Network map and visual monitor: LANState #free #network #device #monitor


Network Map and Visual Monitor: LANState

10-Strike LANState is a network mapping, monitoring, management, and administration software solution for corporate Microsoft Windows networks.

LANState generates the network map, which speeds up accessing to remote hosts’ properties and resources, and managing those. Employing LANState makes it essentially easier to monitor processes in networks of any ranges or sizes because of the opportunity to link external applications like file managers or remote administration software to the program. The program includes a number of useful features for obtaining information on remote computers.

LANState has host-monitoring functionality, which allows you to see the state of your network at any time. The program builds and displays a network map, monitoring device’s state (active/inactive) in real-time.

Why LANState? Program’s Benefits:

  • LANState builds a network map automatically. Save the map for future use, print it, or export it to bitmap file. You can operate with several maps simultaneously.
  • Access and manage remote devices in a couple of clicks, using LANState’s visual network map. You are able to shut down, restart, and turn on servers and workstations, access remote services and resources, view remote event logs, access remote registry, list processes, devices, NT services, and so on.
  • Background device monitoring notifies you via screen message, sound, or e-mail when your servers go down or start working.
  • Send messages to domain users with help of integrated advanced messenger.
  • Monitor connections to your shared resources (logging, sound notifications, and black list supported).
  • The program contains many useful tools for administrators, such as network scanner, port scanner, ping, trace route, name lookup. etc.
  • And the most important. The package does not require installing any components on remote servers and workstations.

10-Strike LANState software has two editions: LANState and LANState Pro
Read features comparison

Download Free Trial

How to Buy Network-Attached Storage (NAS) #nas #device #with #cloud #backup


How to Buy Network-Attached Storage (NAS)

At its most basic, a NAS is used largely for storage and sharing files across a network, but the newest devices can do so much more. We help you understand what to look for when shopping for network-attached storage.

A network-attached storage (NAS) device is primarily a centralized repository for data. It differs from a direct-attached storage (DAS) device in that instead of attaching directly to a computer, it attaches to (you guessed it) a network. Most NASes are used largely for storage and for sharing files across a network, but the newest NASes can do so much more. In fact, they can do so many things that shopping for one can be confusing. Here’s what you need to know when selecting network-attached storage.

A NAS is a server. Most NASes can be used as multimedia servers, as most support the UPnP and DLNA protocols. These protocols are for sharing and streaming multimedia files to devices such as gaming consoles, tablets, and phones on a network. NASes are also multifaceted devices that can often be configured as FTP, Web, e-mail, and print servers.

NAS Capacity
The main purpose of a NAS is to provide centralized, shared storage. Most consumer and small business NASes support SATA drives, but there are a few models out there that support SSD drives. It’s not unusual to see NASes for home users support up to 8TB storage capacity. Business-class NAS boxes typically scale even higher, with some offering petabytes of capacity.

NASes targeted for home users and small to mid-size business often have expandable capacity through USB ports to which users can connect direct-attached storage devices or though iSCSI support. The QNAP TurboNAS TS-470 . for example, not only has USB ports for expansion, but it also has built-in iSCSI support for creating virtual drives for even more storage.

Network Connectivity
Most current NAS devices have wired Gigabit Ethernet connectivity. Many business-class offerings have two or more Gigabit ports for Port Trunking, which provides connection redundancy if one port fails. Multiple Ethernet ports can also be link aggregated, combining the link speeds of the ports and thereby increasing network throughput.

NAS devices that are wirelessly accessible are still somewhat rare. The best we’ve looked at so far is Synology’s DS213air . For now, when you are working with large files wirelessly, you’ll likely experience more latency issues than with NASes connected over the wire. Still, more vendors are beginning to offer dongles for connecting wirelessly.

Measuring NAS Performance
Like PCs, NAS units perform better with improved processors and increased memory. Similarly, the better the processor and the more installed memory, the higher the price. One of the fastest performing NASes we’ve tested is ixSystems’ FreeNAS Mini . This device owes its superior performance to its Intel Core i3 processor and 8GB of RAM.

If you know your NAS will be handling a lot of I/O operations (such as users saving and retrieving high volumes of data on a regular basis) it pays to go with a NAS that has a nimble processor and to max out the memory. Most SMB NASes ship with Atom or Intel processors, while more inexpensive devices for home often use Marvell chips.

Backup and Recovery
The data you store is only as good as your last good backup. Higher-end NAS products often have sophisticated management options to configure redundancy (RAID ), as well as some sort of built-in monitoring system that can alert you of impending drive failure and other problems. If your data is mission critical, these are the kinds of features you’ll want.

Another important consideration in NAS disaster recovery is hot-swappable drives. Many newer HDD-based drives will allow you to “hot-swap” a dying disk drive with a new drive, without having to power the NAS down. Many NAS devices with this capability are aimed at businesses. The DroboPro FS is an example of a hot-swappable NAS.

Some NAS vendors are starting to use the cloud as a backup platform for a local, physical NAS. In this scenario, the data on the NAS is mirrored to a server in the cloud. Many NAS vendors partner with hosted providers such as ElephantDrive or Amazon S3. This type of solution is often known as a hybrid backup solution, and it gives you the best of both worlds, as data is stored in two separate locations. Having data reside in the cloud also provides a way to perform a restore in the event of disk failure in the local hardware.

NAS devices often can also back up their own settings and configurations. This is especially important in a business setting, where specific configurations may be required. If the NAS gets hosed, it can be pain to have to recreate all those settings again.

Remote Access and Personal Clouds
NAS devices aren’t just for local access either. Many NASes devices ship with remote access capabilities for managing the device and access the data on it. Cloud services are also useful for sharing content with friends and family, no matter where they are located. Western Digital’s My Cloud personal cloud service is one example.

NAS Security
Security is always a concern, whether it’s for home hardware or business networks. Many of the NAS devices we’ve reviewed support file encryption. Many also offer a variety of security controls to protect the NAS from intruders with firewall-like access protection. For example, business NAS devices often have physical security, such as locked enclosures or Kensington Security Locks (or K-Slots), which tether the NAS to a wall or desk. The QNAP TS-259 is one example of a NAS that has K-Slots on its chassis.

Finally, all NASes have user accounts and authentication methods requiring a username and password to access the device.

Which NAS Is Right for You?
There are many varieties of use cases for NAS products. Luckily, there’s a wide range of devices available and many of them are configurable as well, which lets you further tailor a solution for your specific needs. Whether it’s for home or a business, security, capacity, backup, and file compatibility should be key factors in determining which NAS you choose. The other features are mainly extras, which will be of greater or lesser importance depending on your particular needs.

Check out the 10 Best NAS Devices for the top-rated models we’ve tested.

Web PC Suite #file #transfer, #transfer #files, #wireless #transfer, #wireless #file #transfer,


Web PC SuiteEasy and fast file transfer for Android and PC

Wireless Transfer

Transfer pictures, music, videos, files ect quickly via Wi-Fi or mobile network between Android devices and PC.

Transfer Methods

Support mainstream platforms: Windows, Mac, Unix, Linux etc. No software needs to be installed on PC. Connect your devices by scanning a QR code or logging in by account on a webpage.

Fully-featured Management

File Management: Categorize your files on smart phones: photos, music, videos, documents, Apps etc. Support file uploading and downloading of all formats.
Contact Management: Manage all your contacts on the phone via a webpage like adding and deleting contacts.
SMS Management: Send short messages via a webpage and make batch operations.

Secure transmission

Use HTTPS for transmission to prevent data being modified or corrupted during transfer.

Easy file transfer between Android and PC

Easy photos, documents and links transfer between PC and Android devices without data wire. Perfectly cover PC and Mac platforms.

  • Cross-Platform Service

    Free connection between PC, tablet and phone. Barrier-free transfer between Android and all OS, such as Mac OS, IOS (iPhone), Linux, Symbian (Nokia Phone), Windows Phone, Blackberry and etc.

  • Media Management on Your Phone

    Manage pictures, ringtone, music, video etc. Copy, rename, delete and move files with ease.

  • Contacts Manager

    Manage phone contacts via a web browser: view, delete, modify and send SMS to phone contacts.

    Account login

  • Bring Your Own Device – HCPSS, bring your own device to school.#Bring


    Howard County Public School System

    Find out more about our Schools

    Utilize our Services

    Learn more about the email and text alerts included within your HCPSS News subscription.

    Main Address

    Office Phone: 410-313-6693

    Office Phone: 410-313-6682



    Learn more about the email and text alerts included within your HCPSS News subscription.

    • Main phone: 410-313-6600
    • Main Address

    10910 Clarksville Pike (Route 108) Ellicott City, MD 21042

  • Human Resources

    Office Phone: 410-313-6693

    Office Phone: 410-313-6682

    Bring Your Own Device

    Bring your own device to school


    Bring your own device (BYOD) is a program that allows students to use their personal device for HCPSS sanctioned activities and connect to the Internet for instructional activities.

    Beginning in the 2015–2016 school year, students in all middle and high schools are permitted to use personal devices for HCPSS–approved activities and connect to the Internet for approved instructional activities.

    BYOD provides teachers another way to present material and gives students flexibility to find resources that are particular to classroom instruction. Having students use their own technology in class speeds up the research process once they ve been given an assignment.

    Access to instructional resources, increased collaboration, personal productivity, and an enhanced learning environment are outcomes of the BYOD program. Teachers and students have indicated a number of benefits associated with BYOD: increased student independence/autonomy, increased student engagement, and the ability of BYOD to facilitate student communication and collaboration.

    The amount of class time in which students are using their laptop, tablet, or smartphone in class varies, depending the curricular unit and teacher preferences.

    What if My Student Can t Bring a Device?

    No student’s learning experience or academic performance will be affected because he or she does not have an Internet-connected device to bring to school. HCPSS is committed to reducing technology inequity so every child can learn equally. Use of personal electronic devices is optional.

    Student Responsibilities

    Individuals will be permitted to use personal technology devices in accordance with related HCPSS policies. Failure to comply with these policies may result in the temporary or permanent revocation of use privileges, in addition to any other appropriate disciplinary action.

    HCPSS is not responsible for lost or damaged devices.

    Guidelines, Forms Frequently Asked Questions

    This document describes HCPSS basic guidelines for device usage.

    Get answers to questions about the benefits of BYOD, relevant HCPSS policies, content filtering and more.

    Staff Resources

    Topics include digital citizenship and responsibility, social media usage, and more.

    10910 Clarksville Pike

    Ellicott City, MD 21042

    Main Phone: (410) 313-6600

    Your HCPSS News Subscription

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  • GPS Tracking Systems #vehicle #tracking #system, #gps #tracking #system, #gps #tracking #system,


    Starcom Systems

    Starcom Systems is a global technology company specializing in automated systems for remote tracking, monitoring and management of fleets of vehicles, containers and people. The company provides complete solutions for real-time GPS fleet management and vehicle security applications, personal tracking, merchandise tracking, containers tracking and management and an online application. Starcom’s real- time GPS tracking systems provide real time information as well as live tracking and reports about the fleet, merchandise and personnel, enabling the business to manage its resources more effectively, leading to potential savings in fleet running costs, increases in productivity and improved customer service. Starcom Systems distributes and sells its products through 110 technology partners and independent operators in more than 53 countries, and its application is localized in 32 languages.

    The Technology

    The full cellular (GSM/ CDMA/ HSDPA) and location (GPS/ GLONASS) system solution allows worldwide real- time tracking via web based user friendly application, that can be easily implemented and accessed anywhere around the world, in almost any language. All of Starcom systems’ GPS tracking systems are ISO-9002 certified and meet the most demanding standards of the industry, including –
    E 24 certification,
    Safety certification
    EMC test certification
    Tuv-Rheinland certification
    and more.


    Mobile Device Management (MDM): Controlling Network Access for Mobile Devices #mdm, #mobile



    Learn what Mobile Device Management (MDM) is all about and why it’s being supplanted by Enterprise Mobility Management (EMM).

    The era of employees bringing their own devices into corporate environments created the need for advanced technology platforms to help control all types of devices. Bring Your Own Device, often shortened to BYOD, opens up organizations to new risks and creates a need for a new type of device control

    What is MDM?

    Mobile Device Management, or MDM, is a class of technology platform that is used to help organizations manage and control mobile devices used to access business resources.

    A core element of an MDM platform is network access control (NAC) and pre-admission control. MDM technologies often include the capability to check devices that want access to the network to first verify that the device has not been compromised or jailbroken. MDM technologies can also be used to selectively enable or disable native device capabilities.

    Other features that can sometime be attributed to MDM platform are remote Virtual Private Network (VPN) capabilities, enabling users to securely connect to corporate resources. Additionally, remote lock and wipe capabilities may also be part of an MDM platform.

    MDM vs EMM

    The term ‘MDM’ was initially just about hardware management, which led some vendors in the market to use of the term Mobile Application Management (MAM). The early promise of MAM platform was to provide capabilities that were not in MDM, namely the application piece, providing curated app stores for corporate use as well as data management policies.

    As a term and industry classification, MAM was quickly supplanted by the more expansive term Enterprise Mobility Management (EMM). which includes attributes of both MDM and MAM platform technologies.

    EMM is an all-encompassing approach to securing and enabling employee use of mobile devices. EMM typically involves some combination of mobile device management (MDM), mobile application management (MAM), and mobile information management.

    MDM solutions

    While EMM has largely supplanted MDM as an industry term, many mobile management solutions still use the term MDM to define themselves even though they do more than just manage hardware.

    Apple IOS: Apple, for example, still uses the term MDM to define options for enterprise mobility management.

    Google Android: Google also continues to use the term MDM for its enterprise mobility management capabilities. Google now provides MDM and EMM capabilities via its Mobile Management service capability that is part of the G-Suite services platform.

    For more information on EMM, visit our EMM page.

    7 Enterprise Mobile Security Best Practices #mobile #device #management #best #practices


    7 Enterprise Mobile Security Best Practices

    There’s no denying the potential for mobile devices to improve efficiencies and lower costs for workers in industries of all types. You also can’t deny the potential security vulnerabilities that mobile devices present. These seven tips will help you secure your mobile environment without placing a burden on your workforce.

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    CIO | Feb 13, 2014 7:00 AM PT

  • Information security experts are fond of the certain language they use to explore and explain the security threats that companies and organizations routinely face. One particularly interesting notion from this lexicon is that of an “attack surface,” which identifies a potential point of attack on one’s information or financial assets, intellectual property or ability to conduct business.

    Because any successful attack brings with it a chance of financial loss, legal or regulatory infractions, or damage to reputation, best practices for dealing with attack surfaces mean limiting exposure to unwanted or uninvited access, hardening them against attack and imposing what’s often called “defense in depth.” This requires building multiple layers of protection around valuable stuff; if one layer gets breached, the bad guys aren’t automatically handed the keys to the treasure vault.

    All this makes security for mobile devices both important and vexing. The more that employees and contractors use mobile devices to access organizational systems, applications and data, the more important it is to protect such access. Furthermore, it’s essential to prevent the mobile devices that are supposed to boost productivity and add to the bottom line from opening unauthorized means of access to information and other assets; this turns them into a danger and a possible drain on revenue instead.

    Given that mobile devices are inherently moving targets used outside the organization’s perimeter — and thus also outside its firewalls, threat management, spam and content filtering, and other tools used to keep evildoers at bay — it’s vital to apply a battery of best practices to use of mobile devices to keep exposure to risk and loss to a minimum. As any security expert will tell you, though, there’s a fine line between enough security to keep things safe and protected and a smothering blanket of security that gets between people and the jobs they must do.

    Although it’s challenging and comes with some costs, the following list of mobile security best practices can help protect mobile devices and their users from unwanted exposure or unauthorized disclosure of company or organization IP, trade secrets or competitive advantages. Some of these practices aim at securing the mobile devices themselves, while others aim to protect the data and applications with which mobile users need to interact. All will help reduce risk of loss or harm to your company or organization.

    1. Mobile Devices Need Antimalware Software

    A quick look at new malware threats discovered in the wild shows that mobile operating systems such as iOS and (especially) Android are increasingly becoming targets for malware, just as Windows, MacOS, and Linux have been for years. Anybody who wants to use a mobile device to access the Internet should install and update antimalware software for his or her smartphone or tablet. This goes double for anyone who wants to use such a device for work.

    2. Secure Mobile Communications

    Most experts recommend that all mobile device communications be encrypted as a matter of course, simply because wireless communications are so easy to intercept and snoop on. Those same experts go one step further to recommend that any communications between a mobile device and a company or cloud-based system or service require use of a VPN for access to be allowed to occur. VPNs not only include strong encryption, they also provide opportunities for logging, management and strong authentication of users who wish to use a mobile device to access applications, services or remote desktops or systems.

    3. Require Strong Authentication, Use Password Controls

    Many modern mobile devices include local security options such as built-in biometrics — fingerprint scanners, facial recognition, voiceprint recognition and so forth — but even older devices will work with small, portable security tokens (or one-time passwords issued through a variety of means such as email and automated phone systems). Beyond a simple account and password, mobile devices should be used with multiple forms of authentication to make sure that possession of a mobile device doesn’t automatically grant access to important information and systems.

    Likewise, users should be instructed to enable and use passwords to access their mobile devices. Companies or organizations should consider whether the danger of loss and exposure means that some number of failed login attempts should cause the device to wipe its internal storage clean. (Most modern systems include an ability to remotely wipe a smartphone or tablet, but mobile device management systems can bring that capability to older devices as well.)

    4. Control Third-party Software

    Companies or organizations that issue mobile devices to employees should establish policies to limit or block the use of third-party software. This is the best way to prevent possible compromise and security breaches resulting from intentional or drive-by installation of rogue software, replete with backdoors and “black gateways” to siphon information into the wrong hands.

    For BYOD management. the safest course is to require such users to log into a remote virtual work environment. Then, the only information that goes to the mobile device is the screen output from work applications and systems; data therefore doesn’t persist once the remote session ends. Since remote access invariably occurs through VPN connections, communications are secure as well — and companies can (and should) implement security policies that prevent download of files to mobile devices.

    5. Create Separate, Secured Mobile Gateways

    It’s important to understand what kinds of uses, systems and applications mobile users really need to access. Directing mobile traffic through special gateways with customized firewalls and security controls in place — such as protocol and content filtering and data loss prevention tools — keeps mobile workers focused on what they can and should be doing away from the office. This also adds protection to other, more valuable assets they don’t need to access on a mobile device anyway.

    6. Choose (or Require) Secure Mobile Devices, Help Users Lock Them Down

    Mobile devices should be configured to avoid unsecured wireless networks, and Bluetooth should be hidden from discovery. In fact, when not in active use for headsets and headphones, Bluetooth should be disabled altogether. Prepare a recommended configuration for personal mobile devices used for work — and implement such configurations before the intended users get to work on their devices.

    7. Perform Regular Mobile Security Audits, Penetration Testing

    At least once a year, companies and organizations should hire a reputable security testing firm to audit their mobile security and conduct penetration testing on the mobile devices they use. Such firms can also help with remediation and mitigation of any issues they discover, as will sometimes be the case. Hire the pros to do unto your mobile devices what the bad guys will try to do unto you sooner or later, though, and you’ll be able to protect yourself from the kinds of threats they can present.

    Security, Mobile or Otherwise, Is a State of Mind

    While mobile security may have its own special issues and challenges, it’s all part of the security infrastructure you must put in place to protect your employees, your assets and, ultimately, your reputation and business mission. By taking appropriate steps to safeguard against loss and mitigate risks, your employees and contractors will be able to take advantage of the incredible benefits that mobile devices can bring to the workplace.

    Just remember the old adage about an ounce of prevention. That way, you’re not saddled with costs or slapped with legal liabilities or penalties for failing to exercise proper prudence, compliance and best practices.

    Ed Tittel is a long-time technology writer, researcher and consultant. The author of numerous books and courses on Windows (including certification-oriented and end-user topics), he blogs weekly for Tom’s IT Pro and three times a week on Windows topics for TechTarget at his Windows Enterprise Desktop blog. Contact Ed through his website at .

  • EventLog Analyzer – SIEM Log management software #eventlog #analyzer, #log #analyzer, #event

    Know every bit of your network

    Trace the origin of security attacks

    Manage compliance with
    your eyes closed

    Detect anomalies in real-time

    Protect your data- it’s child’s play

    EventLog Analyzer is an IT Compliance Log Management Software for SIEM

    • Over 70 out-of-the-box event correlation rules for proactive threat management.
    • Pinpoints breach attempts, insider threats, policy violations, and more without any manual intervention.
    • Flexible drag-and-drop correlation rule builder allows users to define attack patterns therefore facilitating proactive security threat mitigation.
    • Includes out-of-the-box reports that help meeting the stringent requirements of regulatory mandates such as HIPAA. GLBA. PCI DSS. SOX. FISMA. ISO 27001, and more.
    • Create custom reports to adapt and comply to the developing regulatory acts of the present and future.
    • Collects logs from heterogeneous sources such as Windows servers and workstations, Linux and Unix systems, network devices, applications, threat intelligence solutions, vulnerability scanners and more at a centralized location.
    • Deciphers any log data regardless of the source and log format with its custom log parser.
    • Supports both agentless and agent based log collection methods.
    • Centrally track all changes and get real time alerts when files and folders are created, accessed, viewed, deleted, modified, and renamed.
    • Get a complete audit trail that answers the ‘what, when, where and how’ of all the changes that happen to files and folders in real time.
    • Collects and analyzes all activities of privileged users.
    • Get detailed report with logon and logoff activity information of privileged users.
    • Get precise user access information such as which user performed the action, what was the result of the action, on which server it happened and track down the user workstation from which the action was triggered.
    • Searches cover more than just the routine options and enable quick detection of network anomalies, abnormal user activities, system or applications errors, security incidents, and more.
    • Conduct a search using Wild-cards. Phrases. Boolean operators, Grouped searches and Range searches .
    • Get real-time SMS and email alerts whenever a network anomaly occurs. You can even run a script to remediate the alert condition.
    • 500+ predefined alert criteria across Windows, Unix/Linux, application, and network device infrastructure increases operational efficiency by eliminating the need to set alert profiles for known indicators of compromises.
    • Easily drill down to the raw log data and conduct a root cause analysis to find out the exact log entry that caused security incidents.
    • Various search options enable you to generate forensic reports from both the raw and formatted logs
    • Automatically archives all machine generated logs, system logs, device logs application logs to a centralized repository.
    • Encrypts the event log archive files to ensure the log data is secured for future forensic analysis, compliance and internal audits.