Virtual Desktop Tools, Virtual Server Infrastructure
prnewswire | July 12, 2023
Cybeats Technologies Corp. is pleased to report the signing of a pilot evaluation agreement with a global leader in telecom and 5G technology, for the SBOM Studio platform.1
"Cybeats has been experiencing tremendous traction in the telecom sector following recent regulations and pressure by governments causing it to become a key SBOM adopter. We are pleased to be engaging in a pilot evaluation for SBOM Studio with an international leader in telecom, and look forward to continuing to expand into the global telecom market vertical with a solution that has already been commercially validated with industry leaders from several other sectors," said Bob Lyle, CRO, Cybeats.
Further to Cybeats' recent press release2 dated June 16, the Company announced its strategic direction to also include the global telecom sector as it is an accelerating Software Bill of Materials (SBOM) adopter. The Company has been continuing to strengthen its commercial pipeline which now includes over five prospective telecom clients in various stages, and several of which are among the largest Mobile Network Operators (MNOs) and Mobile Network Equipment providers by revenue globally. This pilot agreement is with a leading telecom network equipment provider that has a market capitalization of over 15 billion EUR and sells infrastructure, software, services, and technology for the telecommunications industry, including 5G equipment, and operates in more than 180 countries. Cybeats announced a pilot conversion rate of 75% in January 2023.3
SBOM management enables telecom giants to achieve software transparency and ensure compliance with government regulations. It provides valuable visibility into software components and dependencies, enabling telecom companies to gain a more comprehensive understanding of their software. Telecom and mobile device providers must adhere to specific regulations such as FCC regulations, NDAA provisions, the EU Cybersecurity Act, UK Telecommunications (Security) Act, and NIST guidelines. Complying with these regulations is crucial for ensuring software transparency and security in the rapidly evolving telecom industry. In addition, a push to open infrastructure, like Open Radio Access Network Infrastructure (O-RAN), further signals a trend towards greater interoperability and security, i.e. with O-RAN software components requiring SBOMs.
SBOMs have emerged as a catalyst for transformation in cybersecurity across nearly all sectors to improve visibility and security of the software supply chain, yet organizations face challenges with widespread implementation of SBOM due to the scale of change and associated costs. SBOM Studio is specifically designed to automate SBOM management, accelerate vulnerability management, simplify SBOM implementation, and ultimately improve ROI by reducing the overhead required to embed SBOM management across an organization.
About Cybeats
Cybeats is a cybersecurity company providing SBOM management and software supply chain intelligence technology, helping organizations to manage risk, meet compliance requirements, and secure their software from procurement to development and operation. Our platform gives customers comprehensive visibility and transparency into their software supply chain, enabling them to improve operational efficiency and increase revenue.
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Virtual Desktop Tools, Server Hypervisors
prnewswire | July 20, 2023
RISC Zero, developer of leading general purpose zero-knowledge (ZK) virtual machine technology, has raised a $40 million Series A. The round was led by Blockchain Capital and joined by seed round lead Bain Capital Crypto, with participation from other notable investors including Galaxy Digital, IOSG, RockawayX, Maven 11, Fenbushi Capital, Delphi Digital, Aglaé Ventures, IOBC, Tribute Labs' Zero Dao, Figment Capital, and Alchemy Ventures.
RISC Zero's mission is to equip developers and infrastructure providers with novel cryptographic tools to power the next generation of trustless, scalable, and decentralized computation; both on and off-chain — allowing them to build solutions that defy common assumptions about the capabilities of blockchains and other federated and cooperative computing systems. Our innovative system enables users to confidently take control of their digital world by ensuring computational integrity and producing indisputable receipts of accurate program execution.
"Imagine a world where data privacy, security, and trust are no longer concerns, where software supply chains are transparent and verifiable, and where a new generation of applications can harness the power of zero-knowledge computing to solve some of the most pressing challenges of the digital age. This is the promise of zero-knowledge computing and the reason we are investing in RISC Zero" - Bart Stephens, Founder and Managing Partner at Blockchain Capital
RISC Zero's ZK Virtual Machine (zkVM) enables developers to build ZK-powered applications with the convenience of conventional programming languages such as Rust and C++. Utilizing advanced features such as continuations, RISC Zero's zkVM can run programs of arbitrary complexity and scope while utilizing off-the-shelf computing platforms — a first in the blockchain industry.
"We're honored to be supported by all of our incredible capital partners and the visionary leaders and teams that have signed on to help us build this revolution in computing capability. We're excited to play our part in building a more open and trusted foundation for the future of the internet." - Brian Retford, CEO & Co-founder
This funding round will enable RISC Zero to bring its Bonsai computing platform to market, supporting rapid application development and deployment in both cloud and decentralized environments. With Bonsai, developers can focus on writing their application instead of worrying about the complexities of proof orchestration and server infrastructure.
AboutRISC Zero
The RISC Zero platform will drive the coming decentralized computing revolution. We are bringing general purpose computing to the zero-knowledge ecosystem – enabling users to trust programs run anywhere, while allowing developers to use the tools they already know and love. Public key cryptography ushered in the modern internet era by fundamentally altering digital trust dynamics. Similarly, zero-knowledge computing will radically alter the way we interact digitally and enable entirely new classes of applications.
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Virtual Desktop Strategies, Virtual Server Management
prnewswire | August 16, 2023
StackPath, the industry-leading edge computing platform, today announced new, larger StackPath Edge Compute Virtual Machine and Container instances featuring higher virtual CPU (vCPU) core counts and included RAM. These larger instances give businesses the computing power that data-intensive workloads require, deployed at the edge of the internet for the lowest latency between processing and data sources and destinations.
"Enterprises increasingly need to leverage real-time data for a myriad of reasons, from improving end-user experiences to gaining deeper business insights. But real-time data applications require high processing power, and getting cloud computing with that level of power has historically come with the cost of latency, centralization, and excessive bandwidth charges," said Tom Reyes, Chief Product Officer for StackPath. "These new, larger compute instances deliver the best of both worlds, pairing cloud computing power with the speed, scalability, and control that makes edge computing an essential facet of any latency-sensitive, distributed workload's deployment strategy."
StackPath provides virtual machines and computing containers on demand, with full orchestration for rapidly provisioning distributed resources. Unlike most hyper-scale cloud computing providers, StackPath deploys its facilities within the metropolitan areas of major markets around the world, placing its instances physically closer to businesses' premises and their end users. This reduces latency by minimizing the distance data has to travel. Private network connections between StackPath locations provide even more speed advantages for workload data commuting between geographic regions.
The new virtual machine instances sizes are:
16 vCPUs x 64GiB RAM x 25GiB Root Disk
32 vCPUs x 128GiB RAM x 25GiB Root Disk
48 vCPUs x 256GiB RAM x 25GiB Root Disk
The new container instances sizes are:
16 vCPUs x 64GiB RAM x 40GiB Root Disk
32 vCPUs x 128GiB RAM x 40GiB Root Disk
48 vCPUs x 256GiB RAM x 40GiB Root Disk
StackPath Edge Compute instances are provisioned on demand through the StackPath Customer Portal or API. Instances are billed by the hour and by the volume of data transferred. Additional options include forming virtual private clouds and leveraging built-in L3-L4 DDoS protection, persistent storage, image capture and deployment, private IP addresses, and more. To learn more or get started, visit http://www.stackpath.com.
About StackPath
StackPath is a cloud platform built at the internet's edge, providing infrastructure and services physically closer to the source or destination of data than hyperscale cloud service providers. StackPath Edge Compute (including virtual machines and containers), Edge Delivery (including CDN and serverless scripting), and Edge Security (including WAF and L3-L4, L7 DDoS Protection) solutions run in edge locations strategically deployed in high-density markets and united by a secure global network and a single management system. Customers ranging from Fortune 50 enterprises to one-person startups trust StackPath to give their latency-sensitive workloads and real-time applications the speed, security, and efficiency they require.
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Virtual Desktop Tools, Virtual Server Infrastructure
prnewswire | July 21, 2023
SolidRun, a leading developer and manufacturer of high-performance System on Module (SOM) solutions, Single Board Computers (SBC) and network edge solutions, today announced the expansion of its SolidWAN line of software-defined network appliances with the introduction of the SolidWAN CN9131. Building on the success of the previously launched SolidWAN system-level solutions for software-defined wide area networks and network security applications, the SolidWAN CN9131 sets a new standard for small form factor SD-WAN hardware solutions.
"As businesses worldwide embrace the transformative power of software-defined networking, the need for adaptable and cost-effective network hardware becomes increasingly crucial," said Dr. Atai Ziv, CEO at SolidRun. "SolidRun understands that a one-size-fits-all approach doesn't meet the diverse requirements of connecting today's businesses and distributed workforce. That's why we've developed our SolidWAN line of SD-WAN appliances. By making software-defined solutions more affordable and easily deployable across home offices, branch offices, data centers, and beyond, we empower businesses to build agile and scalable networks that drive efficiency, security, and seamless connectivity."
SD-WAN technology revolutionizes traditional networking by providing enhanced performance, flexibility, and cost-effectiveness. With their vast software-defined capabilities, SolidRun's SolidWAN solutions simplify network management, increase network agility, and improve application performance across multiple locations. These solutions are particularly crucial for businesses with distributed branch offices, enabling them to centralize control, optimize bandwidth usage, and secure their networks effectively.
SolidWAN network hardware solutions are optimized for software-defined networking applications and provide direct connectivity of network ports to the CPU. This direct connection allows all network traffic to be managed by software, which not only guarantees the highest security and best possible quality of service, but also makes upgrading network hardware, deploying updates and establishing new network services fast and easy.
The embedded Marvell OCTEON CN9131 SoC is designed to address the specific networking requirements of small to medium businesses (SMBs). With its powerful quad-core performance and 12 high-speed SERDES lanes, the SoC delivers exceptional processing power for network data management and security. It features a configurable packet processor, allowing for flexible parsing and classification of network traffic, supports I/O virtualization, enabling efficient resource allocation, and includes QoS buffer management and a virtual security engine and packet processor for enhanced security measures. Each unit features 8GB of eMMC storage, 4GB DDR4 RAM and 8MB SPI NOR Flash memory.
"With its powerful quad-core performance, versatile packet processor, and robust embedded security features, the CN9131 was engineered to tackle complex networking challenges with ease," said Rabeeh Khoury, CTO at SolidRun. "By harnessing the capabilities of the CN9131, SolidRun's SolidWAN CN9131 SD-WAN appliance enables businesses to optimize their network performance, enhance security, and drive operational efficiency. Like Marvell, SolidRun is committed to creating powerful solutions that shape the future of network management and empower organizations to thrive in today's interconnected world."
"With its best-in-class performance/Watt and vast IO flexibility, the CN913x family of SoCs is the ideal choice for small form factor SD-WAN products like SolidRun's SolidWAN CN9131 appliance," said Jeffrey Ho, director of product marketing, Marvell Semiconductor.
The SolidWAN CN9131 offers a variety of connectivity options to meet diverse networking needs, including two SFP+ 10GbE ports, which provide high-speed connectivity for data transmission and four 1000BASE-T gigabit Ethernet ports, ideal for establishing fast data connections. For wireless connectivity, the device comes equipped with an mPCIe WiFi AP module, allowing wireless access point functionality. It also includes an M.2 SIM holder, enabling LTE connectivity for mobile networks. To accommodate additional storage and peripherals, the device offers a uSD slot, 2 USB 3.0 ports and two M.2 slots for internal storage (1 Key M and 1 Key B).
As with many SolidRun network hardware solutions, the SolidWAN family of products offers SKUs that support a wide range of deployment environments and can be pre-configured for commercial applications where environmental conditions range between 0°C to 40°C, or for more extreme industrial applications where conditions range between -20°C to 65°C. All configurations feature a fanless design with a heat-shedding, finned aluminum enclosure.
SolidWAN products are compatible with Linux-based software applications, including DPDK, which provides data plane libraries and network interface controller polling-mode drivers for offloading TCP packet processing from the operating system kernel to processes running in user space. SolidRun has also partnered with several software developers to offer full SD-WAN and security service software to customers.
About SolidRun
SolidRun is a global leading developer of embedded systems and network solutions, focused on a wide range of energy-efficient, powerful, and flexible products. Our innovative compact embedded solutions are based on ARM and x86 architecture and offer a variety of platforms including SOMs (System-on-Module), SBCs (Single Board Computer) and industrial mini-PCs.
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