Alternatives to PikeOS

Pike13 software was designed for fitness studios, music and swimming schools, education centers, and other businesses that operate on a class-based or appointment-based model. The software allows business owners and staff to manage their schedules, enrollments, billing, payroll, client information, and other details. The intuitive, mobile-friendly Pike13 interface allows business owners and staff to spend less time managing administration and more time working with clients. The free mobile apps make it easy to manage clients and schedules, and also streamline the check-in process. Automated, targeted reporting allows business owners to measure the health of their company and to focus on the information they need in order to make data-driven business decisions. Pike13 customer service un-matched. Every new Pike13 customer gets a dedicated onboarding specialist to assist with software setup. Pike13's customer service team is a rockstar and goes above and beyond to answer customer questions.

VxWorks®, a leading real-time operating platform in the industry, provides all the performance, reliability, safety and security capabilities you need for the most critical infrastructure's embedded computing systems. VxWorks is a preemptive, deterministic RTOS that prioritizes real-time embedded applications. It has low latency and minimaljitter. VxWorks has many security features that address the evolving security threats connected devices face at every stage, from boot-up to operation to data transfer to powered off. VxWorks has been certified to IEC 61508, ISO 26262, and DO-178C safety standards. VxWorks is built on an extensible, future-proof architecture that allows you to quickly respond to changing market demands, customer needs, technological advancements, and preserves your investment.

Nucleus®, RTOS allows system developers to address complex requirements posed by today's embedded designs. Nucleus combines kernel-rich functionality with tooling features that are ideal for applications that require a scalable footprint and connectivity. Nucleus RTOS has been proven to be reliable and highly optimized. Nucleus has been deployed in high-security markets that have strict safety and security requirements, such as automotive, medical devices, and airborne systems. A stable deterministic kernel that has a small memory footprint. Optimized memory partitioning using a lightweight process model. Dynamically load and unload applications for greater modularity.

From simple embedded environmental sensors to advanced embedded controllers and smart watches to IoT wireless applications, there are many options. Implements configurable architecture-specific stack-overflow protection, kernel object and device driver permission tracking, and thread isolation with thread-level memory protection on x86, ARC, and ARM architectures, userspace, and memory domains. Supports combining application-specific code and a custom kernel on platforms without MMU/MPU or memory constrained devices to create a monolithic images that are loaded and executed on a system’s hardware. Both the kernel and application code are executed in a single address space.

The MQX real time operating system (RTOS), provides real-time performance in a small, configurable footprint. The RTOS is tightly integrated to 32-bit MCUs from NXP, and comes with common device drivers. The MQX-RTOS has a component-based microkernel design that allows for customization by feature, size, speed, and satisfies embedded system memory constraints. The MQX RTOS can take as little as 8 KB ROM and 2.5K RAM on Arm Cortex M4, including kernel and 2 task applications, 1 LW Semaphore and interrupt stack, queues and memory manager. This RTOS core provides additional, optional services. The components are only linked in when they are needed. This prevents unused functions from bloating memory. For further control over size, RAM/ROM utilization, and performance options, key components are available in lightweight and full versions.

LynxOS is used in millions of embedded devices. It has been reliable for over 30 years in multiple safety- and security-critical embedded markets. It is a proven method for hosting applications on Unix-like OS models. All resources and application services are centrally managed and controlled by a single kernel. This is ideal for working with older hardware architectures. We want our customers only to purchase what they require. While real-time operating systems can be a great asset to embedded system designs, they are not necessary. Our RTOS-related resources are listed in our Embedded Systems Learning Center. This center contains helpful information to help you make software purchases as you design, update, and maintain your system. It also provides information on which real-time platform vendor is best for you.

QNX's real time operating systems have been used by thousands of companies since 1980 to provide the best combination of security, performance, and reliability in mission critical systems. The core of QNX technology lies in the QNX Neutrino® Real-time Opera System (RTOS), which is a fully-featured RTOS that enables next-generation products in all industries where reliability is important, such as automotive, medical devices and transportation. A component failure does not affect the kernel or other components of the QNX microkernel architecture. The system can be shut down and restarted with no adverse effects from the failed component. The QNX Neutrino RTOS provides the determinism that only a real-time operating system can offer. Techniques like adaptive partitioning ensure critical processes get the cycles they require to complete their tasks on schedule while still maintaining the performance required by complex embedded systems.

INTEGRITY uses hardware-memory protection to protect embedded applications. Secure partitions ensure that each task has the resources it requires to run properly and fully protect the operating systems and user tasks from malicious code, such as denial-of service attacks, worms, or Trojan horses. Green Hills Software provides a wide range of middleware that has been integrated and validated for INTEGRITY. This includes FFS, FAT and NFS file systems, journaling file system, IPv4/IPv6 routing and networking stacks, FIPS 140-2 Suite B certified embedded encryption library, as well as FFS, FAT and NFS. Each package has been tested and pre-integrated to work seamlessly with INTEGRITY's advanced RTOS capabilities. Green Hills Software provides platforms that offer a fully integrated ecosystem for certain industries. Each platform includes both the INTEGRITY ROS and development tools.

We work with commercial and open-source partners to provide MIPS support to many popular Real Time Operating Systems (RTOS), and the new generation IoT-specific Operating Systems. We also developed the MIPS Embedded Operating System, (MEOS), with Virtualization extensions. This targets embedded applications and the IoT area. MEOS is MIPS' internal real-time operating software (RTOS). It is the only operating system that supports new architecture features and cores, as it is in-house. Version 3.1 of MEOS contains a virtualization library that extends MEOS to a hypervisor for MIPS cores that implement the MIPS Virtualization module. We will donate engineering resources or provide development hardware and tools to assist in the development of open-source real time/IoT operating system.

Enea OSE, a robust, high performance, real-time operating system, is optimized for multiprocessor systems that require deterministic real time behavior and high availability. It reduces development time, improves reliability, and lowers lifetime maintenance costs for a wide variety of systems, including wireless devices, automobiles, medical instruments, and telecom infrastructure. Enea OSE is optimized to handle communication and control systems that require high performance and hard-real-time characteristics. It is used extensively in areas such as telecom networking systems, wireless devices and industrial automation. The Enea OSE multicore kernel, twice awarded with an award, provides Symmetric Multi-Processing and Asymmetric Multi-Processing (SMP) along with the scalability of Asymmetric Multi-Processing and determinism (AMP) and the performance and reliability of bare metal.

SCIOPTA architecture was specifically designed to deliver high real-time performance with a small footprint. High-quality optimizations have been made to optimize internal data structures, memory management, and interprocess communication. SCIOPTA is a preemptive real-time kernel. Interrupts can be handled at any time, even within the kernel. SCIOPTA, a message-based real-time operating platform, is available. To manage the resources, a powerful set of system calls can be used. Clear system designs are possible thanks to standard processes and interprocess communication. They are easy to understand, write and maintain. SCIOPTA systems can be used to facilitate teamwork in large projects because they communicate with clearly defined messages. This will dramatically reduce the time-to-market. SCIOPTA uses a message-based architecture that allows for direct message passing between processes. Messages are used mainly for interprocess communication and synchronization.

SAFERTOS®, a pre-certified safety Real Time Operating System, (RTOS), for embedded processors. It provides superior performance and pre-certified dependability while consuming minimal resources. SAFERTOS®, which is tailored to your processor/compiler combination, comes with full source code and our Design Assurance Pack. The DAP provides complete transparency over the entire Design Life Cycle and highlights the exceptional quality of our RTOS product. Our extensive Safety Critical design experience has made it easy and straightforward to certify SAFERTOS®, integrated into a product. SAFERTOS®, which is a safety-related standard, has been specifically designed. Deterministic priority-based scheduling is the primary Safety Requirement. We have made every effort to ensure that deterministic behavior is maintained.

Arm Mbed OS, an open-source IoT operating platform, is free and available for download. It includes all the features needed to create IoT products. The OS contains everything you need for smart, connected products that run on Arm Cortex M based hardware. This includes machine learning capabilities, security stacks, connectivity stacks, and drivers for sensors and other I/O devices. Arm Mbed OS was designed for the Internet of Things. It integrates with connectivity, machine-learning, networking, security stacks, and is supported by software libraries, tutorials, hardware, and examples. Mbed OS supports over 70 silicon, module and cloud partners. This allows you to optimize your developer choice. Mbed OS API allows you to keep your application code clean, portable, and easy while taking advantage security, communications, and machine learning. The integrated solution reduces development time, cost, and risk.

FreeRTOS is an open-source, real-time operating software for microcontrollers. It makes it easy to program, deploy and secure small-power edge devices, as well as connect them. FreeRTOS is freely distributed under the MIT open-source license. It includes a kernel as well as a growing number of software libraries that can be used across all industry sectors and applications. This includes connecting low-power devices securely to AWS Cloud services such as AWS IoT Core and to more powerful edge devices running AWS IoT Greengrass. FreeRTOS is designed to be reliable and easy-to-use and has long-term support releases. A microcontroller is a small, resource-constrained processor which can be found in many devices such as sensors, automobiles, fitness trackers, automobiles, and appliances.

Deos™, DDC–I's safety-critical space partitioned real time operating system (RTOS), has been tested to the guidance DO-178C/ED-12C Design Assurance level A (DAL-A) for Avionics Applications. It supports ARINC 653, APEX, and rate monotonic scheduling (RMS) and is targeted at FACE Safety Base Profile. Since 1998's audit by Transport Canada, it has been field-proven as a safety-critical RTOS. It has been certified and is currently flying in tens of thousands of aircraft. It has evolved over the past two decades with new processors or features in subsequent baselines. It has been audited successfully by various governmental certification agencies (FAA, ENAC and JAA, EASA and EASA), and airframe and Avionics Supplier Designated Engineering Representatives.

OpenWrt is an extensible GNU/Linux distribution that can be used on embedded devices (mostly wireless routers). OpenWrt, unlike other router distributions, is a fully-featured and easily modifiable operating systems for embedded devices. This means that you can have all of the features you want with no bloat thanks to a modern Linux kernel. OpenWrt allows you to create a single static firmware instead of trying to create one. It also provides an optional filesystem that can be writable with package management. This allows you to bypass vendor restrictions on application selection and configuration and allows you to use packages for customizing embedded devices to suit any application. OpenWrt is a framework for developers to build applications without the need to create a full firmware image and distribute it.

The u-velOSity RTOS, the smallest member of Green Hills Software's range of real-time operating system families, is called "the u-velOSity RTOS". It is a C library that can be easily port to many target architectures. It is simple to use and has a clean design. u-velOSity provides a concise API that makes it easier to develop products and reduces time. This allows you to reduce costs and speed up time-to-market. Developers who want to move from standalone or no OS configurations. u-velOSity is more compatible with on-chip memory due to its compact design and minimal footprint. The execution speed is dramatically increased by removing the need to access offchip memory. u-velOSity was created to reduce the number of CPU clock cycles required to boot embedded devices that have very fast boot times. u-velOSity is the ideal RTOS for embedded devices that have high power requirements.

RT-Thread, short for Real Time-Thread, is an embedded real-time multi-threaded operating system. It has been designed to support multi-tasking, allowing multiple tasks to run simultaneously. Although a processor core can only run one task at a time, RT-Thread executes every task quickly and switches between them rapidly according to priority, creating the illusion of simultaneous task execution. RT-Thread is mainly written in the C programming language, making it easy to understand and port. It applies object-oriented programming methods to real-time system design, resulting in elegant, structured, modular, and highly customizable code. The system comes in a few varieties. The NANO version is a minimal kernel that requires only 3KB of flash and 1.2KB of RAM. For resource-rich IoT devices, RT-Thread can use an online software package management tool, together with system configuration tools, to achieve an intuitive and rapid modular design.

DuinOS is a small multithreading real-time operating system (RTOS) that supports Arduino compatible boards. It is based on the FreeRTOS kernel. The Project is being reconstructed with a new approach. Now with FreeRTOS 10, and soon with ARM Cortex M, contact us through our website to become a Beta Tester.

The Keil RTX operating system is royalty-free and deterministic. It's designed for ARM or Cortex-M devices. It allows you to create programs which perform multiple functions simultaneously and helps you create applications that are more structured and easier to maintain. Source code, royalty-free, deterministic and deterministic RTOS. Although it is possible to create real time programs without an operating system (by running one or more functions in Super-loop), there are many scheduling, maintenance and timing issues that an operating system like the Keil RX can solve. An RTOS is a better alternative to Super-loop. High-Speed real time operation with low interrupt latency. Resource constrained systems require a small footprint. Unlimited number of tasks, each with 254 priority levels. Unlimited number of mailboxes, semaphores and mutex. Multithreading and thread-safe operation support.

FreeRTOS, which was developed in partnership with some of the world's most renowned chip companies over a 15 year period, is now downloaded every 170 second. It is a market-leading real time operating system (RTOS), for microcontrollers, small microprocessors. FreeRTOS is freely distributed under the MIT open-source license. It includes a kernel as well as a growing number of IoT libraries that can be used across all industries. FreeRTOS is designed with reliability and ease-of-use in mind. The FreeRTOS kernel has been trusted by leading companies around the world as the standard for microcontrollers/small microprocessors. It is known for its reliability, small footprint, and wide device support. You don't need to know how to set up a project. There are pre-configured demos that can be used as templates and IoT reference integrations. You can quickly download, compile, then get to market quicker. Our partner ecosystem offers a variety of options, including professional support and community contributions.

TI-RTOS speeds up development by eliminating the need for basic system software functions to be created from scratch. TI-RTOS can scale from a real time multitasking kernel - TIRTOS Kernel – to a complete RTOS system including additional middleware components and device drivers. Developers can design applications that have a longer battery life using TI-RTOS combined with TI's ultra-low-power MCUs. TI-RTOS allows developers to concentrate on the uniqueness of their application by providing pre-tested and integrated essential system software components. TI-RTOS is based on proven software components that have been tested and validated to ensure quality and reliability. These components are supplemented with documentation, additional examples, and APIs that can be used for multitasking development. Integration testing is also possible.

embOS (real-time operating systems) is a priority-controlled, RTOS (real time operating system). It was designed to be the foundation of embedded applications and has been continuously developed since 1992. Since 1992, embOS is the preferred RTOS for embedded market engineers. It is easy-to-use and guarantees 100% deterministic, real-time operation on any embedded device. This real-time operating platform is portable and fully compatible with all platforms. It also allows for easy portability to other cores. You can create tasks and communicate with others easily using communication mechanisms like semaphores and mailboxes. The real-time operating system can be used for non-commercial purposes such as education and evaluation without any technical limitations.

Huawei LiteOS, an IoT-oriented platform software platform, integrates an IoT operating systems and middleware. It is lightweight with a kernel size under 10 KB and consumes very little energy -- it can run on an average AA battery for up five years! It is also very secure and allows for quick startup. Huawei LiteOS is a powerful, yet simple software platform that allows developers to create their own applications. This reduces barriers to entry and speeds up time to market. Huawei LiteOS is an open-source API that provides a unified, unified interface that can be used in a variety of IoT domains such as smart homes, wearables and intelligent manufacturing. Huawei LiteOS enables IoT open ecosystem, allowing partners to rapidly develop IoT products and accelerate IoT innovation.

NuttX (real-time operating system) is a small, compact real-time operating software (RTOS). It focuses on standards compliance and a small footprint. NuttX is scalable from 8-bit to 32 bit microcontroller environments. The primary governing standards are Posix, ANSI standards. For functionality that is not available under these standards or that is not suitable for deeply embedded environments (such a fork ()).), additional standard APIs from Unix (and other common RTOS's such as VxWorks), are adopted. Apache NuttX is a project currently in Incubation at the Apache Software Foundation (ASF), which is sponsored by The Incubator. All accepted projects must be incubated until further review determines that infrastructure, communications, decision making, and decision making processes have stabilized in a way consistent with other successful ASF projects.

Azure RTOS is an embedded development package that includes a small, but powerful operating system. It provides reliable, fast performance for resource-constrained devices. It is easy to use and has been tested on more than 10 million devices around the world. Azure RTOS supports 32-bit microcontrollers as well as embedded development tools. This allows you to make the most out of your existing skills. Connect to local and cloud networks easily, create durable flash file systems, design user interfaces, and connect to the cloud and local network. Code that has been tested and certified to meet industry safety and security standards. Clear code is easier to maintain and use, and can reduce the total cost of ownership. Safety-related certifications will require that you submit the entire source code of your software, including the RTO.

KVM is a full virtualization solution that runs Linux on x86 hardware and includes virtualization extensions (Intel VT, AMD-V). It includes a loadable kernel module, called kvm.ko that provides the core virtualization infrastructure, and a processor-specific module, kvm.intel.ko. KVM allows you to run multiple virtual machines that run unmodified Linux and Windows images. Each virtual machine is equipped with private virtualized hardware such as a network card and disk, graphics adapter, and so on. KVM is open-source software. As of 2.6.20, the kernel component of KVM is part of mainline Linux. Mainline QEMU includes the userspace component of KVM as of 1.3.

Tizen is an open-source, flexible operating system that was built from the ground up to meet the needs of all stakeholders in the mobile and connected device ecosystem. This includes device manufacturers, application developers, and independent software vendors (ISVs). Tizen platform can be used on smart TVs, smartphones and wearable devices (Gear S and Gear Fit) as well as smart home appliances. Low-end and lower-cost IoT devices such as wearable bands with small LCDs and home appliances without display have received less attention. TizenRT aims to expand Tizen platform device coverage for these low-end devices.

We are changing the internet by combining Orbits (VPS-Virtual Private Servers) and Web Hosting. This enables dedicated and scalable resources, isolation, automation, and security. It is backed by 99.9% uptime guarantee and very high reliability. Our Orbits are available in different specifications and flavors such as CentOS, Ubuntu or Fedora, Fedora. Free BSD, Net BSD, etc. This allows for a lot more flexibility. Openstack, KVM hypervisor, and Intel E-5 processors are used in the backend. System On Grid Orbits can be described as Virtual Instances (Virtual private servers/machines) that are run by KVM hypervisor. Orbits can be configured with multiple Operating System Flavors, including Fedora, Centos, Ubuntu and Debian. Orbits can also be customized with Unix flavors, including Net BSD and Free BSD. Orbits fully take advantage of Intel CPUs VTX and hardware abstraction. We have also tweaked the Host kernel for strong and robust performance.

Minoca OS, an open-source general-purpose operating system, is designed for embedded devices. It offers all the high-level functionality you would expect from an operating platform, but with a smaller memory footprint. Driver API separates kernel drivers from device drivers, allowing driver binaries to be compatible even after kernel updates. Driver separation allows for the automatic loading and unloading device drivers on-demand. A single unified kernel can be created using the hardware layer API, even on ARM. There is no need to maintain separate kernel forks. Unified power management architecture allows smarter power management decisions that result in longer device battery life. Machines can be left idle for longer periods of time and are able to save more power by avoiding background tasks and wake-ups. You have the option to purchase source licenses that are proprietary or non-GPL, so you can offer more options for your customers and users.

SHARK is an open-source C++ machine-learning library that is fast, modular, and feature-rich. It offers methods for linear and unlinear optimization, kernel-based algorithms, neural networks, as well as other machine learning techniques. It is a powerful toolbox that can be used in real-world applications and research. Shark relies on Boost, CMake. It is compatible with Windows and Solaris, MacOS X and Linux. Shark is licensed under the permissive GNU Lesser General Public License. Shark offers a great compromise between flexibility and ease of use and computational efficiency. Shark provides many algorithms from different domains of machine learning and computational intelligence that can be combined and extended easily. Shark contains many powerful algorithms that, to our best knowledge, are not available in any other library.

Without third-party kernel extensions, you can build virtualization solutions on top a lightweight hypervisor. Hypervisor offers C APIs that allow you to interact with virtualization technologies in user-space, without the need for kernel extensions (KEXTs). The framework allows you to create apps that are compatible with distribution on the Mac App Store. This framework can be used to create and control hardware-facilitated Virtual Machines and Virtual Processors (VMs, vCPUs) using your entitled, sandboxed user-space process. Hypervisor abstracts virtual machine processes and virtual processors threads. To virtualize hardware resources, Hypervisor requires hardware support. This includes the Virtualization Extensions on Apple silicon. The framework supports Intel-based Mac computers with an Intel VTX feature set, which includes Extended Page Tables and Unrestricted Mode.

DragonFly version 6.2.2 has been released. The 6.2 series includes hardware support for type-2 hypervisors, an amdgpu drivers, and the experimental ability to remotely mount HAMMER2 volumes. DragonFly is in the same category of operating systems as other BSD derived systems and Linux. It shares ancestor code and is based on the same UNIX principles and APIs as other BSD operating system. DragonFly offers a new opportunity for the BSD community to grow in a completely different direction than the one taken in the FreeBSD and NetBSD series. DragonFly has many unique features that make it stand out from other operating systems of the same type. HAMMER is our modern, high-performance filesystem that includes built-in mirroring and historical access. This is the most prominent. Virtual kernels allow you to run a full-blown kernel in a user process. This is useful for managing resources and for debugging and acceleration of kernel development.

Content is King, but what about if you could drive traffic to other content? Yes, you can drive content to other websites by sharing content from others with the link-cloaking iframebreaker CTA of Incises.com What if you could re-target, analyse, and convert visitors into potential customers? Incises.com is a revolutionary new tool that can do all of that and more. It comes with two domains, bot.ax & pike.link. You can add your own domain to enrich the package. Incises.com doesn't just shorten links. It allows you to add Call-To-Action to any website, even those that have iframe protection. When we come across a page that is protected by an iframe, beautiful summary pages can be created instantly.

The expansion of large language model has led to significant advancements in natural language processing, understanding and generation. This study introduces a new system that uses Ascend 910 AI processing units and the MindSpore framework in order to train a language with over one trillion parameters, 1.085T specifically, called PanGu-Sigma. This model, which builds on the foundation laid down by PanGu-alpha transforms the traditional dense Transformer model into a sparse model using a concept called Random Routed Experts. The model was trained efficiently on a dataset consisting of 329 billion tokens, using a technique known as Expert Computation and Storage Separation. This led to a 6.3 fold increase in training performance via heterogeneous computer. The experiments show that PanGu-Sigma is a new standard for zero-shot learning in various downstream Chinese NLP tasks.

u-visor is Green Hill Software’s virtualization solution to microcontrollers. It provides robust hardware-enforced software separation, multiple OS support, and real-time efficiency to consolidate critical workloads on processors with limited resources. u-visor's scalable and efficient architecture guarantees freedom-from-interference to multiple operating systems running on the same CPU and offers flexible options to fully utilize multiple cores and limited processor resources. u-visor, like other Green Hills products is designed for systems that require industry-specific safety or security certifications. It also benefits from the strong support of Green Hills' integrated development tools. u-visor's virtual machines and their operating systems enjoy freedom-from-interference from each other through hardware-enforced separation

QEMU is an open-source machine emulator and virtualizer. Run operating systems on any machine, on any supported platform. Run programs for another Linux/BSD target on any supported architecture. KVM and Xen virtual machine with native performance.

Allianz Cyber Protect* offers flexible, simple and broad coverage to ensure that a company is fully protected in case of a data breach, or other cyber-security incidents. It covers the usual costs associated with a cyber-incident, and gives access to AGCS expert partners. Allianz Cyber Protect is a broad cyber insurance plan that provides clear policy language to cover a wide range of risks. Allianz Cyber Product Suite provides high-level coverage, subject to risk review by our cyber underwriters and risk consultants. We work closely with clients to assess your business and create your custom policy. The Allianz Cyber Center of Competence, which is embedded in AGCS, focuses on Group-wide coordination of cyber exposures and underwriting within the corporate and commercial insurance segments.

SystemRescue, a Linux system rescue toolkit, is available as a bootable media for administering or repairing your system after a crash. It provides an easy way to perform admin tasks on your computer such as creating and editing hard disk partitions. It includes many Linux utilities, such as GParted and fsarchiver, filesystem tool tools, basic tools (editors/night commander, network tools), and filesystem tools. It can be used on both Linux and Windows computers as well as desktops and servers. The rescue system does not require installation. It can be booted from a CD/DVD or USB stick. However, it can also be installed on the hard drive if desired. The kernel supports all major file systems (ext4,xfs. btrfs. vfat. ntfs), and network filesystems like Samba or NFS.

Android Things allows you to experiment with building devices on trusted platforms without any prior knowledge of embedded system design. You can use the Android SDK or Android Studio to develop, and access hardware like displays and cameras natively via the Android framework. The Android Things Console is used for security updates and push-over-the-air features. Android Things allows you to create apps on top popular hardware platforms such as the Raspberry Pi 3. Google manages the Board Support Package (BSP). This means that no kernel or firmware development is necessary. Through the Android Things Console, software images are created and delivered to devices. This provides a trusted platform for developers to continue developing with standard updates from Google.

Assembly language is a low level computer programming language that can be used to control the hardware of a computer. It is composed of symbols and words that are specific instructions for the processor. Assembly language is used to optimize programs written using higher-level languages. It can be more efficient to access memory and other resources.

XC Family solutions include XC Series appliances, XC Core Nodes, integrated Nutanix Software, and Dell EMC PowerEdge Servers with Intel Xeon processors. This makes XC Family one of the most flexible and scalable HCI platforms in the industry. XC Family systems are easy to deploy for all virtualized workloads thanks to the factory-installed Nutanix and a variety of hypervisors. This reduces management complexity and lowers total cost of ownership. Dell EMC has more than 12 years of experience integrating hardware with software for appliances built using PowerEdge servers. This includes 3 generations of XC Family appliances. This experience allows us to create technologies that simplify and streamline common workflows throughout the product's lifetime. Factory installation of the software stack. Software modules that can be deployed quickly and seamlessly. Tools specifically designed for HCI to simplify workflow orchestration within a cluster.

Cyber-security and data privacy platform to protect mobile and IoT apps. The app can be built and operated without any cyber-security incidents. SeaCat is a cyber security platform that was developed by experts. It includes all the data privacy and cyber-security must-haves. SeaCat deployment is easy and straightforward. SeaCat instantly increases your security level without the need for custom development. The user experience should not be compromised by cyber-security. SeaCat does not require any complicated configurations or procedures from the user. SeaCat uses all the latest cyber-security features such as biometrical authorization and hardware security modules. SeaCat's cyber-security platform consists a SeaCat SDK, which is to be added into a mobile or IoT app, the SeaCat Gateway, which is to be installed in the demilitarized area (DMZ) in front the application backend server, and SeaCat PKI, which is a service that provides access, enrolment, and identity management.

It is now the norm to tie systems together. As organizations move towards a service-oriented environment, the real goal -- creating effective business processes which unite separate systems to form a coherent whole -- is within reach. Microsoft BizTalk Server connects diverse software and allows for the creation and modification of process logic using that software. BizTalk Server allows information workers to perform business-related tasks, such as monitoring running processes, interacting with trading partners and performing other business-oriented activities. BizTalk Server uses the latest versions of other Microsoft technologies. It's built using the.NET Framework and the developer tools reside in Microsoft Visual Studio. BizTalk Server relies on SQL Server for storage. BizTalk Server runs on 64-bit Windows Servers and can take advantage of the larger memory, faster processors and other benefits offered by the hardware.

Lguest allows you to run multiple copies of the same 32-bit kernel, simply modprobe lg, then run Documentation/lguest/lguest to create a new guest. This is something I recommend you do. Lguest is very easy to set up. It's also very useful: I can test-boot Kernels with it in less that a second, which is about 10x faster then basic qemu and 100x faster as a real boot. It uses a pty console so you can pipe it through grep. lguest is a single kernel patch that includes the launcher. It is in 2.6.23.git13 and higher. Lguest is designed to isolate the guest from the host, so that it can't reach outside (except for virtual devices supplied to the host). A malicious guest kernel can pin host memory, but only up to the amount allowed to it. Images are usually set up to create console virtual consoles (/dev/tty0 etc), however, the lguest console can be found at /dev/hvc0.

LynxSecure® is a programmable partitioning system that uses hardware virtualization capabilities in order to isolate computing resources. Its unique least privilege design, fine-grained distributed control model, and unique least privilege design are the foundation of the Lynx MOSA.ic™ Modular Development Framework.

An intuitive user interface provides comprehensive visibility into traffic and assets. Central policy management makes it easy to create micro-segmentation policies that are least-privilege. This eliminates the need for subnets and internal firewalls. Reduce exposure by automatically extending security control to new cloud-native workloads or applications upon creation. A single solution can be used across all platforms, including end-user computers, bare-metal servers and cloud-hosted virtual machines, containers, and instances. You can deploy across heterogeneous hybrid and multi-vendor networks, on-premises or in cloud, without having to replace any hardware or infrastructure. You can avoid compliance violations by isolating all communications within and between segmented groups and controlling them. Rich, contextual visibility to network flow from the largest trend to the workload service.

Haiku is an open-source operating system that is constantly being developed. Haiku is an open source operating system that is specifically designed for personal computing. It is fast, efficient and easy to use. Haiku is also unique in that it is a single project, which includes the kernel, drivers and userland services. The tool kit and graphics stack are all written by one team. Haiku integrates many open source projects. This allows Haiku achieve a unique level consistency that provides many conveniences and is truly enjoyable for both developers and end-users. We believe that the Be Operating System introduced innovative concepts and technologies that are ideal for personal computing.

Capture The Packet is a cybersecurity training simulator that can also be used as a skills assessment suite. This system can be used to teach, learn, assess skills, and as a vetting tool. Capture The Packet is used by military, government, and commercial agencies across multiple countries. Customers have reported that Capture The Packet is able to bring teams up-to-speed 40% faster than other tools and teach completely new concepts. CTP is a gamified environment that allows teams to focus on real-world problems on a live network. This makes it a great investment. Capture The Packet offers functional learning and skills development, which is a far cry from classroom or certification training. Our unique gamified environment encourages participants to use a wide range of tools and methods to solve problems.

Empress Embedded Database engine, a relational database management software that specializes in embedded database technology, is the heartbeat behind EMPRESS RDBMS. It's a relational database management tool that focuses on embedded database technology. From car navigation systems to mission-critical military command and control systems, to complex medical systems and Internet routers, EMPRESS keeps a steady beat, 24 hours / 7, at the core of embedded system applications all over the world. Empress kernel level mr API gives users access the Empress Database kernel libraries. This is a unique feature in Empress. This Empress API is the fastest way to access Empress databases. MR Routines allow developers to have complete control over space and time when developing embedded database applications. Empress ODBC APIs and JDBC APIs allow Empress databases to be accessed in standalone or client/server modes. Empress ODBC APIs and JDBC APIs allow many 3rd-party ODBC/JDBC capable software packages access to Empress databases via Empress Connectivity Server or local Empress databases.