• Traverse Overview <
• Product Editions
• Product Comparison
• Helix Information

Traverse Overview

Zyrion’s Traverse is a breakthrough Business Service Management application that provides real-time visibility into the performance of IT services. Traverse's innovative Business Container technology enables IT and business personnel to create unique virtual views of discrete business services, and makes the alignment of infrastructure technology with business outcomes a reality. Traverse facilitates decentralized remote infrastructure management that is pro-active and preventive rather than reactive, giving all employee-levels the control and information they require based on their specific responsibilities and permissions. Traverse provides an easy-to-use web-based user interface and is a distributed, scalable, real-time, and easy-to-manage platform.

Traverse Capabilities

Business Service Containers

Unique object-oriented, "container" technology that links applications and underlying infrastructure to IT services. Business Service Containers have unlimited staggered and recursive hierarchies and can be created on the fly or dynamically. Rather than just labeling a loose collection of objects as a "business service", Traverse goes much further by making its Business Service Containers fully aware of the underlying L2/L3 relationships between components. In building topological awareness and connectivity dependencies into these business containers, Traverse provides IT and business managers with a more valuable business services view showing the full impact of IT infrastructure on service delivery.
Back-to-top

Business Service Views

Traverse provides business-oriented views of the performance of the underlying IT infrastructure. This includes split-panel views of services, business containers, devices and performance tests. Customizable dashboards can be created to support monitoring of services and infrastructure.
Back-to-top

Dashboard-to-Packet Drilldown

Go from a business view to the component view and down to the specific offending metrics with a couple of mouse clicks. Enables quick identification of impacted services (what is affected), trouble areas (where to look) and problem sources (what to analyze further). Packet mining and decodes help identify problem sources.
Back-to-top

Multi-tenant, Federated Security Model

Traverse has a built-in federated security model which supports multiple departments, users or customers in using a single instance of the software. The flexible security model allows creating read-only or read-write users, administrative users within a department/domain, or administrative users across departments/domains. ‘Private’ departmental or user-specific views can be enabled in a single deployment of Traverse, even if the various views are based on monitoring information from the same DGE.
Back-to-top

SLA Monitoring and Measurement

Traverse supports specification of SLAs for services and infrastructure in terms of defined metrics, such as, availability, latency, CIR, etc. Traverse measures compliance against defined SLAs, and provides reports of compliance against SLAs using real-time SLA dashboards. Traverse provides business services SLA management capability (e.g. ecommerce website uptime %) as well.
Back-to-top

Synthetic Transaction Manager

Traverse supports definition of application use ‘test cases’, and specification of frequency of test execution. Traverse runs tests against production environment and monitors key performance metrics for services and infrastructure. This capability was developed for testing production environments to confirm that services are performing as expected.
Back-to-top

Composite Performance Metrics

Traverse supports definition of composite or aggregated metrics from base metrics through use of variety of ‘operators’. Tests and performance thresholds can be defined for composite metrics. This capability is applicable for top-level or aggregate service and infrastructure performance analysis (e.g. want to monitor the total traffic across a set of application servers).
Back-to-top

Event Manager

Traverse captures, processes and displays a variety of events such as SNMP Traps, Win Events, and Syslogs. The functionality is completely web based (no java). Traverse supports acknowledgement and annotation of events. Selected events can be suppressed until a given time, and de-duplication and correlation of events of the same category is supported.
Back-to-top

Real-time and Historical Reporting

Traverse retrieves data upon request and generates reports and views based on the actual state of infrastructure. Traverse supports trend reports that provide short-term and long-term trend plots of imminent violations, and customized reports for fault, performance, threshold, message and inventory. Traverse's strength is in its reports and statistical information, ranging from simple top-N tables to complex correlation graphs and trend reports using regression analysis.
Back-to-top

Topology Discovery and Mapping

Traverse automatically discovers applications, networks, servers, and systems on initial discovery and the relationship between the different L2/L3 devices using technologies such as CDP, DHCP, ARP, ICMP, and route tables. It can then build the topology map between your network devices such as switches, routers, VLANs, ATM/frame-relay, and older generation bridges and hubs. Travers includes an unmatched component template and “signature” library for IT infrastructure. Traverse provides the ability to create a “hierarchical” model and then link to actual component instances in the network.
Back-to-top

Support for Wide Range of Infrastructure

Traverse supports a wide range of infrastructure that includes applications (Oracle, SQL Server, DB2, MySQL, Exchange, Apache, WebLogic, WebSphere, etc.), servers (Linux, Solaris, HP-UX, Windows, Novell, VMware, etc.), network devices ( Cisco, Foundry, Juniper, Avaya, Amperion, Neoteris, etc.), firewalls, content delivery systems, storage infrastructure, fixed wireless nodes, VoIP infrastructure, and environmental management components.
Back-to-top

Intelligent Data Gathering & Analysis

Traverse Data Gathering Engine (DGE) is an independent data gathering element that collects, analyzes, and stores performance data locally from networks, devices, systems, servers, and applications. DGE's collect the alarms, events, and polls from the various infrastructural elements such as servers, routers, and applications. Each DGE has its own distributed relational database. Each DGE collects data according to the definitions it has been given from the Object Store. These definitions include which devices it should monitor, how frequently it should monitor such devices, and what it should do with the results. This information is then progressively summarized over time (5 minutes to 1 hour to 1 day to 1 week, etc.) as well as analyzed relative to thresholds, key events, alarms for taking appropriate actions.
Back-to-top

Correlation & Smart Notification Engine

Zyrion Traverse provides advanced root cause analysis (RCA) features that extend beyond traditional network level analysis. The root cause analysis engine is based on a Service Object Model designed for analyzing end-to-end business impact instead of just stopping at the network layer. Real-time alarms are triggered based on approaching maximum capacity, traps, log messages, user defined maintenance, etc., taking into account the complex relationships between IT elements for delivering distributed applications.Traverse's Smart Notification Engine (SME) automatically suppresses transient flaps, and prevents alarm floods based on topology and service dependencies. The multi-stage alarm engine provides a comprehensive escalation process to send notifications based on how long a device has been in warning or critical condition, and on time of day and status on repeated polling. The smart suppression engine uses complex heuristics to avoid false suppression of alarms in redundant networks.
Back-to-top