Following their recent press release, SoftIron made an impression on Ken Nalbone at Cloud Field Day 19 with their proprietary on-prem private cloud stack, boasting end-to-end control over a solution that is both software and hardware inclusive, often referred to as secure providence. Contrary to solutions pieced together with components from various suppliers, SoftIron’s HyperCloud presents a cloud-native infrastructure designed for easy deployment, management, and scale on premises. Differentiated by custom design and competitive prices despite utilizing third-party chips like AMD’s, SoftIron’s approach addresses the need for a unified, consumption-driven private cloud offering, representing a burgeoning alternative in the space traditionally occupied by giants like VMware.
Why Build a Storage Array in the Cloud?
In this LinkedIn Pulse article, Ned Bellavance discusses the challenges of multicloud environments and introduces Dell Technologies’ APEX Block Storage, a solution aiming to provide consistent, high-performance storage across various public cloud vendors and private data centers.
SoftIron HyperCloud Is True Private Cloud
Cloud repatriation is a hot topic, as Ned Bellavance discusses in this LinkedIn Pulse article. At Cloud Field Day 19, SoftIron’s HyperCloud offering emerged as a noteworthy solution, promising a cohesive private cloud experience with their own U.S. and Australia-manufactured hardware and tight integration of custom-built software. This ‘true’ private cloud solution differs from the piecemeal approach others take, aiming to provide an alternative pathway for those considering moving off VMware or repatriating workloads back from the public cloud.
An Introduction to NeuroBlade
Opening Cloud Field Day 19, Elad Sity, CEO and Founder of NeuroBlade, highlighted the company’s mission to revolutionize big data analytics through hardware acceleration. Boasting a team of over 120 employees and substantial funding, NeuroBlade is pioneering the SQL Processing Unit (SPU), which promises significant performance boosts for data queries at reduced costs. With strategic partnerships and clients like Meta, NeuroBlade is poised to redefine the trajectory of data analytics efficiency, although the extent of their collaboration with major cloud providers remains a question for Ken Nalbone.
Why Do We Use Networking Monitoring Devices?
Network performance monitoring has evolved from simple device status checks to a sophisticated analysis of end-user experience, as Darrell DeRosia explains the transformative impact of tools like Wyebot on network management. The ease of setup and insightful data visualization of Wyebot sensors offer network architects the ability to proactively fine-tune the network, addressing issues like varied DNS response times before users even notice. Wyebot’s Link Doctor feature exemplifies this proactive approach, enabling engineers to maintain network health discreetly and ensure that the “sound of silence” in communications channels signifies a well-functioning, user-centric network environment.
Cisco/Meraki – #MFD10
In this LinkedIn post, David Oliver discuss Mobility Field Day 10, where Cisco unveiled their latest innovations, notably the integration of wireless controllers with the Meraki dashboard, streamlining network monitoring and management. This update, particularly benefiting Cisco 9800 series controllers, enables easy onboarding and monitoring through Meraki’s cloud interface, leveraging existing DNA licenses without added costs. Cisco’s commitment to cloud solutions and simplification of network administration was clear, as they outlined the seamless process and potential future enhancements in monitoring and configuration capabilities.
Wyebot Presents at MFD10
Troy Martin provides a detailed overview of Wyebot’s performance during its recent Mobility Field Day presentation in this LinkedIn post. Martin highlights Wyebot’s improvements and new features, emphasizing the platform’s aim to become the standard for out-of-band WLAN environment monitoring. He commends its sensor capability, simple pricing model, and vendor-agnostic approach and suggests that its feature of capturing all of its own packet flows for analysis presents an impressive solution to emerging WiFi challenges.
You Can’t Secure What You Don’t Know About: APIs
In this LinkedIn post, Karen Lopez shares her conversation with NoName Security about the importance of API security. She explains that as APIs serve as the primary way of accessing data in present times, ensuring their security, especially considering technical debt, becomes crucial to avoiding data breaches. She urges organizations to consider solutions such as those offered by NoName Security, which include features to discover, classify, manage, and assess the vulnerabilities of APIs.
Cisco/Meraki Newly Unified Wireless Folks Talk at Mobility Field Day 10
Lee Badman dives into Cisco Networking’s recent discussion of wireless strategy developments at the Tech Field Day Mobility Field Day in San Jose in a new LinkedIn article. Taking note of the unification of Cisco and Meraki products, he shares his concerns as a long-term customer about preserving Meraki’s operationally reliable and bug-free aspect. He appeals to Cisco to leave any customer-facing issues behind as they advance, hoping for success in their transformation process.
Cisco Presents at MFD10
In this LinkedIn article, Troy Martin recounts Cisco’s presentation at the recent Mobility Field Day event. The tech giant showcased its commitment to delivering simplified outcomes for a diverse customer base with its three-pronged solution model: on-prem, cloud-enabled, and cloud-first. Cisco also highlighted the importance of enabling features such as 11r on networks for improved performance, and introduced two new APs, the CW9163E and CW9166D1, affirming its innovative strides in the tech field.
Cisco/Meraki Newly Unified Wireless Folks Talk at Mobility Field Day 10
In this LinkedIn article, Lee Badman discusses a recent conversation with the Cisco Meraki team about their newly unified wireless offerings. Emphasizing the nuanced changes and additions such as advanced features and dual 5 GHz functionality, Badman offers the updated Cisco Meraki’s solutions as a strong competitor in the wireless networking market. He appreciates the team’s focus on not just delivering features, but also simplifying complex workflows in the evolving field of wireless networking.
Taking Private Cloud to the Next Level
In this LinkedIn article, Keith Townsend discusses the potential of automating private data centers to a point where they are indistinguishable from the public cloud for consumers. Using Juniper Networks Apstra’s integration with Terraform as an example, he argues the need for advanced understanding and expertise in both data center networking and automation tools to create a smooth developer experience. Townsend commends the Juniper team on their aggressive and effective demo, while urging for more of such practical integrations in the industry.
Design Edge Infrastructure With NodeWeaver
In this LinkedIn post, Gina Rosenthal gives an overview of NodeWeaver’s presentations and demos at Edge Field Day 2. NodeWeaver introduced their platform, designed to behave like a public cloud, hiding hardware intricacies and making it easier for users to manage edge infrastructure. The article further delves into how NodeWeaver automates tedious specifics of deploying, managing, and operating edge compute infrastructure and concludes with how it simplifies day-to-day operational tasks as well.
AI Workload Networking With Intel
Tim Bertino discusses the challenges and requirements of networking for AI workloads, as presented by Intel Corporation at Networking Field Day. Intel highlights the difficulty in monitoring and predicting issues in AI networks, emphasizing the need for advanced anticipation and pre-emptive solutions. The article also illustrates Intel’s architectural perspective, favoring the use of Ethernet for managing these high-demand networks.
Centralizing Network Services With RG Nets
In this LinkedIn article, Tim Bertino discusses the unique approach RG Nets, Inc. takes to address the issue of tool and service sprawl in networks. He outlines RG Nets’ strategy of consolidating network services into a singular platform, either natively or via the platform acting as the front-end management plane for external services. Additionally, Bertino highlights how RG Nets enables automatic network provisioning, thus easing the workload for IT staff, and sees great potential in their unique solution.
Meraki and Catalyst Living in Harmony
Tim Bertino explores the collaborative evolution of Cisco Meraki and Catalyst in his recent LinkedIn article. The piece emphasizes the augmentation of cross-platform support between the brands without compromising on their individual product offerings – effectively a ‘best of both worlds’ approach. Bertino celebrates the flexibility this provides customers, allowing them to select the hardware platform that meets their needs while managing it through the Meraki Dashboard, and he highlights the unification of the security solution across platforms.
Building AI Data Platforms With WEKA
Matyáš Prokop examines the development of AI data platforms in this LinkedIn article, documenting WEKA’s advancements. Focusing on aiding data scientists, WEKA builds user-friendly platforms, allowing data scientists to focus on data science work rather than infrastructure management. Prokop emphasizes WEKA’s ability to streamline the data handling process, reducing the need for complex IT infrastructure architecture or manual data management.
Getting SASE With Fortinet
Tim Bertino reflects on a presentation by Fortinet at Networking Field Day, focusing on the importance of security in increasingly complex network architectures. The piece discusses Fortinet’s efforts to simplify their security solutions, particularly through their implementation of Secure Access Service Edge (SASE) and SD-WAN solutions. The benefits of converging networking and security, as well as the growing adoption of Zero Trust Network Architecture (ZTNA), are noted as crucial factors in this sector’s evolution.
A New Approach to Private Connectivity With Graphiant
In this LinkedIn article, Tim Bertino discusses Graphiant, a Network as a Service company that aims to offer customers private connectivity in an as-a-service model. Graphiant aims to reduce complexity by implementing fewer tunnels in its private cloud with multiple global locations, and also offers end-to-end encryption without the need for packet decryption in their core. Bertino views Graphiant’s solution as a less complex means for connecting both the private enterprise and customer implementations in the public cloud.
Lab as Code With Nokia and Containerlab
Tim Bertino examined a presentation by Nokia, which introduced the concept of ‘lab-as-code.’ This approach uses Nokia’s ‘containerlab’ to create topology files, deploying each device in a lab as a container linked together to form a single topology. Bertino highlights the advantages of this method—including quick set-up and tear-down, reduced footprint compared to full virtual machines, and the ability to collaborate and share via GitHub—and notes its potential for use beyond network infrastructure.