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SIMPLE & INEXPENSIVE WEBSITE MONITORING.
Pricing
You only pay for what you use, check by check. 1 credit = 1 check.
For example, check 10 websites every 2 minutes from 1.83€/month (up to 5.49€/m)
Requests:
200,000 = 5€
500,000 = 10€
SMS alerts costs 7500 credits (≈ 0.10€) per message. ///
30 days of one check every 3 minutes = 1440/month
Intel® Core™ i5-13500
incl. Hyper-Threading Technology
RAM: 64 GB DDR4
optional max. 128 GB DDR4 (for additional charge)
Disk: 2 x 512 GB NVMe SSD (Gen4)
(Software-RAID 1)
Connection: 1 GBit/s-Port
Bandwidth guaranteed: 1 GBit/s
Backup Space: 100 GB
Traffic: Unlimited *
Available Locations
from € 39.00
monthly + € 39.00 once-off setup fee
What is TightVNC?
TightVNC is a free and Open Source remote desktop software that lets you access and control a computer over the network. With its intuitive interface, you can interact with the remote screen as if you were sitting in front of it. You can open files, launch applications, and perform other actions on the remote desktop almost as if you were physically there.
One of the most common pre-sales questions we get at rsync.net is:
"Why should I pay a per gigabyte rate for storage when these other providers are offering unlimited storage for a low flat rate?"
The short answer is: paying a flat rate for unlimited storage, or transfer, pits you against your provider in an antagonistic relationship. This is not the kind of relationship you want to have with someone providing critical functions.
Now for the long answer...
JCI now offers FreeBSD 11 Cloud Servers that provide significant enhancements over previous versions of FreeBSD. Under FreeBSD 11 you will be running a true virtual cloud server and not the more limited "jail" VPS. This allows complete independent server instances with on-the fly expandability, secure root access and custom backup capability.
Choose the server from our standard FreeBSD server plans below with the memory, disk, IPs, bandwidth and backup required to support your application.
The power of OBS Studio to your browser, offering a headless OBS Studio experience with a web interface for professional quality live streaming.
Free and open source software for video recording and live streaming.
Download and start streaming quickly and easily on Windows, Mac or Linux.
Cloudron is a turnkey solution for running apps like WordPress, Rocket.Chat, NextCloud, GitLab, OpenVPN & many more. Cloudron performs end-to-end deployment of apps including provisioning databases, automated DNS setup, certificate management, centralized user management, periodic backups. Apps on Cloudron also receive automatic updates saving you the hassle of tracking upstream releases and keeping the installation secure.
Webmin is a web-based system administration tool for Unix-like servers, and services with about 1,000,000 yearly installations worldwide. Using it, it is possible to configure operating system internals, such as users, disk quotas, services or configuration files, as well as modify, and control open-source apps, such as BIND DNS Server, Apache HTTP Server, PHP, MySQL, and many more.
FileCloud is an enterprise-class file sharing and sync solution for homes or businesses that allows users to access and sync data from any device. It offers features like file sharing, backup, remote access, and sync.
aaPanel is a Free and Open source Hosting control panel, encapsulates common Linux commands into functional modules, It can be completed in a few clicks on the panel
In this tutorial we are going to install Plesk Web Admin SE Control Panel on Vultr VPS. This allows you to create 3 websites and unlimited sub-domains completely for free on per VPS instance. This free offer is limited to some VPS providers only, for other VPS providers which are not supported you will have to buy Plesk Control Panel license. So it is recommended to use Vultr VPS which offers really great performance at affordable price.
Instant hosting, right from your local machine
No more hassle with port-forwarding, bypassing firewalls, or setting up dynamic DNS. Do what you are best at, CODING. We take care of the rest!
QUICKSTART FOR FREE
PUSH checks allow you to send heartbeats and metrics from your servers to NodePing. Use a PUSH check for things like monitoring your servers that are behind firewalls, tracking CPU load on your Windows SQL servers, or getting alerts before you run out of disk space on your web servers.
PUSH checks are quite different from all the other check types NodePing offers. The others use our probe servers to reach out and see if your services are working correctly. With PUSH checks, you provide the monitoring results to us through an HTTP POST. You can use your own scripts or one of our many PUSH clients for Linux and Windows to push the results into NodePing.
Third-party-Tools to check your configuration
Check DNS, Urls + Redirects, Certificates and Content of your Website
In this article, you will learn how to reset the root password of your Dedicated Server (Linux) using the rescue system.
Extended Long Term Support for Debian
Freexian extends security support for old Debian releases up to 10 years, albeit only on the subset of packages used by the customers of this service. Click here to learn more.
With the introduction of SAS 12Gbps, seems like "it's time" to do a braindump on SAS.
Work in progress, as usual.
History
By the late '90's, SCSI and PATA were the dominant technologies to attach disks. Both were parallel bus multiple drop topologies and this kind of sucked. SATA and Serial Attached SCSI (SAS) evolved from those, using a serial bus and hub-and-spoke design.
Early SATA/150 and SATA/300 were a bit rough and had some issues, as did SAS 3Gbps. You probably want to avoid older controllers, cabling, expanders, etc. that doesn't support 6Gbps because some of it has "gotchas" in it. In particular a lot of it has 2TB size limitations. Most 3Gbps hard drives are fine though.
Similarities, Differences, Interoperability
SAS and SATA operate at the same link speeds and use similar cabling. SAS normally operates at a higher voltage than SATA and can run over longer cabling.
SAS and SATA use different connectors on the drive. The SATA drive connector has a gap between the signal and power sections, which allows separate power and data cables to be easily connected. The SAS drive connector does not have a gap, and instead has a second set of pins on top. This second set of pins is the second (redundant) SAS port. There are pictures of the top and the bottom of the drive connector.
SATA drives can be attached to a SAS port. Electrically, the SAS port is designed to allow attachment of a SATA drive, and will automatically run at SATA-appropriate voltages. Physically, the SAS backplane connector has an area that will allow either the gapless SAS or the gapped SATA connector to fit. See picture of SAS backplane socket.
SAS drives are incompatible with SATA ports, however, and a SATA connector will not attach to an SAS drive. Don't try. The gap is there to block a SAS drive from being connected to typical SATA cabling, or to a SATA backplane socket.
When a SATA drive is attached to a SAS port, it is operated in a special mode using the Serial ATA Tunneling Protocol (STP).
If you’ve spent any time around UNIX, you’ve no doubt learned to use and appreciate cron, the ubiquitous job scheduler that comes with almost every version of UNIX that exists. Cron is simple and easy to use, and most important, it just works. It sure beats having to remember to run your backups by hand, for example.
But cron does have its limits. Today’s enterprises are larger, more interdependent, and more interconnected than ever before, and cron just hasn’t kept up. These days, virtual servers can spring into existence on demand. There are accounting jobs that have to run after billing jobs have completed, but before the backups run.