Amartus case studies
In this case study, we describe how we’ve revolutionized Cloud Connectivity for BICS’s platform spanning multiple networks across 200+ countries. In collaboration with Inmanta, we’ve enabled BICS with rapid, automated Service Provisioning. The challenge: How to ensure consistent and fully automated delivery of Cloud Connect, enable an on-demand cloud experience, and decrease delivery times.
In this case study, we describe the work done for a tier-1 service provider. Our team of experts delivered service composition and orchestration and 5G Network Slices orchestration for guaranteed connectivity.
The challenge: How to orchestrate 5G Network Slicing to guarantee end-to-end QoS for real-time video streaming services?
Towards a Multi-Vendor SD-WAN: LSO-Enabled Solution with Open-Source Orchestrator and Container-Based uCPEs
Sparkle, one of the biggest global Service Operators, invited Amartus to a MEF LSO Proof of Concept to deliver a cost-effective, vendor-agnostic SD-WAN solution based on uCPEs and Docker containers.
The challenge: How to liberate modern SD-WAN enabled services from vendor lock-in by delivering a standardized, multiple vendor solution?
A major telecommunication company was looking for network orchestration experts to lead their ambitious and complex project. That’s exactly the kind of task we enjoy the most! Keep on reading to discover how Amartus team managed to not only fulfill but also exceed customer demands.
Amartus customer, a network hardware manufacturer, was looking for failure impact analysis software for brownfield and greenfield networks that would also support optics and packet layers.
The customer offers a modular suite of applications created to analyze and optimize network efficiency. One of the components is responsible for determining how network services are impacted by various failure scenarios, such as fiber breaks, card failures, entire site failures, and more.
The customer, one of the leading international telecommunication providers, was in need of support for their efforts in automating their network and public cloud access.
The challenge: How to support the automation of the provider’s network and DC infrastructure?
Amartus team got a very exciting opportunity to once again use our unique Blueprint tool. We agreed without hesitating as this is exactly our cup of tea.
In detail, we were asked to analyze the customer’s architecture to automate the lifecycle of connectivity services. We took a deep-dive into the software stack and delivered a comprehensive analysis with a set of recommendations and next steps.
ADVA and Amartus open the door to streamlined operations and accelerated service activation with a joint solution using MEF 3.0 LSO Presto API, Amartus’ networking expertise, and ADVA Pro-Vision® advanced SDN orchestration.
The challenge: How to quickly provision services across multi-vendor and technology domains? How to seamlessly integrate hybrid networks?
EXFO and Amartus demonstrate how a combination of advanced orchestration and active testing can speed up delivery of tailored, scalable services to business customers.
The challenge: How to realize an orchestrated, standardized Carrier Ethernet service with an additional service assurance functionality using LSO-compliant components and NFV technology.
A leading Tier 1 Communications Service Provider (CSP) required integration of their orchestrator in a multi-vendor environment
The challenge: The aim was to enable the end customer to manage a comprehensive catalogue of MEF services on top of the existing complex and interdependent infrastructure
The OpenCS Packet WAN use case focuses on orchestration of MEF Carrier Ethernet 2.0 services using the SDN OpenDaylight controller in combination with CE 2.0 networking devices
The challenge:To deliver a reference implementation of the MEF Lifecycle Service Orchestration (LSO) Presto API on top of the WAN Domain Controller controlling a network segment composed of heterogeneous equipment.
Network Equipment Vendors frequently need to comply with the technological requirements imposed by Communication Service Providers (CSPs). They are expected to provide hardware together with software that smoothly blend in the existing, increasingly complex provider infrastructure.
The challenge: To design and develop an application that would allow the provider to become compliant with YANG/RESTCONF specifications and expose part of the customer’s model via RESTCONF interface.
One of our customers has decided to take a step towards the SDN innovation, and integrate the SDN T-API functionality into their existing, flexible network controlling system to make it compliant with the cutting-edge multi-layer SDN architectures.
The challenge: To expose the SDN Transport Application Programming Interface (T‑API) functionality to their multilayer service management & orchestration system using RESTCONF.