Flexential announced
Flexential Fabric,
a next generation solution designed to deliver advanced,
software-defined interconnection services. Flexential Fabric supports
both IP transit and private transport through a single port, marking the
first in the industry with dual capabilities seamlessly integrated into
one port. The revolutionary new solution enables customers to dynamically provision interconnection services through an intuitive web interface and offers scalable options to fit any budget.
Flexential Fabric delivers an
innovative approach to interconnection services, redefining the user
experience through its seamless integration with the FlexAnywhere
platform. This advanced solution functions as a comprehensive gateway to
a diverse array of Flexential services, including IP Bandwidth, Data
Center Interconnect (DCI), Cloud Fabric, and Cloud and Data Protection
services. What sets Flexential Fabric apart is its user-centric design,
featuring a self-service portal within the Flexential Xperience Platform
(FXP). This intuitive web interface offers customers complete control
over their network infrastructure, enabling them to effortlessly create
secure, private virtual connections tailored to their unique business
requirements.
The platform's versatility is further
enhanced by its ability to support both IP transit and private
transport, automating virtual connections across the entire Flexential
ecosystem. This single port solution simplifies the management of
interconnection services, allowing users to easily monitor and manage
utilization while providing the flexibility to add, change, or remove
services as needed. Flexential Fabric enables a robust, agile, and
reliable network infrastructure that empowers customers at any stage of
their digital transformation journey by providing access to an extensive
suite of services including colocation, cloud, data protection, and
managed services.
"Flexential remains highly invested in providing customers with superior network performance and the flexible, on-demand
interconnection options that will suit their specific needs and where
they are in their growth journey," said Ryan Mallory, COO, Flexential.
"Flexential Fabric brings a strategic, integrated approach to technology
infrastructure with low latency networks to support critical business
operations, particularly important in an increasingly AI-centric digital
landscape. This new solution is the latest example of our commitment to
continuously innovating within the FlexAnywhereTM platform, bringing new
capabilities to our Interconnection portfolio and giving customers
access to an ecosystem of services that drive business growth."
Today's increasing end-user expectations mean
organizations must balance customer and employee needs while navigating
budget restrictions in the current economic climate. Recognizing these
evolving business dynamics, Flexential Fabric offers unparalleled
adaptability. Flexible terms and a range of options allow customers to
customize a model that suits their needs and budget. Customers can now
choose between month-to-month options and commitment-based pricing,
ensuring that the digital infrastructure aligns perfectly with their
fluctuating business needs.
With Flexential Fabric, customers can quickly
and easily interconnect digital infrastructure, deploy and manage
interconnection services on-demand, and confidently build a network for
improved performance without worrying about physical infrastructure.
Offering high bandwidth with consistent throughput and low latency
connectivity to the internet, additional data centers, and leading cloud
service providers - all available on a single port - Flexential Fabric
meets customer demand and empowers customers to overcome challenges
posed by network performance and disruption.
Flexential Fabric is part of Flexential's
ongoing commitment to grow its FlexAnywhere footprint in 2024 and
follows recent Interconnection innovations, including Interconnection IP Bandwidth Enhancements, Interconnection Mesh, Interconnection Mesh (Layer 3), and Oracle FastConnect.