Cisco ASR9K Soak Testing Specialist

@ramygoda1590

Hi there, I am networking expert specialist and consultant for more than 11 years, who spend my free time to learn about new technologies in networking, security field to be always up to date. please just ping me on chat to have a short discussion on your project i will always look for solving your tasks ickly. below is a brief on my experience: Technology Specialist: --------------------- - Can design, implment large scale networking and make exaplanation reports. - Practice on Cisco Packet Tracer, GNS-3, EVE-NG. - Excellent pracitce on VMware WorkStation, Virtual-Box - VPN (IPSEC,IKE v1 or v2 ,L2TP ,OPENVPN, DUO Authentication). - Routing Protocols (BGP, OSPF, EIGRP .. ). - Wrie Technical Reports with excellent and format. Skills and Hands on Experience: ------------------------------- - Cisco devices (routers, switches), routing protocols, IPSEC, Cisco ASA Firewall. - Fortinet Devices: FortiGate, Forti Manager, Forti Analyzer. - wireless (WLC, Access Points): CISCO, Aruba, ubiquiti. - Juniper (M7, M10, MX 480, MX 960) and SRX (300, 500). - Operating Systems: Linux servers (Ubuntu, RedHAT, Debian), windows (Windows server 2012, 2016 ..etc). Regards, Ramy

@mnomanrajput

With over a decade in IT, specializing in network administration and security, I believe I'm the ideal fit for your Cisco ASR9K soak testing project. My firsthand experience with Cisco products, including the ASR9K, combined with my CCNA and CCNP certifications, makes me aptly qualified to perform your desired testing tasks. Throughout my career, I've conducted numerous soak tests on various equipment, generating detailed performance reports for each one. My comprehensive understanding of IPv4 and IPv6 traffic coupled with my networking expertise in handling mixed traffic allow me to design and execute soak tests precisely tailored to your requirements. I've implemented complex network infrastructures capable of handling burst traffic loads, multicast traffic and more – ensuring your project has expert care. What sets me apart is not only my technical competence but also my commitment to transparency and clear communication. You'll have remote support via TeamViewer; rest assured you'll always be informed of progress. My goal is to provide you a detailed report allowing you to make informed decisions about your ASR9K line cards. Across many projects, I've upheld a professional and meticulous approach that I promise to apply to your project as well. Let's collaborate for successful soak testing on your Cisco ASR9K line cards!

@thinkbotictech

Hi I can perform structured soak testing on Cisco ASR9K line cards across mixed IPv4/IPv6, continuous and burst traffic, and multicast scenarios. I’ll monitor throughput, packet loss, latency, error rates and stability over sustained runs, then provide a detailed performance report with test conditions, results and findings. 1. Which ASR9K line card models, IOS XR version and interface speeds are included in the testing? 2. What traffic generator and test duration do you plan to use, and do you have specific throughput/error-rate acceptance criteria? if looking for expert then lets connect (expereince 7 yrs in development)

@Appworldz

Hi, this is exactly the kind of network validation work I’m comfortable with. I’ve worked with Cisco ASR9K environments, IPv4/IPv6 traffic, multicast, sustained-load and burst testing, including identifying packet loss, errors, drops and stability issues over long soak periods. I can remotely guide your on-site technicians through TeamViewer, define repeatable traffic scenarios, capture CPU/interface/error counters, analyze trends and deliver a clear performance report with findings and recommendations. For the complete engagement, I’d estimate 2–3 weeks / $3,500–$4,500, depending on the number of line cards and test scenarios. I can start by reviewing your topology and test plan.

@SidUSA

Hi, Quantum Code Solutions is available to transform your Cisco ASR9K line card soak testing into a rigorous, well-documented performance validation process. The core of effective soak testing lies in isolating traffic handling limits and capturing subtle error rate spikes across IPv4, IPv6, and multicast flows over extended operational windows. We plan to execute continuous and burst traffic scenarios while structuring precise reporting templates to track line card stability under full load. Recently, our team delivered a comprehensive stress and soak testing suite for high-throughput edge routers. We engineered custom traffic profiles to evaluate simultaneous unicast and multicast routing under heavy burst conditions, successfully identifying memory leaks and packet drops that standard testing missed. Our work resulted in detailed performance metrics, clean visual reporting, and complete validation of hardware reliability before deployment. Let's discuss in more detail now. Reach out to initiate a conversation! Best regards, Quantum Code Solutions

@TidewaterDev

Hello, Adam from New Jersey here. Thanks for the clear scope — this is methodical work I enjoy, and I'll treat your line cards' stability as the whole point. The thing that decides a soak test is catching the slow-burn failures that only surface under sustained load — memory leaks, buffer exhaustion, creeping CRC/error counters, gradual packet loss — not a quick pass/fail. So I'd baseline the cards clean, then run long-duration load while continuously watching NPU, fabric and interface counters, correlating every error to the traffic profile that caused it. Plan: 1. Baseline the ASR9K line cards and define metrics and pass/fail thresholds. 2. Mixed IPv4/IPv6 at line rate via Ixia/Spirent; validate clean forwarding. 3. Burst loads and multicast, watching drops, error counters and latency under stress. 4. Continuous long-duration soak, then a detailed report: throughput, loss, error trends and any degradation over time. I recently ran a multi-day soak on carrier line cards and caught an error-counter creep that only showed after hours of sustained burst traffic. I'd be glad to align on your exact traffic profiles and thresholds before we start. Thanks, Adam.

@hassanmustafa01

Hello!⚡ Thank you for the clear brief — soak-testing ASR9K line cards under sustained mixed traffic and reporting exactly how error rates and performance hold up over time is the kind of methodical network testing I do. I recently ran a multi-day soak on carrier line cards with an Ixia/Spirent generator — mixed IPv4/IPv6, burst and multicast — and caught error-rate drift that only showed up under long sustained load. How I'd approach yours: 1. Build the test topology and traffic profiles on Ixia/Spirent against the line cards, with pass/fail thresholds agreed first. 2. Drive mixed IPv4 and IPv6 traffic at line-rate and realistic frame-size mixes. 3. Run the required scenarios — continuous load, burst, and multicast replication — over an extended soak window. 4. Monitor error rates, drops, latency, jitter, and NPU/interface counters continuously for drift or degradation. 5. Correlate any CRC/input errors or resource creep with traffic conditions and card behaviour. 6. Deliver a detailed, professional report with metrics, graphs, and clear findings. I'll confirm the exact line cards, IOS-XR version, and traffic tooling, and make this a success with you. Thanks. Hassan

@sufyanasmat38

We have experience with network testing, traffic analysis, IPv4/IPv6 environments, and performance validation, and can support a structured ASR9K soak-testing process. We can help execute continuous, burst, and multicast traffic scenarios, monitor throughput, packet loss, errors, interface/line-card health, and system behavior, then provide clear test results and detailed reports. We can also coordinate remotely with on-site technicians through TeamViewer and follow defined pass/fail thresholds and test procedures.