This document provides a user guide for ProteMac NetMine, a firewall software for Mac OS X. It introduces NetMine, describing its features for filtering network traffic and controlling application access. It also outlines the minimum system requirements and installation instructions. The guide explains how to use the NetMine interface and notification windows to set rules allowing or denying applications' network access. It provides directions for generating rulesets, adding manual rules for applications, and specifying default settings. Technical support contact information is also included.
This document provides an overview of home network security and firewalls. It defines a home network and firewall, explains why firewalls are needed, and how they work to protect networks. It also discusses the differences between hardware and software firewalls, and provides guidance on how to determine if a firewall is already installed and enable it if needed. Tips are provided on choosing appropriate firewall solutions for personal or small home networks.
Telnet is disabled by default in Windows 7 and Vista for security reasons, but users can re-enable it through the Control Panel by opening Programs, clicking "Turn Windows features on or off", ticking the box for "Telnet Client", clicking OK, and restarting their system, which will allow them to use the telnet command again.
ProteMac KeyBag is advanced keystroke logger software for Mac OS X. ProteMac KeyBag record all typed texts such as chat conversation, emails, documents, user names, and much more.
Firestarter is an open source graphical firewall program for Linux. It aims to combine ease of use with powerful features for both desktop and server use. The main interface has status, events, and policy pages. The firewall wizard guides initial configuration. By default, Firestarter blocks incoming traffic but allows outgoing. Events show blocked attempts, and policies can be created to allow specific traffic. It provides firewalling, network address translation, and optional DHCP for internet connection sharing.
To join computers to the same Pertino network, you can switch the computer's network either from the Pertino web interface by selecting the device, editing it, and choosing the destination network, or by clicking the Pertino icon on the computer and selecting the network. Once joined to the same network, the computers can access each other over the Pertino Network and share files and resources.
The Akamai NetSession Interface is a download manager that supports downloading files from a central source or between peers. It contains no malware and uses minimal system resources. The interface can be managed through the Windows Control Panel or Mac System Preferences, or via command line commands. The interface can also be uninstalled if desired.
This document provides an overview of home network security and firewalls. It defines a home network and firewall, explains why firewalls are needed, and how they work to protect networks. It also discusses the differences between hardware and software firewalls, and provides guidance on how to determine if a firewall is already installed and enable it if needed. Tips are provided on choosing appropriate firewall solutions for personal or small home networks.
Telnet is disabled by default in Windows 7 and Vista for security reasons, but users can re-enable it through the Control Panel by opening Programs, clicking "Turn Windows features on or off", ticking the box for "Telnet Client", clicking OK, and restarting their system, which will allow them to use the telnet command again.
ProteMac KeyBag is advanced keystroke logger software for Mac OS X. ProteMac KeyBag record all typed texts such as chat conversation, emails, documents, user names, and much more.
Firestarter is an open source graphical firewall program for Linux. It aims to combine ease of use with powerful features for both desktop and server use. The main interface has status, events, and policy pages. The firewall wizard guides initial configuration. By default, Firestarter blocks incoming traffic but allows outgoing. Events show blocked attempts, and policies can be created to allow specific traffic. It provides firewalling, network address translation, and optional DHCP for internet connection sharing.
To join computers to the same Pertino network, you can switch the computer's network either from the Pertino web interface by selecting the device, editing it, and choosing the destination network, or by clicking the Pertino icon on the computer and selecting the network. Once joined to the same network, the computers can access each other over the Pertino Network and share files and resources.
The Akamai NetSession Interface is a download manager that supports downloading files from a central source or between peers. It contains no malware and uses minimal system resources. The interface can be managed through the Windows Control Panel or Mac System Preferences, or via command line commands. The interface can also be uninstalled if desired.
The Akamai NetSession Interface is a download manager that supports downloading files from a central source and between peers. It contains no malware and uses minimal system resources. The interface can be managed through the Windows Control Panel or Mac System Preferences, and command line tools allow starting, stopping, and uninstalling the interface.
How to Join Computers from different Pertino Networksddnoriega
Each Pertino network allows connecting multiple computers from any location, but each computer must be in the same Pertino network. Computers can be joined to a Pertino network from the web interface or the Pertino icon on each computer. Once joined, computers in the same Pertino network can access each other's resources through the network view in Windows Explorer or Mac Finder.
The document provides instructions for connecting a Mac computer to the Intermountain Healthcare network using Secure Access. There are three prerequisites: access to the Secure Access site, installing Sun Java on the Mac OS, and installing the network connect client. Once logged into Secure Access, the network connect applet will automatically launch and establish the connection. Users are then connected to the network and can access resources and email systems. The document also provides steps for installing printers via IP printing and configuring proxy settings on the Mac for internet access.
The document provides instructions for connecting a Mac computer to the Intermountain Healthcare network using Secure Access. There are three prerequisites: access to the secure access site, installing Sun Java on the Mac OS, and installing the network connect client. Once those are complete, users can log into Secure Access and the network connect applet will automatically establish the connection. The document also provides steps for installing printers via IP printing and configuring proxy settings on the Mac for internet access when connected to the wired network.
This document provides instructions for installing software and setting up the Tmote Invent hardware. It explains how to install the Tmote Tools, connect the Tmote Invent device to the computer, run sample applications using Trawler to view sensor data and network topology, and access other pre-installed applications using Deluge.
This document discusses how to secure a local area network (LAN). It identifies risks like connecting via modem or sharing files publicly. It recommends separating the LAN with its own network and removing file sharing from computers connected to the internet. Specific steps are outlined to avoid risks like binding Microsoft file sharing only to the NetBEUI protocol and password protecting shared resources. The conclusion notes that ports may need to be opened for some applications but this increases risk, so additional protections like personal firewalls and regular anti-virus updates are important.
CompTIA exam study guide presentations by instructor Brian Ferrill, PACE-IT (Progressive, Accelerated Certifications for Employment in Information Technology)
"Funded by the Department of Labor, Employment and Training Administration, Grant #TC-23745-12-60-A-53"
Learn more about the PACE-IT Online program: www.edcc.edu/pace-it
Symantec Endpoint Protection Enterprise Edition Best Practices GuidelinesSree Harsha Boyapati
This document provides best practices guidelines for Symantec Endpoint Protection Enterprise Edition. It discusses recommended settings for the SEPM architecture including content distribution, log retention, proxy/SMTP configuration, and backup procedures. It also recommends enabling auto-protect, scheduled scans, and updating definitions regularly for the antivirus/antispyware policy. For the firewall policy, it suggests starting with firewall disabled and IPS enabled, then increasing protection over time through testing. Location awareness can disable the firewall on the corporate network.
The document compares the closed ecosystem of phones in the 1980s-2004 to the open ecosystem of the internet during the same time period.
1. Phones started as a closed system with limited ring tones, wallpapers, services like SMS and music. Over time phones opened up but remained controlled by phone providers.
2. The internet emerged as a truly open ecosystem, where anyone could offer new services and products like web hosting, search, social media, VoIP, and Wikipedia without permission from centralized authorities.
3. The open nature of the internet led to rapid innovation and the creation of many new services and companies.
This document provides an overview of home network security and firewalls. It defines a home network and firewall, explains why firewalls are needed, and how they work to protect networks. It also discusses the differences between hardware and software firewalls, and provides guidance on how to determine if a firewall is already installed and how to enable the Windows firewall. Tips are provided on what type of firewall is best for different needs.
This document provides an overview and summaries of 6 modules for an information security course. Module 1 discusses building a remote light control system using an Arduino board. Module 2 provides an introduction to vulnerability scanning tools like Nmap and Nessus. Module 3 demonstrates implementing a stateful firewall and multi-factor authentication on Ubuntu. Module 4 discusses developing a bring your own device security policy. Modules 5 and 6 were not fully completed due to equipment issues. The course helped reinforce and build upon the student's previous information security knowledge.
The document describes a firewall called Net Defender that was developed by students to secure personal computers from unauthorized internet access. It discusses security issues on the internet, common attacks like DDoS and port scanning, and how firewalls work using techniques like packet filtering, address filtering and port blocking. It provides details of Net Defender's interface, features like adding rules and a port scanner, and how it prevents attacks and vulnerabilities using these techniques. Future work mentioned includes improving the analysis and extending it to model more complex firewalls.
The document discusses the security risks of using older terminal emulation products. It notes that these products often do not conform to current security standards and do not give IT administrators proper control over security. Specifically, it outlines five reasons for this risk: 1) outdated encryption protocols, 2) uncontrolled macros that could capture credentials, 3) unencrypted tracing features, 4) lack of data masking, and 5) lack of a secure development process. It recommends updating to a modern product with strong security controls and protocols.
The document provides information about firewalls, intranets, extranets, and demilitarized zones (DMZs). It discusses how firewalls act as barriers between internal networks and external networks like the internet to protect against threats. Intranets and extranets allow internal and authorized external users, respectively, to access private networks. DMZs separate internal services from external public networks for added security. The document also covers firewall types, configurations, and advantages of using firewalls.
1. Net Defender is a simple firewall software designed for personal computers to block unauthorized Internet access. It uses packet filtering and allows or blocks traffic based on port numbers, protocols, and source/destination addresses and ports.
2. Common security issues include lack of initial security design, growing Internet usage, and attacks from criminals, hackers, and corporate spies using techniques like DDoS attacks and port scanning.
3. The Net Defender firewall software has a simple graphical user interface and allows users to add rules to allow or block traffic based on characteristics like port numbers and addresses. It also includes a basic port scanner to detect open ports.
The document discusses firewalls and how they can protect computer networks from unauthorized access. It describes different types of firewalls including packet filters, application gateways, circuit-level gateways, and stateful packet inspection. It also outlines common firewall configurations like screened networks, dual-homed gateways, and screened subnets. The document provides details on how each type of firewall works and their advantages and disadvantages.
This document provides information on ShareTech's Next-Gen UTM product line, including its key features and specifications. The UTM series provides network security protection through features such as antivirus, IDP, botnet detection, anomaly analysis, ARP spoofing protection, co-defense with switches, high availability, QoS, app control, web filtering, VPNs, spam filtering, mail auditing, online behavior tracking, and centralized management. Performance ranges from 50 to 1000 recommended users across products.
The document discusses firewall implementation for a company called Acme. It describes how Acme can set up firewalls to restrict access between internal and external networks and between different internal departments. Packet filtering, proxy servers, and demilitarized zones are implemented to enforce access controls and monitor network traffic flow while protecting sensitive data. The completed Acme intranet design includes multiple firewalls configured in screened subnets and dual-homed gateways to secure remote access and internal information flows.
This document outlines the testing procedure for a USB GPRS modem on Windows and Linux operating systems. It involves 4 phases:
1. Initial communication test on Windows to confirm the modem can send and receive basic AT commands.
2. Connectivity test using Debian Linux in VMware to establish GPRS connections on the T-Mobile and AT&T networks. Network performance is monitored using ping tests.
3. Web browsing is tested to check functionality over the GPRS connection.
4. The process is repeated for the AT&T network by changing the connection script.
In his public lecture, Christian Timmerer provides insights into the fascinating history of video streaming, starting from its humble beginnings before YouTube to the groundbreaking technologies that now dominate platforms like Netflix and ORF ON. Timmerer also presents provocative contributions of his own that have significantly influenced the industry. He concludes by looking at future challenges and invites the audience to join in a discussion.
Your One-Stop Shop for Python Success: Top 10 US Python Development Providersakankshawande
Simplify your search for a reliable Python development partner! This list presents the top 10 trusted US providers offering comprehensive Python development services, ensuring your project's success from conception to completion.
The Akamai NetSession Interface is a download manager that supports downloading files from a central source and between peers. It contains no malware and uses minimal system resources. The interface can be managed through the Windows Control Panel or Mac System Preferences, and command line tools allow starting, stopping, and uninstalling the interface.
How to Join Computers from different Pertino Networksddnoriega
Each Pertino network allows connecting multiple computers from any location, but each computer must be in the same Pertino network. Computers can be joined to a Pertino network from the web interface or the Pertino icon on each computer. Once joined, computers in the same Pertino network can access each other's resources through the network view in Windows Explorer or Mac Finder.
The document provides instructions for connecting a Mac computer to the Intermountain Healthcare network using Secure Access. There are three prerequisites: access to the Secure Access site, installing Sun Java on the Mac OS, and installing the network connect client. Once logged into Secure Access, the network connect applet will automatically launch and establish the connection. Users are then connected to the network and can access resources and email systems. The document also provides steps for installing printers via IP printing and configuring proxy settings on the Mac for internet access.
The document provides instructions for connecting a Mac computer to the Intermountain Healthcare network using Secure Access. There are three prerequisites: access to the secure access site, installing Sun Java on the Mac OS, and installing the network connect client. Once those are complete, users can log into Secure Access and the network connect applet will automatically establish the connection. The document also provides steps for installing printers via IP printing and configuring proxy settings on the Mac for internet access when connected to the wired network.
This document provides instructions for installing software and setting up the Tmote Invent hardware. It explains how to install the Tmote Tools, connect the Tmote Invent device to the computer, run sample applications using Trawler to view sensor data and network topology, and access other pre-installed applications using Deluge.
This document discusses how to secure a local area network (LAN). It identifies risks like connecting via modem or sharing files publicly. It recommends separating the LAN with its own network and removing file sharing from computers connected to the internet. Specific steps are outlined to avoid risks like binding Microsoft file sharing only to the NetBEUI protocol and password protecting shared resources. The conclusion notes that ports may need to be opened for some applications but this increases risk, so additional protections like personal firewalls and regular anti-virus updates are important.
CompTIA exam study guide presentations by instructor Brian Ferrill, PACE-IT (Progressive, Accelerated Certifications for Employment in Information Technology)
"Funded by the Department of Labor, Employment and Training Administration, Grant #TC-23745-12-60-A-53"
Learn more about the PACE-IT Online program: www.edcc.edu/pace-it
Symantec Endpoint Protection Enterprise Edition Best Practices GuidelinesSree Harsha Boyapati
This document provides best practices guidelines for Symantec Endpoint Protection Enterprise Edition. It discusses recommended settings for the SEPM architecture including content distribution, log retention, proxy/SMTP configuration, and backup procedures. It also recommends enabling auto-protect, scheduled scans, and updating definitions regularly for the antivirus/antispyware policy. For the firewall policy, it suggests starting with firewall disabled and IPS enabled, then increasing protection over time through testing. Location awareness can disable the firewall on the corporate network.
The document compares the closed ecosystem of phones in the 1980s-2004 to the open ecosystem of the internet during the same time period.
1. Phones started as a closed system with limited ring tones, wallpapers, services like SMS and music. Over time phones opened up but remained controlled by phone providers.
2. The internet emerged as a truly open ecosystem, where anyone could offer new services and products like web hosting, search, social media, VoIP, and Wikipedia without permission from centralized authorities.
3. The open nature of the internet led to rapid innovation and the creation of many new services and companies.
This document provides an overview of home network security and firewalls. It defines a home network and firewall, explains why firewalls are needed, and how they work to protect networks. It also discusses the differences between hardware and software firewalls, and provides guidance on how to determine if a firewall is already installed and how to enable the Windows firewall. Tips are provided on what type of firewall is best for different needs.
This document provides an overview and summaries of 6 modules for an information security course. Module 1 discusses building a remote light control system using an Arduino board. Module 2 provides an introduction to vulnerability scanning tools like Nmap and Nessus. Module 3 demonstrates implementing a stateful firewall and multi-factor authentication on Ubuntu. Module 4 discusses developing a bring your own device security policy. Modules 5 and 6 were not fully completed due to equipment issues. The course helped reinforce and build upon the student's previous information security knowledge.
The document describes a firewall called Net Defender that was developed by students to secure personal computers from unauthorized internet access. It discusses security issues on the internet, common attacks like DDoS and port scanning, and how firewalls work using techniques like packet filtering, address filtering and port blocking. It provides details of Net Defender's interface, features like adding rules and a port scanner, and how it prevents attacks and vulnerabilities using these techniques. Future work mentioned includes improving the analysis and extending it to model more complex firewalls.
The document discusses the security risks of using older terminal emulation products. It notes that these products often do not conform to current security standards and do not give IT administrators proper control over security. Specifically, it outlines five reasons for this risk: 1) outdated encryption protocols, 2) uncontrolled macros that could capture credentials, 3) unencrypted tracing features, 4) lack of data masking, and 5) lack of a secure development process. It recommends updating to a modern product with strong security controls and protocols.
The document provides information about firewalls, intranets, extranets, and demilitarized zones (DMZs). It discusses how firewalls act as barriers between internal networks and external networks like the internet to protect against threats. Intranets and extranets allow internal and authorized external users, respectively, to access private networks. DMZs separate internal services from external public networks for added security. The document also covers firewall types, configurations, and advantages of using firewalls.
1. Net Defender is a simple firewall software designed for personal computers to block unauthorized Internet access. It uses packet filtering and allows or blocks traffic based on port numbers, protocols, and source/destination addresses and ports.
2. Common security issues include lack of initial security design, growing Internet usage, and attacks from criminals, hackers, and corporate spies using techniques like DDoS attacks and port scanning.
3. The Net Defender firewall software has a simple graphical user interface and allows users to add rules to allow or block traffic based on characteristics like port numbers and addresses. It also includes a basic port scanner to detect open ports.
The document discusses firewalls and how they can protect computer networks from unauthorized access. It describes different types of firewalls including packet filters, application gateways, circuit-level gateways, and stateful packet inspection. It also outlines common firewall configurations like screened networks, dual-homed gateways, and screened subnets. The document provides details on how each type of firewall works and their advantages and disadvantages.
This document provides information on ShareTech's Next-Gen UTM product line, including its key features and specifications. The UTM series provides network security protection through features such as antivirus, IDP, botnet detection, anomaly analysis, ARP spoofing protection, co-defense with switches, high availability, QoS, app control, web filtering, VPNs, spam filtering, mail auditing, online behavior tracking, and centralized management. Performance ranges from 50 to 1000 recommended users across products.
The document discusses firewall implementation for a company called Acme. It describes how Acme can set up firewalls to restrict access between internal and external networks and between different internal departments. Packet filtering, proxy servers, and demilitarized zones are implemented to enforce access controls and monitor network traffic flow while protecting sensitive data. The completed Acme intranet design includes multiple firewalls configured in screened subnets and dual-homed gateways to secure remote access and internal information flows.
This document outlines the testing procedure for a USB GPRS modem on Windows and Linux operating systems. It involves 4 phases:
1. Initial communication test on Windows to confirm the modem can send and receive basic AT commands.
2. Connectivity test using Debian Linux in VMware to establish GPRS connections on the T-Mobile and AT&T networks. Network performance is monitored using ping tests.
3. Web browsing is tested to check functionality over the GPRS connection.
4. The process is repeated for the AT&T network by changing the connection script.
In his public lecture, Christian Timmerer provides insights into the fascinating history of video streaming, starting from its humble beginnings before YouTube to the groundbreaking technologies that now dominate platforms like Netflix and ORF ON. Timmerer also presents provocative contributions of his own that have significantly influenced the industry. He concludes by looking at future challenges and invites the audience to join in a discussion.
Your One-Stop Shop for Python Success: Top 10 US Python Development Providersakankshawande
Simplify your search for a reliable Python development partner! This list presents the top 10 trusted US providers offering comprehensive Python development services, ensuring your project's success from conception to completion.
Things to Consider When Choosing a Website Developer for your Website | FODUUFODUU
Choosing the right website developer is crucial for your business. This article covers essential factors to consider, including experience, portfolio, technical skills, communication, pricing, reputation & reviews, cost and budget considerations and post-launch support. Make an informed decision to ensure your website meets your business goals.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2024/06/building-and-scaling-ai-applications-with-the-nx-ai-manager-a-presentation-from-network-optix/
Robin van Emden, Senior Director of Data Science at Network Optix, presents the “Building and Scaling AI Applications with the Nx AI Manager,” tutorial at the May 2024 Embedded Vision Summit.
In this presentation, van Emden covers the basics of scaling edge AI solutions using the Nx tool kit. He emphasizes the process of developing AI models and deploying them globally. He also showcases the conversion of AI models and the creation of effective edge AI pipelines, with a focus on pre-processing, model conversion, selecting the appropriate inference engine for the target hardware and post-processing.
van Emden shows how Nx can simplify the developer’s life and facilitate a rapid transition from concept to production-ready applications.He provides valuable insights into developing scalable and efficient edge AI solutions, with a strong focus on practical implementation.
Programming Foundation Models with DSPy - Meetup SlidesZilliz
Prompting language models is hard, while programming language models is easy. In this talk, I will discuss the state-of-the-art framework DSPy for programming foundation models with its powerful optimizers and runtime constraint system.
AI-Powered Food Delivery Transforming App Development in Saudi Arabia.pdfTechgropse Pvt.Ltd.
In this blog post, we'll delve into the intersection of AI and app development in Saudi Arabia, focusing on the food delivery sector. We'll explore how AI is revolutionizing the way Saudi consumers order food, how restaurants manage their operations, and how delivery partners navigate the bustling streets of cities like Riyadh, Jeddah, and Dammam. Through real-world case studies, we'll showcase how leading Saudi food delivery apps are leveraging AI to redefine convenience, personalization, and efficiency.
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In this work, we equipped AFL, a popular fuzzer, with DIAR and examined two critical Linux libraries -- Libxml's xmllint, a tool for parsing xml documents, and Binutil's readelf, an essential debugging and security analysis command-line tool used to display detailed information about ELF (Executable and Linkable Format). Our preliminary results show that AFL+DIAR does not only discover new paths more quickly but also achieves higher coverage overall. This work thus showcases how starting with lean and optimized seeds can lead to faster, more comprehensive fuzzing campaigns -- and DIAR helps you find such seeds.
- These are slides of the talk given at IEEE International Conference on Software Testing Verification and Validation Workshop, ICSTW 2022.
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Mike Del Balso, CEO & Co-Founder at Tecton, presents "Full RAG," a novel approach to AI recommendation systems, aiming to push beyond the limitations of traditional models through a deep integration of contextual insights and real-time data, leveraging the Retrieval-Augmented Generation architecture. This talk will outline Full RAG's potential to significantly enhance personalization, address engineering challenges such as data management and model training, and introduce data enrichment with reranking as a key solution. Attendees will gain crucial insights into the importance of hyperpersonalization in AI, the capabilities of Full RAG for advanced personalization, and strategies for managing complex data integrations for deploying cutting-edge AI solutions.
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See how organizational priorities and strategic approaches to data security and privacy are evolving around the globe.
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- The top 10 privacy insights from the fifth annual Global Privacy Benchmarks Survey
- The top challenges for privacy leaders, practitioners, and organizations in 2024
- Key themes to consider in developing and maintaining your privacy program
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2. Which barriers stand in the way of AI adoption.
3. How data quality and governance form the backbone of AI.
4. Organizational processes and structures that may inhibit effective AI adoption.
6. Ideas and approaches to help build your organization's AI strategy.
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Custom AI Models: Discover how to leverage FME to build personalized AI models using your data. Whether it’s populating a model with local data for added security or integrating public AI tools, find out how FME facilitates a versatile and secure approach to AI.
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3. Table of Contents
Introducing ProteMac NetMine .......................................................................................... 4
About NetMine ............................................................................................................... 4
NetMine’s Features......................................................................................................... 5
Minimum System Requirements..................................................................................... 5
NetMine installation........................................................................................................ 5
Overview of the NetMine Interface ................................................................................ 6
Using NetMine................................................................................................................... 9
Rule-set generation ......................................................................................................... 9
Manual Rules ................................................................................................................ 10
Default Settings............................................................................................................. 12
System Applications ..................................................................................................... 13
Technical Support ............................................................................................................. 14
3
4. CHAPTER 1:
Introducing ProteMac NetMine
Welcome to the ProteMac NetMine User Guide. This chapter introduces NetMine and
provides a brief overview of its features and capabilities. It also provides information on
how to download and install NetMine.
This chapter contains the following sections:
About ProteMac NetMine
NetMine’s Features
Minimum System Requirements
ProteMac NetMine installation
Overwiew the ProteMac NetMine Interface
About NetMine
ProteMac NetMine is a powerful firewall for Mac OS X that allows to control Internet
and network activity of all applications on your Mac. NetMine enables you to set up rules
for selected programs by allowing or denying potential application connections. Using
these rules you may control network access, which relieves you from the need to enter
them manually every time a new program accesses the network.
NetMine firewall is a new generation of information security technology designed to
protect Mac OS X computers from outside network and your computer’s software attacks.
NetMine monitors for and blocks sophisticated hacking techniques used to endanger or to
steal data. By analyzing threats and displaying connection alerts, you will be able to
exclude unauthorized activities and improve protection of business or private data.
4
5. NetMine Features
Filters all incoming and outgoing network traffic
Enables to allow or deny network and Internet access for selected applications
Blocks addresses and ports to prevent unwanted connection attempts
Stops threats at point of entry with an undetectable firewall
Protects against viruses, spy ware, trojan horses, worms, bots and root kits
Improves protection of business or private data against hacker attacks
Helps secure your privacy
Minimum System Requirements
To run ProteMac NetMine effectively, you should meet or exceed the following
minimum system requirements:
Mac OS X version 10.5 Leopard or better
Intel-based Mac
100 MB hard drive space
NetMine installation
To install ProteMac NetMine:
1. Open ProteMac home page (www.protemac.com) and download NetMine.
2. After the download is complete, double-click the protemac-netmine.dmg file, then
double-click install in the NetMine dialog.
3. Follow the instructions in the Install ProteMac NetMine window.
5
6. Overview of the NetMine Interface
Before attempting to use NetMine, we encourage you to familiarize yourself with its
interface, which includes the NetMine dialog and the NetMine Notification window.
The Notification window
As soon as you have restarted your computer after NetMine installation, the program
immediately reacts to any application connections. When a program attempts to get a
network access a NetMine Notification window will appear and ask user to allow or deny
this connection during 20 seconds. Thus the Notification window enables to set the first
rules for NetMine control. To get detailed information about the potential connection,
including the application, technical information such as: IP Address, Unix PID and User
ID, simply click learn near the application icon.
Note: the default access rule for the new application is “Deny” set in the Preferences
window.
In the notification window you may set the time limitations for NetMine’s activity:
Once – activates NetMine rules only for the current connection.
Until Quit - NetMine activates its rules till the end of the application session.
Forever – select to activate NetMine rules whenever the network connection is
established.
Whenever an application tries to get an access to the network, the notification window
appears offering you to prevent or accept the connection attempt. To indicate whether you
want to allow or deny any connection or the connection with the particular port, address
or both address and port, check the corresponding option in the box below.
Any Connection - allow or deny any connection for this application.
This Port – choose to accept or permit a connection with this port.
This Address - select to enable or prohibit a connection with this address.
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7. Address and port - choose to allow or deny a connection with this address and
this port.
To enable or prohibit this connection select one of the following options:
Allow – network communication is allowed.
Deny – network communication is denied.
The ProteMac NetMine Dialog
When you launch NetMine, the main dialog window opens requiring that you type your
admin password. It displays all rules you have set for the particular applications. The
initial NetMine window shows what addresses and ports of potential network connections
the user allowed or denied and for what period of time. The ProteMac NetMine dialog
enables you to add desired access rules for selected applications.
Applications – displays the list of applications, utilities, etc, which have accessed (or
attempted to access) the network.
“ + button” – click to add an application to the Application list.
“ - button” - click to delete an application from the Application list.
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8. The ProteMac NetMine dialog displays the list of rules selected for each application. It
shows all addresses and ports of the application connections that the user wants to allow
or deny for a definite period of time. You may use the following buttons to add or delete
access rules for potential network connections.
“ + button” – click to add an access rule for the selected application connection.
“ - button” - click to delete an access rule for the selected application connection.
You may specify the Action for every application connection that attempts to
communicate with the network:
Allow – instructs NetMine to grant permission to access the network to the
selected application that attempts to do this.
Deny – instructs NetMine to deny permission to access the network to the selected
application that attempts to do this.
Note: Before you add the rules for the selected applications, NetMine control will be
regulated according to the default access rules set in the Preferences window.
Limitation allows to set the time period for NetMine’s control:
Until Quit – NetMine activates till the end of the Internet or network connection.
Forever - select to activate NetMine every time the Internet or Network
connection is established.
Apply Rules - click to confirm new settings.
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9. CHAPTER 2:
Using NetMine
This chapter discusses in detail how to configure ProteMac NetMine in order to regulate
its control.
This chapter contains the following sections:
Rules and Applications
Manual Rules for Applications
Specifying default settings
Rule-set generation
NetMine enables users to control application connections mainly via the Notification
window. The Notification Window asks for user input every time the program attempts to
get a network access. Thus the user can setup rules for the potential network connection
allowing or denying any connection or the connection with the particular port, address or
both address and port.
Before you launch the program, NetMine control will be regulated according to the
default access rules set in the Preferences window. The NetMine dialog allows you to add
access rules for the particular application. In the corresponding fields you can specify the
address and port for every application that communicates with the network. Select one of
the offered options to allow or deny its access and to limit the time period for NetMine
control.
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10. Manual Rules
NetMine enables you easily to add or remove applications from the Application list in the
NetMine window. You may then specify whether to allow or deny their network and
Internet access.
Adding an Application
1. Open the Applications folder on your Mac and click NetMine’s icon. The main
NetMine window opens requiring that you type your admin password.
2. To add an application to the list, click the “ + button”, then navigate to and select the
application via the Open dialog that displays.
3. Scroll down and select the application you want to add, then click the Open button.
The Open dialog closes. The application you added is now displayed in the Applications
list in the main NetMine window.
Note: the default access rule for the new application is “Deny” set in the Preferences
window.
Adding Rules for Applications
1. After you have selected the applications that you want to filter as instructed before, you
may specify rules for particular applications, by telling NetMine how to handle them.
2. Select an application from the list and the ProteMac NetMine dialog displays the list of
rules selected for each application. It shows all addresses and ports of the potential
network connections that the user wants to allow or deny for a definite period of time.
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11. 3. In case you want to add another access rule for the selected application, select address
and port of an application connection you would like to control and click the “ + button”.
4. To set the desired access rule for an application connection with this address and port,
select the action “Allow” or “Deny”.
5. To activate NetMine for a limited time period, select “Until Quit” and NetMine
activates till the end of the network connection. To activate NetMine every time the
network connection is established, select “Forever”.
6. To save the changes you have made, click the “Apply Rules” button, and then close the
dialog. Next time the specified application attempts to access the network, NetMine will
either allow or deny its access to the network, depending on the option you selected.
Deleting Rules for Applications
To delete rules for applications:
1. Choose one of the applications from the list and select one of the rules form the table
displayed in the main NetMine dialog.
2. Click the “ - button” to delete the rule for the selected application.
Deleting an Application
The application may be easily removed for the Application list any time.
1. Open the Applications folder on your Mac and click NetMine’s icon. The main
NetMine window displays.
2. Select one of the enlisted applications you want to remove, then click the “ - button”
below.
3. Click the Apply Rules button to save the changes, and then close the dialog.
Note: As soon as you have deleted an application, all access rules for this application
will be removed.
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12. Default Settings
In addition to the rules for individual applications, NetMine allows you to specify rules
for all application connections by default.
1. Click Preferences from the NetMine menu. The NetMine Preferences window allows
you to specify default access rules so that whenever a new application tries to access the
network, NetMine will respond with the default settings.
2. Specify the desired rules by default. The following are available:
Allow – Instructs NetMine to grant permission to access the network to any new
application that attempts to do this.
Deny – Instructs NetMine to deny permission to access the network to any new
application that attempts to do this.
Ask From User – Instructs NetMine to prompt the user for permission to access
the network whenever a new application attempts to do this. The user may then allow
or deny access to the network.
Enable Firewall checkbox– if it is checked, NetMine firewall will be enabled by
dafault. To disable it, clear the checkbox.
3.To save the changes you have made, click “OK”. Next time an application that is not on
the Rules for Applications tab attempts to access the network, NetMine will either allow
or deny it access, depending on the option you selected.
.
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13. System Applications
In the main NetMine dialog you may also view the list of system applications the user
can’t manage rules for. To view this list you should:
1. Click View from the NetMine menubar above and choose show system applications.
2. The main NetMine window will display the applications the user can’t manage rules
for and mark them with a warning icon.
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14. CHAPTER 3:
Technical Support
ProteMac website contains NetMine tutorials and FAQ to give you quick exposure to our
software using. If you are unable to find an answer to your question, you may request
help by contacting us directly. There are several ways you may do so. You can submit a
Technical Support request via the Contacts page of our website
(http://www.protemac.com/support/)or you may send an email to
support@protemac.com.
In an urgent case, you can call our Technical Support. Below you will find the contact
data for our technical support in the United States.
Phone: +1.408.228.4945
Fax: +1.270.398.3202
Your satisfaction is important to us, and we will do everything we can to resolve your
issue in a timely and professional manner.
Conclusion
This concludes the ProteMac NetMine User Guide. We hope you have found it helpful.
If you have any comments about NetMine, or any suggestions such as how to improved
it, we encourage you to forward them to us. We welcome any suggestions you may have.
Thank you for using NetMine.
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