xAssets solutions are based on a Sql Server data model which is optimised for huge scalability
without compromising the depth of information stored on each asset and incident. We use Microsoft
Sql Server to achieve excellent scalability and our database design is fully "normalised" with no
repetition of text information or images. This means the CPU and Input/Output usage on each server
is minimized and response times of 1 or 2 seconds are common even in a hosted environment.
Our client software runs in a web browser so you don't have to deploy it or install it. It works on mobile platforms and desktops.
The client is a recent technology called a "single page application" which means the page never refreshes - this makes the
user experience much faster and more fluid.
This technology enables support for very large implementations of 100,000 discovered Windows PCs or over 1,000,000 fixed asset records
in a single database on a medium specification server.
- Browser based single page application
- Use the latest Microsoft Sql Server technology
- Fully normalised database
- Database Indexes are optimised manually for very large implementations
- ASP.NET technology enables fast response times, even in hosted environments
- Data is sectioned and paged so that web browsers receive manageable data sets
- For hosted installations, we use powerful servers to ensure excellent response times
- Application Server and Sql Server can be separate servers as required
Sites larger than 30,000 discovered Windows nodes, or 300,000 fixed asset records, receive database tuning assistance from our
Sql Server Database Administrators. We carry specialist expertise in Sql Server query plan optimisation.
This ensures that every query runs quickly and users get the fastest possible response times.
Sites larger than 100,000 discovered Windows nodes, or 1,000,000 fixed asset records, receive additional database design consultations from our
Sql Server Database Administrators. Typically these projects would scale well and still give very fast response times
when the amount of child data stored against each asset is optimised
to meet customer requirements taking into consideration the performance of each query.
and the application follows a relatively new architecture called "Single Page Applications" also known as SPA. Broadly this means
that the page never entirely refreshes and content only changes when it needs to. This means that each page transition
is very fast because content which does not change, like menus, header content, footer content, does not need to change
unless the context of the page requires it to. During normal operation clients are downloading a tiny amount of data on each
page transition and this equates to very fast response times and huge scalability for multiple clients both in
cloud and on-premise architectures.
low level language. Instead we use a very popular scripting language which is easy to read, easy to write, easy to work with
and easy to debug to determine client processing and this eases configuration work and ensures reliability.
Scalability of Network Discovery Software
Our discovery technology is designed to operate on multiple networks simultaneously through multiple collection servers.
Each collection server executes discovery on a schedule which can be designed around node availability, network traffic hours,
administrative preferences and policies.
Each discovery operation usually runs about 75 nodes concurrently, and each discovery node takes around 4 seconds. Different IP ranges
are discovered simultaneously to ensure switches do not receive traffic spikes. This typically means 75 nodes per 4 seconds and
in practice, given natural delays and traffic balancing, that scales up to around 4,000 to 10,000 nodes per hour depending on the topology of the network.
Each node is then written to the web server as a compressed "lazy write" to ensure that web traffic (or local traffic if your system is not hosted) is kept to a minimum.
Scalability of Integrations
The xAssets Transformation technology includes lazy write and packet based configuration options to ensure that integrations can run without
impacting the performance of the underlying systems. This includes lock management functions, record stacking for later commit,
multi-threaded record stacking (so records are calculated simultaneously and then saved at the end in a single commit when all threads are finished)
and optimizations within Sql Server to utilise high performance commit technologies such as SqlBulkCopy.
All integrations, discoveries and other communications can be scheduled for batch processing to minimize traffic and run at the optimum time.