The proliferation of wireless handheld devices, especially tablets and smart phones, puts increased strain on today's wireless networks. As the technology continues to evolve rapidly, network engineers are in a race to keep up—both with system interoperability concerns, and throughput, reliability, and security issues. Now more than ever, you need a solid understanding of requirements and the solutions available for wireless network monitoring and analysis. Special attention is required when managing networks with voice and video over Wi-Fi. This webinar will not only address the tools needed for securing your network and optimizing performance, but will discuss how you can identify and monitor the maximum threshold for voice and video over Wi-Fi capacity.
VoIP Monitoring and Analysis - Still Top of Mind in Network Performance Monit...Savvius, Inc
With over 10 years of deployment history, VoIP is the primary voice solution for just about every company in existence - large, medium, or small. But even with all that history, recent research from TRAC shows that VoIP is still the number one IT initiative impacting network performance. And with the growth of 802.11 and Wi-Fi enabled smart phones, the use of voice over Wi-Fi (VoFi) promises to increase the volume of VoIP traffic even more. Analyzing VoIP traffic alone is not enough. VoIP analysis must be part of your overall network performance analysis. After all, VoIP is just another data type on your network, and according to TRAC, it is impacting your network performance, so you must monitor and analyze the network as a whole, including voice and video over IP. Join us to see how easy it is to capture and analyze voice, video, and data traffic simultaneously, allowing you to pinpoint the impact of each data type on your overall network performance.
Practical Fundamentals of Voice over IP (VoIP) for Engineers and TechniciansLiving Online
This manual provides solid practical advice on application, implementation and, most importantly, troubleshooting Voice Over IP (VOIP) systems.
MORE INFORMATION: http://www.idc-online.com/content/practical-fundamentals-voice-over-ip-voip-21?id=151
Why Session Border Controllers?
Product Portfolio of the Session Border Controller
Business Applications and Use Cases (Vega ESBC)
Carrier/Service Provider Applications and Use Cases (NetBorder SBC)
Sangoma SBC Load Balancing and Failover Techniques
SBC Walkthrough
Conceptual Overview of the SBC Call Processing Components
Introduction and Configuration of SIP Profiles
Introduction and Configuration of Domain Profiles
Introduction and Configuration of Media Profiles
Introduction and Configuration of SIP Trunks
Introduction and Configuration of Call Routing
Walkthrough
VoIP Monitoring and Analysis - Still Top of Mind in Network Performance Monit...Savvius, Inc
With over 10 years of deployment history, VoIP is the primary voice solution for just about every company in existence - large, medium, or small. But even with all that history, recent research from TRAC shows that VoIP is still the number one IT initiative impacting network performance. And with the growth of 802.11 and Wi-Fi enabled smart phones, the use of voice over Wi-Fi (VoFi) promises to increase the volume of VoIP traffic even more. Analyzing VoIP traffic alone is not enough. VoIP analysis must be part of your overall network performance analysis. After all, VoIP is just another data type on your network, and according to TRAC, it is impacting your network performance, so you must monitor and analyze the network as a whole, including voice and video over IP. Join us to see how easy it is to capture and analyze voice, video, and data traffic simultaneously, allowing you to pinpoint the impact of each data type on your overall network performance.
Practical Fundamentals of Voice over IP (VoIP) for Engineers and TechniciansLiving Online
This manual provides solid practical advice on application, implementation and, most importantly, troubleshooting Voice Over IP (VOIP) systems.
MORE INFORMATION: http://www.idc-online.com/content/practical-fundamentals-voice-over-ip-voip-21?id=151
Why Session Border Controllers?
Product Portfolio of the Session Border Controller
Business Applications and Use Cases (Vega ESBC)
Carrier/Service Provider Applications and Use Cases (NetBorder SBC)
Sangoma SBC Load Balancing and Failover Techniques
SBC Walkthrough
Conceptual Overview of the SBC Call Processing Components
Introduction and Configuration of SIP Profiles
Introduction and Configuration of Domain Profiles
Introduction and Configuration of Media Profiles
Introduction and Configuration of SIP Trunks
Introduction and Configuration of Call Routing
Walkthrough
What is SIP Trunking?
How good is the ROI?
Benefit #1: Local Phone Numbers with Centralized Call Management
Benefit #2: Control and Security
Benefit #3: Increased productivity and collaboration
Benefit #4: Scalability
Benefit #5: Faster Disaster Recovery
Benefit #6: Foundation for Unified Communications / WebRTC
WebRTC Takes UC Further – With Ingate the Future is Soon
Planning and Troubleshooting VoIP Performance shares insights on ThousandEyes helps visualize VoIP routing between branch offices and across the internet, optimize and plan new VoIP deployments and expansions, and troubleshoot VoIP performance to specific problem nodes, links and networks.
A short presentation on SIP Trunking. A background with SIP training and PSTN (T-1, ISDN PRI) and TCP/IP knowledge will be helpful. For more info connect with me at http://TrainingCity.com
Here is an advantage of Cloud PBX Over Onsite PBX
Easy Setup & Saves Call Cost
Multi-Channel Integration
Security and Reliable
Back-up and Recovery
Real-Time Monitoring and Analysis
SIP Trunking & Security in an Enterprise NetworkDan York
How secure are your VoIP systems as you deploy SIP-based systems in an enterprise environment? In this slide deck presented by VOIPSA Best Practices Chair Dan York at the Ingate SIP Trunking Seminars at ITEXPO September 17, 2008, Dan York walks through the security issues related to VoIP (with a focus on SIP trunking), the tools out there to attack/test VoIP systems, best practices and resources. (An audio recording of this session was made and will be available.)
Cloud video Conferencing and calling, StarLeaf overview june 2013 eurmicheledurban
Cloud video conferencing and calling with StarLeaf. An overview of the cost and business benefits of the cloud vs on premise infrastructure, video hardware and software features and pricing.
Telephone Wreckers tells you all about Asterisk phone systems - the benefits, features and what product you'll need to build your own custom IP phone system.
As presented at the 4G Wireless Evolution conference in Miami, January 22, 2010.
WiFI has been at the heart of the change to OFDM and MIMO solutions. It is not suprising that WiFi is a hotbed of innovation in today’s marketplace. This discussion looks at the current and future opportunities associated with WIFI and the implications for new kinds of deployment and adaptation by the LTE and WiMAX community.
What is SIP Trunking?
How good is the ROI?
Benefit #1: Local Phone Numbers with Centralized Call Management
Benefit #2: Control and Security
Benefit #3: Increased productivity and collaboration
Benefit #4: Scalability
Benefit #5: Faster Disaster Recovery
Benefit #6: Foundation for Unified Communications / WebRTC
WebRTC Takes UC Further – With Ingate the Future is Soon
Planning and Troubleshooting VoIP Performance shares insights on ThousandEyes helps visualize VoIP routing between branch offices and across the internet, optimize and plan new VoIP deployments and expansions, and troubleshoot VoIP performance to specific problem nodes, links and networks.
A short presentation on SIP Trunking. A background with SIP training and PSTN (T-1, ISDN PRI) and TCP/IP knowledge will be helpful. For more info connect with me at http://TrainingCity.com
Here is an advantage of Cloud PBX Over Onsite PBX
Easy Setup & Saves Call Cost
Multi-Channel Integration
Security and Reliable
Back-up and Recovery
Real-Time Monitoring and Analysis
SIP Trunking & Security in an Enterprise NetworkDan York
How secure are your VoIP systems as you deploy SIP-based systems in an enterprise environment? In this slide deck presented by VOIPSA Best Practices Chair Dan York at the Ingate SIP Trunking Seminars at ITEXPO September 17, 2008, Dan York walks through the security issues related to VoIP (with a focus on SIP trunking), the tools out there to attack/test VoIP systems, best practices and resources. (An audio recording of this session was made and will be available.)
Cloud video Conferencing and calling, StarLeaf overview june 2013 eurmicheledurban
Cloud video conferencing and calling with StarLeaf. An overview of the cost and business benefits of the cloud vs on premise infrastructure, video hardware and software features and pricing.
Telephone Wreckers tells you all about Asterisk phone systems - the benefits, features and what product you'll need to build your own custom IP phone system.
As presented at the 4G Wireless Evolution conference in Miami, January 22, 2010.
WiFI has been at the heart of the change to OFDM and MIMO solutions. It is not suprising that WiFi is a hotbed of innovation in today’s marketplace. This discussion looks at the current and future opportunities associated with WIFI and the implications for new kinds of deployment and adaptation by the LTE and WiMAX community.
Brough’s keynote address at the October 2010 4G Wireless Evolution Conference.
In it, he argues:
1. All key 4G technologies are pioneered by Wi-Fi (3-5 year lead!).
2. Wi-Fi will be the dominant solution for mobile data offload.
3. 4G technologies represent a wireless tipping point with the result they will revolutionize backhaul and eventually the first mile (via wireless ISPs).
He closes with two slides on his new wireless ISP, netBlazr.
New Ways to Generate Revenues from Public Wi-FiWi-Fi 360
Carrier Wi-Fi World Summit, presented by Caroline Gabriel.
“The biggest change will be one that people won't even realize has happened - a whole new customer experience enabled by ubiquitous mobile broadband access"
Bright talk voip vofi webinar jan2015-v2Savvius, Inc
With over 10 years of deployment history, VoIP is the primary voice solution for just about every company in existence - large, medium, or small. But even with all that history, recent research from TRAC shows that VoIP is still the number one IT initiative impacting network performance. And with the growth of 802.11 and Wi-Fi enabled smart phones, the use of voice over Wi-Fi (VoFi) promises to increase the volume of VoIP traffic even more.
Analyzing VoIP traffic alone is not enough. VoIP analysis must be part of your overall network performance analysis. After all, VoIP is just another data type on your network, and according to TRAC, it is impacting your network performance, so you must monitor and analyze the network as a whole, including voice and video over IP. Watch to see how easy it is to capture and analyze voice, video, and data traffic simultaneously, allowing you to pinpoint the impact of each data type on your overall network performance.
VoIP Termination Issues: What They are and How to Prevent ThemBankai Group
As VoIP technology has revolutionized our work and communication, we still face issues. These issues can be significantly enhanced with the right tools and proper planning to enjoy high-quality and affordable international calling and avoid any problems arising. In this blog, we will share some insider tips from retail VoIP service providers on ensuring your company gets the most out of your VoIP call termination service and how to avoid common problems.
Planning For Success - Wireless Network Design, Analysis, and TroubleshootingSavvius, Inc
Watch the full OnDemand Webcast: http://bit.ly/wirelessnetworkdesign
Wireless networks are extremely flexible and cost-effective, but they are also highly complex, especially when the scale of the network is large. Wireless networks can no longer "grow organically". They require very careful planning, including a specific design that is verified and possibly modified based on empirical data before wide-scale implementation. They require rigorous testing prior to roll-out to ensure that the specified design achieves the desired goals. They require instrumentation for ongoing analysis and testing, immediately after roll-out to again ensure that design assumptions are correct, and throughout the entire lifecycle of the network, as even the best design is not fool-proof and detailed troubleshooting will be required along the way to properly manage the network. The best approach is to use an integrated set of products that work together to address the entire lifecycle, from preliminary design to live network monitoring to detailed troubleshooting and analysis. This is exactly what the joint solution from WildPackets and Ekahau achieves. This web seminar will walk you through the entire life cycle, using real products to address each step of the process.
In this web seminar, we will cover:
- Wireless network design and verification
- Pre-deployment analysis
- Real-time network analysis and troubleshooting
- Managing expanded usage
What you will learn:
1. How to use site survey software for design and verification
2. How to use network analysis software for monitoring and troubleshooting
3. How to use spectrum analysis software to confirm cases of interference
Watch the full ondemand webcast here: http://bit.ly/1aOEYIb
Gigabit wireless is quickly becoming a reality. With ratification of the 802.11ac specification right around the corner and a wide range of commercial 11ac devices already available based on the draft standard, the pressure is building to have a network monitoring and analysis system in place that can handle the demands of gigabit wireless. Is your wireless LAN (WLAN) network analysis system up to the task? Can it even capture 802.11ac traffic, let alone run at the speed necessary to handle gigabit data rates? Join us as we uncover the demands that 802.11ac places on WLAN analysis, and see a demonstration of the only complete WLAN analysis solution for 802.11ac – both analysis AND data capture.
Gigabit WLANs Need Gigabit WLAN AnalysisSavvius, Inc
The new IEEE 802.11ac standard is changing the rules when it comes WLAN troubleshooting based on packet capture and analysis. No one disagrees that packet-based analysis is the most complete and most accurate when it comes to WLAN troubleshooting, but the software, equipment, and processes required to perform packet-based analysis are being challenged by 802.11ac. Attend this webinar to discover how 802.11ac is changing the rules for packet-based WLAN analysis, and what you can do about it.
Introducing network analysis and data capture for 802.11acSavvius, Inc
To watch the full-length Ondemand Webcast go to: http://bit.ly/80211ac_analysis
Whether you’re a chipset or WLAN equipment manufacturer looking to test and verify 802.11ac traffic, or you’re building a wireless enterprise network, the demand for a WLAN analyzer that can capture and analyze 802.11ac traffic is already high. We are excited to announce our next version of OmniPeek network analyzer, the first and only wireless network analysis solution to address 802.11ac.
Join us for this short, 30-minute webinar where Jay Botelho, Director of Product Management, will give an intro to 802.11ac and Chris Bloom, Director of Custom Engineering, will explain how OmniPeek network analyzer can help you maximize high-speed WLAN uptime and quickly identify the root-cause of WLAN problems.
In this web seminar, we will cover:
An overview of 802.11ac and comparison to 802.11n
Current WLAN capture and analysis techniques
What you will learn:
Why remote, 24x7 WLAN capture is essential for 802.11ac traffic
How to effectively use OmniPeek to capture and analyze 802.11ac traffic
This session will provide a quick review of the methodology of early dispatch systems connected to radio, telephone and other resources via circuit switched interfaces such as 4WE&M, 2W analogue etc., and their restricted backhaul capabilities, leading on to the 'stand-alone' RoIP boxes that allowed 4W E&M to be converted to IP and recovered at the other end allowing backhaul via more flexible IP networks.
The next technology is dispatch systems with native IP connectivity allowing the most flexible and functional interfaces between the dispatch system and its connected resources. While some manufacturers equipment uses proprietary IP messaging, most prefer and use open standards such as P25 CSSI (console sub system interface), DFSI (digital fixed system interface) and ISSI (inter sub system interface) or the emerging DMR AIS which ensures that different vendors equipment can interoperate with each other via these interfaces. Open standards provide end users with greatly improved competitive choice and functional capability on these systems.
The session will explore examples of IP interfaces for voice dispatch systems and the functions supported, plus give a background on how these apply to many different technologies and can even be adapted for conventional radio applications:
The workshop will cover on the following issues:
- The difference between RoIP and VoIP - how radio systems differ from phone systems
- Implementing one-to-one connections
- Implementing many-to-many connection
- Risk management: Identifying network issues affecting RoIP/VoIP quality; maintenance; and redundancy
- Design elements :- building blocks; calculating network bandwidth requirements
The implications of RoIP for dispatch consoles will be also be discussed: how dispatch console to radio connections can be implemented with RoIP and how RoIP can be used to provide fault tolerant dispatch architectures.
Finally the workshop will look at the impact of new technologies such as IPv6, Wireless Broadband and the switch to Digital Radio on the RoIP landscape.
Les Scott, Manager, System Sales, Zetron
7 VoIP Troubleshooting Tips For Common ProblemsHimanshu Tyagi
In this presentation, we will see 7 VoIP troubleshooting tips for common problems such as reduced call audio, automatic call drop, no sound is heard, echo, and many others.
Do check it out and learn how you can troubleshoot these common VoIP problems on your own.
Ruckus Wireless is a global Wi-Fi technology company. The company manufactures and markets Wi-Fi products directly to broadband services providers and WLAN systems indirectly to enterprise customers.
Network Analysis Tips and Tricks with OmniPeekSavvius, Inc
An un-patched system that was compromised. Users trying to connect to a box that’s not there. Traps being sent out on an issue that’s ignored by the monitoring system. Do any of these issues sound familiar? These are the types of issues our professional service engineers find and address on a daily basis.
With a corporate history spanning 23 years, and hundreds of person-years of customer-facing network analysis and troubleshooting experience, it’s clear that we’ve come across more than a few problems along the way. It’s time for us to share. In this web seminar our team of customer-facing engineers will highlight some of their favorite problems, including how they uncovered the problem, what they recommended to solve it, and how they verified that the proposed solution was successful. Please join us for this highly informative, real-world demonstration of what really goes wrong in enterprise networks. And be sure to bring your questions!
In this web seminar, we will cover:
Common and not so common problems seen on today's networks
Tips for identifying common problems
Tricks for addressing common problems
What you will learn:
How common problems get missed by standard monitoring systems
Why deep packet inspection succeeds when other solutions fail
How to find, fix, and verify common, and not so common, network problems
Network Analysis Tips & Tricks with OmnipeekSavvius, Inc
With a corporate history spanning 25 years, and hundreds of person-years of customer-facing network analysis and troubleshooting experience, we’ve come across more than a few best practices along the way. OmniPeek Enterprise is WildPackets’ flagship product, offering an intuitive, easy-to-use graphical interface that you can use to rapidly analyze and troubleshoot enterprise networks. In this web seminar, our subject matter experts will demonstrate some of their favorite OmniPeek features, including steps on how to quickly analyze, drill down and fix network performance bottlenecks across multiple network segments.
802.11ac: Technologies and Deployment Strategies with FarPoint GroupSavvius, Inc
Hear Craig Mathias of Farpoint Group and Jay Botelho of WildPackets discussing 802.11ac: Technologies and Deployment Strategies, where they will offer their insights on the importance of 802.11ac now and in the future.
With a wide variety of enterprise-class 802.11ac products now appearing in the market, IT leaders have some interesting questions to consider: What are the key features and benefits of 802.11ac? Should 802.11ac be deployed now, or later? How should these deployments be staged? What about situations where 802.11ac isn't scheduled for near-term operation, but potential threats like rogue 802.11ac APs demand near-term solutions?
Similar to Wireless Network Analysis 101 VoFi (Voice over Wi-Fi) (20)
Savvius Vigil is the first network appliance able to intelligently store months of packet-level information to enhance security investigations. Savvius Vigil integrates with your existing SIEM platform to examine packets related to a breach weeks or months after the incident occurred. This information is often vital to a full understanding of the threat.
Network Forensics Backwards and ForwardsSavvius, Inc
When you suspect an attack, you need to answer the questions who, what, when and how - fast. Network forensics is the answer. In this webinar, you'll learn from our special guest, Keatron Evans, how network forensics—network traffic recording along with powerful search and analysis tools—can enable your in–house security team to track down, verify, and characterize attacks. Keatron will walk you through a few real-world security breach scenarios and demonstrate live best practices for attack analysis using network forensics to find the proof you need quickly to take action.
Special Guest: Keatron Evans:
Keatron, one of the two lead authors of "Chained Exploits: Advanced Hacking Attacks From Start to Finish", is regularly engaged in training and consulting for members of the United States intelligence community, military, and federal law enforcement agencies. Keatron specializes in penetration testing, network forensics, and malware analysis. Keatron serves as Senior Security Researcher and Principle of Blink Digital Security which performs penetration tests and forensics for government and corporations.
You Suspect a Security Breach. Network Forensic Analysis Gives You the AnswersSavvius, Inc
When you suspect an attack, you need to answer the questions who, what, when and how - fast. Network forensics is the answer. In this webinar, you'll learn from our special guest, Keatron Evans, how network forensics—network traffic recording along with powerful search and analysis tools—can enable your in–house security team to track down, verify, and characterize attacks. Keatron will walk you through a few real-world security breach scenarios and demonstrate live best practices for attack analysis using network forensics to find the proof you need quickly to take action.
Special Guest: Keatron Evans:
Keatron, one of the two lead authors of "Chained Exploits: Advanced Hacking Attacks From Start to Finish", is regularly engaged in training and consulting for members of the United States intelligence community, military, and federal law enforcement agencies. Keatron specializes in penetration testing, network forensics, and malware analysis. Keatron serves as Senior Security Researcher and Principle of Blink Digital Security which performs penetration tests and forensics for government and corporations.
Omnipliance WiFi, the only WLAN analysis solution to enable monitoring, analysis, and troubleshooting of distributed, multi-gigabit 802.11ac traffic. The latest release allows WLAN administrators to identify and solve network access, capacity, security, and performance problems as they occur, without ever leaving their desks.
With organizations rapidly transitioning to the 802.11ac wireless standard, wireless network data rates now easily exceed one gigabit per second (Gbps), and have been recorded maxing out at nearly seven gigabits per second. These speeds exceed the capabilities of the 433 Mbps capture-rate of traditional USB-based adapters for laptops that network engineers have been relying on for years to monitor and troubleshoot WLANs.
Join us for this short, 30-minute webinar where Jay Botelho, Director of Product Management, will give an intro to the new Omnipliance Wifi.
All Hope is Not LostNetwork Forensics Exposes Today's Advanced Security Thr...Savvius, Inc
Do you think it requires an advanced degree to initiate an advanced security attack? Think again. Tool kits are readily available for immediate download that guide those with even just basic computer skills through the steps to initiate complex network attacks. But all hope is not lost. One of the best defenses is readily available in the market today – network recorders with network forensics – and when combined with the appropriate visibility fabric architecture, these solutions defend against attacks on even the fastest networks available today.
Join WildPackets and Gigamon as we explore the current state of network attacks, network vulnerabilities, and the solutions available to combat the most aggressive, and the most subtle, attacks.
Visibility into 40G/100G Networks for Real-time and Post Capture Analysis and...Savvius, Inc
As competition increases and prices drop, 40G networking infrastructure is quickly becoming the norm in large enterprise networks, and those in medium-sized businesses will be quick to follow. Rapidly increasing network speeds are putting a strain on traditional network visibility and analysis solutions, regardless of the technology used. But faster networks require more, not less, visibility!
Join us as we investigate cost-effective solutions that provide not only visibility, but detailed metrics for network performance that enable immediate troubleshooting and root cause analysis, on 40G and even 100G network segments. Don’t compromise on speed, or the underlying visibility and analysis required to maintain high-speed network performance.
Your network is your business, so downtime and performance degradations are mission-critical problems, affecting productivity, revenue, and relationships with customers and partners. Combine this with a widely distributed workforce and the accompanying widely distributed network infrastructure of most modern companies, and the challenges of real-time network management and troubleshooting seem overwhelming. However, by building distributed, intelligent network analysis that includes your remote offices, vital information for management and troubleshooting is always at your fingertips.
WildPackets is leading the charge with its Omni Distributed Analysis Platform. Join this webinar to see how WildPackets provides visibility across your entire network, from data centers to remote offices, providing highly distributed network analysis and troubleshooting with a single, distributed cost-effective solution.
Security Attack Analysis for Finding and Stopping Network AttacksSavvius, Inc
Network breaches are on the rise, and the consequences are getting more dire. Needless to say, you don't want to be the next Target.You've invested in security tools like firewalls and IPS systems. But today's stealthy attacks can still get through. When you suspect an attack, you need your insurance policy—network forensics.
In this seminar, you'll learn how network forensics—network recording along with powerful search and analysis tools—can enable your in-house security team to track down, verify, and characterize attacks.
You'll also learn about the requirements for effective forensics on today's 10G and 40G networks.
And you'll learn some best practices for configuring captures to help you and your team pinpoint and remediate anomalous behavior that could signal an attack.
Network Network Visibility - The Key to Rapidly Troubleshooting Network Perfo...Savvius, Inc
Today's networks are high-speed, widely distributed and mission-critical, making network and application performance monitoring and troubleshooting essential, and very challenging. Oftentimes the statistical data used to compile the monitoring dashboards and reports are insufficient for performing detailed root cause analysis, driving network engineers to use multiple products from multiple vendors to perform different levels of analysis. This significantly increases the cost for IT departments to do business, in a time when budgets are already razor thin. Join us to see how one product can do it all, on all network segments, 10, 40 and even 100GbE
The Changing Landscape in Network Performance Monitoring Savvius, Inc
Late in 2013 TRAC Research, a market research and analyst company that specializes in IT management, published research findings on key trends in the Network Performance Monitoring market. The research highlights some challenges, and well as some common misconceptions, with the state of Network Performance Monitoring solutions. Join us as we host Bojan Simic, Principal Analyst at TRAC Research, who will share his insights on these research findings as well as his perspectives on the changing landscape in the Network Performance Monitoring market.
Think network forensics is just for security? Not with today’s 10G (and tomorrow’s 40G/100G) traffic, not to mention new 802.11ac wireless networks with multi-gigabit data rates. Data is traversing these networks so quickly that detailed, real-time analysis is at best a challenge. Network forensics provides key real-time statistics while saving a complete, packet-level recording of all network activity. You don’t need to worry about capturing the problem – your network forensics solution already has, allowing you to go back in time and analyze any network, application, or security condition.
Omnipliance family - Powerful Precise AffordableSavvius, Inc
In a recent survey by WildPackets, we reconfirmed the obvious – a large majority of you are already supporting 10G networks. But we also uncovered some surprises. It appears that although networks are moving to 10G (and beyond), network visibility does not seem to be keeping up. Real-time network analysis—until now, recognized as an essential tool for NOCs and IT engineers generally--is seen as no longer a viable option. In the opinions of survey respondents, current network analysis solutions simply lack the flexibility, along with the power, reliability, and accuracy, to address network analysis needs at 10G and beyond.
Join us as we dive into our survey results, and then compare perception and reality. Are network analysis tools really not keeping up with 10G? Is the era of real-time analysis finally over? As data volumes rise, must every forensic search be slow and laborious? Is 10G turning out to be a step forward for network throughput but a step backward for network management?
It's time for an open and honest assessment of what's really possible. We'll dispel the myths, confirm the realities, and present the best techniques available for performing network analysis at 10G and beyond. No more compromising.
In this web seminar, we will cover:
- The state of faster networks
- The myths and realities in high-speed network analysis and forensics
- How to use the latest technologies to meet your network analysis and forensics needs
What you will learn:
- How your colleagues view high-speed network analysis and forensics
- How to scale your network analysis and forensics capabilities as your network scales
- How to eliminate compromises in network analysis and forensics at 10G and beyond
Real-Time Visibility into High Speed NetworksSavvius, Inc
Real-time network monitoring and analysis is no easy task on highly-utilized 10 and 40 gigabit networks. Span ports for capturing data may be oversubscribed, or not even available. Simultaneous analysis of multiple data-types or multiple network segments at different speeds is often required. What can you do to address this increased management complexity? Which techniques that worked well on 1G network segments should you avoid? What best practices should be applied?
Achieving both real-time visibility and storing historical network traffic for post-incident analysis is possible in 10 and 40G environments. Careful attention to detail when configuring network management systems will reward you with the analysis and troubleshooting results you desire. Join WildPackets and Ixia/Anue as we investigate these advanced network monitoring and analysis needs with the goal of providing extremely flexible and accurate real-time visibility into any network environment.
In this webinar, we will cover:
Limitations of spanning and mirroring for network analysis
Common pitfalls in 10G network analysis
Matching network analysis requirements with the appropriate equipment configurations
You will learn how to:
Determine the key segments in your network where visibility is needed
Leverage multiple points of visibility to reduce MTTR and find faults before they become failures
Maintain control without losing your sanity or emptying your budget
Bringing Big Data Analytics to Network MonitoringSavvius, Inc
The first things that typically come to mind with big data are Internet search indexing, supercomputing scientific studies, and social media data analysis. But did you ever stop and consider the monitoring and performance data on your enterprise network? As 10G networking becomes the norm, and the demand for actionable network performance data increases, network monitoring and reporting solutions are facing the same big data challenges: capturing, storing, analyzing, and displaying huge quantities of data.
WildPackets, an industry leader in network analysis and reporting, faced these same challenges. By partnering with HP Vertica, an industry leader in the big data revolution, WildPackets addressed these big data challenges with WatchPoint, a network monitoring and reporting solution that provides mid-sized and large enterprises with a centralized, comprehensive view of their networks to support capacity planning, operations management, and network and application troubleshooting. Come join us for a 30-minute presentation and demonstration to see how you can apply WildPackets’ best-in-class analytics to your high-speed network, without compromising precision through sampling or polling, providing a single view of your network and its historical performance in unprecedented detail and scope.
In this webinar, we will cover:
Big data and its application to network monitoring and reporting
The unique capabilities of the HP Vertica solution
A 15-minute demo of WildPackets’ WatchPoint Network Monitor Solution
You will learn:
Why data precision must be retained throughout history
How precise data feeds capacity planning, day to day operations management, and detailed network troubleshooting
The blind spot in virtual servers - seeing with network analysisSavvius, Inc
Virtual servers are now commonplace. Virtual storage is taking the IT market by storm. And the virtual data center and virtual networks are visible on the horizon. Virtualization provides tremendous efficiencies, reducing the cost of equipment, management, and even utilities. But as with most technological shifts there are consequences, especially in network analysis, that must be addressed. Virtualization, regardless of the “flavor”, creates a blind spot - a loss of visibility into traffic between virtual applications or virtual systems - when using traditional network analysis products and techniques. In this webinar, we will dissect this problem and demonstrate ways to overcome these network blind spots.
In this web seminar, we will cover:
How network blind spots occur
Where network blind spots occur
How to identify which flavors of virtualization are most vulnerable
You will learn how to:
Establish goals for virtual network analysis
Identify the best network analysis solutions for each virtualization flavor
Configure your virtual network for the realities of network analysis
To watch the full-length Ondemand Webcast go to: http://bit.ly/80211ac_wireless_gigabit
802.11ac is the very latest technology to be introduced as part of the 802.11 family of specifications. With 11ac, wireless networking shatters the gigabit threshold, delivering up to 6.93Gbps (aggregated throughput) under certain configurations. Even though the specification is still at least a year away from ratification, equipment is already being introduced to the market based on a draft version of the standard.
Traditional wireless LAN analysis relied on USB adapters being used as receivers to capture wireless packets for analysis. With 11ac, these days are long gone. USB is just not capable of moving data at the rates possible with 11ac. A new method for capturing data for analysis is required. Join us as we dive into 802.11ac, and demonstrate what we believe will be the new standard in wireless packet capture and analysis.
In this web seminar, we will cover:
- The basics of 802.11ac
- A comparison of 802.11ac with 802.11n
- Deficiencies in traditional WLAN capture and analysis techniques for 802.11ac
- New techniques for capturing data at 802.11ac speeds
What you will learn:
- How 802.11ac works
- How the technology will likely be deployed
- Why it is relevant for enterprises
- How to perform wireless data capture and analysis at 802.11ac speeds
Watch the full OnDemand webcast here: http://bit.ly/wc_80211-2012_update
The 802.11 protocol, or simply Wi-Fi as most users know it, is constantly under development. Users of 802.11 usually only notice the major changes, typically those that increase overall Wi-Fi performance, like 802.11a or 802.11n. But for every "public" change there are many background changes, some of which have pretty significant impacts, especially for device manufacturers, OEMs, and network engineers who must understand the nuances and the interactions of change to the protocol. With over twenty 802.11 specifications already ratified, and many more still in the development phase, it makes sense to occasionally "roll up" the changes into a single 802.11 specification. This is exactly what 802.11-2012 is all about.
802.11-2012 incorporates ten recently ratified 802.11 amendments into an overall 802.11 spec, making it much easier for engineers who are working with 802.11, especially those that may be new to Wi-Fi. Also, since many of the amendments include functional overlap, consolidation helps make potential design issues more obvious. Join us as we dissect the ten 802.11 specifications recently rolled into the 802.11-2012 specification update, focusing on their general applicability as well as their impact on other 802.11 specifications and features.
In this web seminar, we will cover:
- What’s in 802.11-2012
- Overall descriptions of each amendment
- Potential applications for each amendment
- Functional overlap, inconsistencies, or conflicts
What you will learn:
- How 802.11-2012 influences the overall WLAN market
- Which amendments are actively being implemented
- How WLAN analysis is impacted by these amendments