwrites free space for permanent deletion; secure data with TrueCrypt.
Turn on and configure Windows Firewall to control inbound and outbound traffic, block unused ports, and apply strict network profiles to defend against misconfiguration and SMB threats.
Protect privacy by avoiding password hints and personal details on social networks, and strengthen security with browser safeguards like smart screen filter, protected mode, and private IP usage.
Demonstrates how switching between home, work, and public network profiles changes host visibility, ping responses, and access to shared resources, highlighting firewall roles and attacker risk.
Configure Windows 7 firewall on a home network to control remote access. Block insecure remote protocols like RTP and SMB v1/v2 and enable secure authentication and encryption.
Configure Windows firewall with the advanced security snap-in via the MMC console, managing inbound and outbound rules. Understand how private network profiles affect connectivity and how you can adjust them.
Configure a predefined inbound remote desktop rule by unblocking it, then test the connection to verify remote access. Submit credentials to establish the remote session.
Create rules from scratch by defining the name, scope, selected machines and users, and enable status; then configure network profile, interface, and protocols and ports for inbound connections (tcp 389).
Choose a network location profile to tailor firewall rules, then enable or disable selected rules and create your own program or port rules using templates to allow connections.
Block the connection by creating an inbound port rule and specifying the scope to block selected hosts, such as private networks, from connecting.
Disable IP version 6, turn off file and printer sharing, and disable the Microsoft networks client; you can still access the internet, but network visibility may disappear.
Learn to inspect what your pc shares using the snap-in or command line, view shared folders and system shares, and verify private IP addresses with ipconfig.
Block connections to selected sites by editing the hosts file in Windows, redirecting www.youtube.com to 127.0.0.1, and periodically updating with a trusted hosts list to harden and secure access.
Explore browser configuration tips for hardening Windows systems, focusing on keeping browsers up to date, managing security zones, private browsing, and using hosts file to block unwanted connections.
Examine the creation and injection of shellcode to terminate a process from within, using debugging tools and compiler workflows. Explore adapting calls to system versions and validating behavior.
Feel free to learn more! The complete list of our courses is available here: https://www.udemy.com/user/itsecurityacademy2/
LAST UPDATED: 11/2024
Hacking Windows 7: Complete guide to Hardening and Securing
Hacking, Hardening and Securing Windows 7. Learn all the techniques and tools used by professionals. Hacking in Practice
Windows 7 is the most popular desktop operating system in the world, with a market share of over 51% (source: Net Applications). This means that half of all the computers over the world work under control of Microsoft Windows 7! However, huge popularity of the system, implicates numerous different viruses, malware and countless numbers of hacker's attacks.
Installing an antivirus application is not enough to properly protect your computer. Effective protection of the system consists of a variety of factors, of which must be ensured. This is the only way you can protect yourself against data leaks and prevent the network from becoming your computer a zombie machine.
During 42 lectures you will learn in an accessible way how to secure client machines running under Windows 7. We will discuss issues of data protection, the security mechanisms built into the system and how to use sophisticated external tools.
Hacking Windows 7: Complete guide to Hardening and Securing
Hacking, Hardening and Securing Windows 7. Learn all the techniques and tools used by professionals. Hacking in Practice
Windows 7 is the most popular desktop operating system in the world, with a market share of over 51% (source: Net Applications). This means that half of all the computers over the world work under control of Microsoft Windows 7! However, huge popularity of the system, implicates numerous different viruses, malware and countless numbers of hacker's attacks.
Installing an antivirus application is not enough to properly protect your computer. Effective protection of the system consists of a variety of factors, of which must be ensured. This is the only way you can protect yourself against data leaks and prevent the network from becoming your computer a zombie machine.
During 42 lectures you will learn in an accessible way how to secure client machines running under Windows 7. We will discuss issues of data protection, the security mechanisms built into the system and how to use sophisticated external tools.