Alternatives to boxd

Compute Engine (IaaS), a platform from Google that allows organizations to create and manage cloud-based virtual machines, is an infrastructure as a services (IaaS). Computing infrastructure in predefined sizes or custom machine shapes to accelerate cloud transformation. General purpose machines (E2, N1,N2,N2D) offer a good compromise between price and performance. Compute optimized machines (C2) offer high-end performance vCPUs for compute-intensive workloads. Memory optimized (M2) systems offer the highest amount of memory and are ideal for in-memory database applications. Accelerator optimized machines (A2) are based on A100 GPUs, and are designed for high-demanding applications. Integrate Compute services with other Google Cloud Services, such as AI/ML or data analytics. Reservations can help you ensure that your applications will have the capacity needed as they scale. You can save money by running Compute using the sustained-use discount, and you can even save more when you use the committed-use discount.

InstaVM offers a robust production sandbox and cloud solution designed specifically for AI agents, equipping them with immediate access to computing resources including runtime, storage, networking, secrets, and policy management. Unlike traditional sandboxes, it utilizes hardware-isolated virtual machines instead of containers, ensuring that teams can provide AI agents with secure environments that feature complete Linux filesystems, networking capabilities, package management, RESTful API access, and the ability to maintain persistent states. The platform's support for snapshots enables users to create forks of any sandbox and revert to previous states, while its persistent volumes ensure that data is retained across executions. Additionally, egress control allows teams to manage which connections can be made externally, and features like secrets injection and Vault work to safeguard sensitive information from potential prompt injections. Moreover, public URL deployments can make any port accessible on the public web, enhancing its versatility. It is specifically tailored for various agent patterns, including code interpreters, deployment agents, deep research agents, AI evaluations, reinforcement learning applications, computer usage, and vibe coding applications, making it a comprehensive tool for developers. With its innovative architecture and extensive features, InstaVM solidifies its position as a leading solution for AI-driven projects.

Boat delivers robust cloud-based virtual machines and persistent sandboxes specifically designed for managing long-lasting AI agents, empowering users to effortlessly create thousands of cloud instances equipped with web browsers and persistent storage while alleviating the burden of infrastructure management. Each sandbox functions as a comprehensive Ubuntu Linux virtual machine, providing SSH and SCP access, Docker compatibility, dedicated IPv4 or IPv6 addresses, a smooth 60 fps virtual desktop, and rapid disk-level forking capabilities from snapshots. Pre-installed tools such as Docker, VS Code, Chrome, Ghostty, GitHub CLI, Rust, Node.js, and Bun allow users to execute any development language, tool, or workflow seamlessly. Boat is compatible with various agents including Claude Code, Codex, and OpenCode, and it offers functionalities to prompt, observe, and manage agent environments remotely via its command-line interface, HTTP API, and SDKs available in both Python and TypeScript. Users can run commands, transfer files, and monitor agent communications, while also hosting applications accessible through public HTTPS links and utilizing integrated desktops and web browsers for enhanced productivity. This comprehensive solution not only simplifies the management of AI agents but also fosters a more efficient development experience for users across diverse projects.

Virtual Machine Manager offers many possibilities. Virtual Machine Manager allows you to set up multiple virtual machines, including Windows, Linux and Virtual DSM, on one Synology NAS. You can also test new software versions in a sandbox environment. This allows you to isolate customers' machines and increase flexibility for your server. Synology VMM allows you to create a cost-effective, easily managed virtualization environment. It combines computing, storage and networking resources on one hardware platform. Your Synology NAS can host multiple virtual machines with different operating systems, including Windows, Linux, or Virtual DSM. It offers a similar intuitive experience to DiskStation Manager and a reliable storage solution with robust capabilities.

CreateOS Sandbox serves as a cloud-based computing solution designed specifically for developers focused on creating AI agents, code-execution environments, and various developer utilities. The service utilizes isolated Firecracker micro-virtual machines that each operate under their own Linux kernel, allowing teams to securely execute untrusted code or code generated by models. Developers have the flexibility to set up environments via a TypeScript SDK, command-line interface, MCP tools, or REST API, enabling them to run commands and establish connections between sandboxes within private networks. These sandboxes can easily be paused and resumed while maintaining the guest state, are customizable using reusable templates, and can be integrated with customer-owned storage solutions such as Amazon S3, MinIO, or Cloudflare R2. It's important to note that usage is charged per second based on compute, memory, and disk space, with paused environments still accruing costs for memory and storage. The service is available in both EU and US regions, and there is an enterprise option that allows for deployment on the customer's own infrastructure, enhancing flexibility and control for businesses. Overall, CreateOS Sandbox presents a robust platform that caters to the needs of modern developers.

WinMagic’s SecureDoc CloudVM solution stands out as the most comprehensive option for full disk encryption and sophisticated management of encryption keys tailored for virtual machines. It safeguards data across public, private, and hybrid cloud infrastructures, ensuring that your organization retains exclusive control over volume and full disk encryption keys. With extensive compatibility across various virtualized servers and multiple cloud environments, SecureDoc CloudVM facilitates a cohesive encryption strategy that can be applied seamlessly to any endpoint, whether in a virtualized setting or within a cloud IaaS framework. By offering a unified platform and a centralized view, SecureDoc CloudVM enhances organizational security, guarantees compliance with encryption regulations, simplifies processes, and eliminates encryption silos within the business. Moreover, WinMagic’s SecureDoc provides the benefit of a single, intuitive platform for the intelligent management of encryption and key requirements, empowering you to oversee every facet of your data protection strategy with confidence. This integrated approach not only streamlines security management but also helps in aligning with best practices for data governance.

KVM, which stands for Kernel-based Virtual Machine, serves as a comprehensive virtualization solution for Linux systems operating on x86 hardware equipped with virtualization capabilities (such as Intel VT or AMD-V). It comprises a loadable kernel module, known as kvm.ko, that underpins the essential virtualization framework, along with a processor-specific module, either kvm-intel.ko or kvm-amd.ko. By utilizing KVM, users can operate several virtual machines that run unaltered Linux or Windows operating systems. Each virtual machine is allocated its own set of virtualized hardware components, including a network interface card, storage, graphics adapter, and more. KVM is an open-source project, with its kernel component integrated into the mainline Linux kernel since version 2.6.20, while the userspace aspect has been incorporated into the mainline QEMU project starting from version 1.3. This integration enables widespread deployment and support for various virtualization applications and services.

VMware Workstation Pro is recognized as the leading solution for operating multiple virtual machines (VMs) on a single computer running either Linux or Windows. It is a go-to tool for IT professionals, developers, and organizations involved in creating, testing, or showcasing software across various devices, platforms, or cloud environments. With VMware Workstation Pro, users can simultaneously operate multiple operating systems on their Windows or Linux systems. The software enables the creation of authentic VMs for Linux and Windows, along with other desktop, server, and tablet environments, all equipped with customizable virtual networking and the ability to simulate different network conditions. This makes it ideal for a wide range of activities, including code development, architectural planning, application testing, and product demonstrations. Moreover, users can securely connect to vSphere, ESXi, or other Workstation servers, facilitating the management and control of both virtual machines and physical hosts. A unified VMware hypervisor not only enhances productivity but also simplifies the process of transferring VMs to and from local PCs, making it a versatile tool for professionals. Overall, VMware Workstation Pro stands out as an essential resource in the toolkit of anyone needing to work within virtualized environments.

Raff is a cloud infrastructure platform located in the United States, catering to developers, startups, agencies, and expanding businesses. It offers a wide range of services, including Linux and Windows virtual machines, managed Kubernetes, managed databases, object storage, block volumes, private networking, load balancers, backups, and serverless functions. Users can easily provision and manage their infrastructure via a cloud dashboard, REST API, command-line interface, or Terraform provider. The cloud servers provided by Raff are powered by AMD EPYC processors and feature NVMe SSD storage, alongside DDoS protection and unmetered bandwidth for enhanced security and performance. The platform is versatile, supporting application hosting, containerized workloads, data storage, and software development environments. Additionally, it offers monthly subscription plans that cater to teams in need of virtual servers and associated cloud services all from a single provider, making it an attractive option for businesses looking to streamline their cloud operations. As a result, Raff positions itself as a comprehensive solution for those seeking reliable and scalable cloud infrastructure.

QEMU serves as a versatile and open-source machine emulator and virtualizer, allowing users to operate various operating systems across different architectures. It enables execution of applications designed for other Linux or BSD systems on any supported architecture. Moreover, it supports running KVM and Xen virtual machines with performance that closely resembles native execution. Recently, features like complete guest memory dumps, pre-copy/post-copy migration, and background guest snapshots have been introduced. Additionally, there is new support for the DEVICE_UNPLUG_GUEST_ERROR to identify hotplug failures reported by guests. For macOS users with Apple Silicon CPUs, the ‘hvf’ accelerator is now available for AArch64 guest support. The M-profile MVE extension is also now integrated for the Cortex-M55 processor. Furthermore, AMD SEV guests can now measure the kernel binary during direct kernel boot without utilizing a bootloader. Enhanced compatibility has been added for vhost-user and NUMA memory options, which are now available across all supported boards. This expansion of features reflects QEMU's commitment to providing robust virtualization solutions that cater to a wide range of user needs.

Sandbox0 serves as an Apache-2.0 compliant runtime environment designed for executing AI agents and services that handle untrusted code over extended periods. It offers secure, isolated Linux environments capable of command execution, maintaining stateful contexts, performing file operations, facilitating SSH access, managing supervised sessions, and enforcing network controls. The architecture allows sandboxes to preserve a durable writable RootFS through successful pause-and-resume checkpoints, alongside features such as snapshots, restoring capabilities, and forks that enable the creation of reusable workspaces. Developers can leverage the Python, JavaScript/TypeScript, and Go SDKs, along with an HTTP API and the s0 CLI, to efficiently create and manage their sandboxes. For those seeking hosted solutions, Sandbox0 Cloud offers convenient access, while organizations have the option to self-host the runtime on dedicated Nomad infrastructure. By default, pausing the system preserves the filesystem state but does not maintain live process memory or external connections, although experimental memory recovery is available, contingent upon the necessary deployment infrastructure. This multi-faceted approach ensures flexibility and security for various user needs when working with AI technologies.

Mesos operates on principles similar to those of the Linux kernel, yet it functions at a different abstraction level. This Mesos kernel is deployed on each machine and offers APIs for managing resources and scheduling tasks for applications like Hadoop, Spark, Kafka, and Elasticsearch across entire cloud infrastructures and data centers. It includes native capabilities for launching containers using Docker and AppC images. Additionally, it allows both cloud-native and legacy applications to coexist within the same cluster through customizable scheduling policies. Developers can utilize HTTP APIs to create new distributed applications, manage the cluster, and carry out monitoring tasks. Furthermore, Mesos features an integrated Web UI that allows users to observe the cluster's status and navigate through container sandboxes efficiently. Overall, Mesos provides a versatile and powerful framework for managing diverse workloads in modern computing environments.

CloakBrowser is a custom Chromium distribution for developers building browser automation with Playwright, Puppeteer, Selenium, or CDP. Instead of relying only on runtime JavaScript patches, it changes browser behavior at the Chromium source level while preserving familiar automation APIs. Teams can adapt existing Python, JavaScript, and .NET workflows with minimal code changes and run sessions on Windows, macOS, Linux, Docker, or their own VPS infrastructure. Features include persistent profiles, reproducible browser identities, proxy-aware locale and timezone configuration, human-like input timing, and CDP server mode. CloakBrowser is intended for legitimate public-web data collection, QA, monitoring, scraping, and AI-agent workflows. The developer wrapper is MIT-licensed, while current custom Chromium binaries are distributed separately under a proprietary license. Users provide their own proxies and CAPTCHA services.

OpenHarness is an open-source SDK developed in TypeScript, designed for developers aiming to create tailored AI-agent applications such as coding assistants, command-line tools, and web-based helpers. This toolkit features stateless agent execution, the ability to manage conversation states explicitly, and support for streaming events, alongside middleware that can be composed for retries, data persistence, and context management. Additionally, it supports hierarchical subagents and tools that operate under permission controls. Developers can easily link model providers via the Vercel AI SDK, enhance functionalities with the Model Context Protocol (MCP), and utilize filesystem or shell tools through customizable providers. The SDK includes React hooks and Vue composables to facilitate the integration of streaming agent outputs into various application interfaces. OpenHarness is available as an npm package and is designed for integration into projects that run on Node.js or edge environments, functioning as a developer-focused library rather than a service for end-users. Moreover, its architecture encourages flexibility and scalability in AI application development, allowing users to tailor their implementations to specific needs.

Sprites by Fly.io is a stateful sandbox environment platform designed to run arbitrary code in isolated Linux computers. Each Sprite is a hardware-isolated execution environment that can persist across runs, making it useful for AI agents, uploaded binaries, developer tools, and application workloads. The platform is built around checkpoint and restore, allowing workloads to pause, resume, and keep state instead of rebuilding the environment repeatedly. Sprites provide a fast NVMe filesystem that syncs continuously to durable external object storage. This tiered storage approach gives users compatibility with normal Linux filesystem behavior while only charging for the data they actually use. Developers can start with the Sprites CLI by logging in, creating a Sprite, executing commands, and connecting to the console. The platform also supports REST API access and SDKs for JavaScript, Go, Elixir, and Python. Pricing is usage-based across CPU time, memory time, hot storage, and cold storage. By combining sandbox VMs, persistent filesystems, checkpointing, APIs, network policy, and pay-as-you-go pricing, Sprites gives developers a practical runtime for AI agents and untrusted code execution.

Daytona is a modern cloud-based runtime designed to let developers and AI systems launch secure, isolated workspaces for any project in seconds. Each environment runs inside a lightweight microVM that includes full Linux support, networking, and persistent storage. Through Daytona’s Python and TypeScript SDKs, users can automate code execution, file uploads, and environment lifecycle management directly from their apps. By shifting development to the cloud, Daytona eliminates the need for complex local setups and enables fully reproducible sandboxes accessible via SSH, APIs, or live preview URLs. Built for speed, automation, and scalability, it supports everything from simple prototypes to production-grade agent workloads.

Omarchy is an Arch Linux-based desktop operating system designed to provide a productive, customizable computing environment for developers and technical users. Created by David Heinemeier Hansson, the distribution combines the Hyprland tiling window manager, Quickshell desktop components, and a keyboard-focused interface. The operating system includes preconfigured applications such as Neovim, Chromium, Obsidian, and LibreOffice, reducing the need for extensive setup after installation. Its integrated AI agent capabilities enable users to diagnose application crashes, troubleshoot system issues, and create custom desktop extensions through conversational instructions. Omarchy provides system-wide themes that modify wallpapers, terminal colors, notifications, interface elements, and other desktop components. Development tools support Ruby on Rails, Laravel, Node.js, Docker, Git workflows, and configurable programming language environments through Mise. Users can install alternative editors and terminals, including Visual Studio Code, Cursor, Zed, Alacritty, Ghostty, and Kitty, while maintaining consistent system shortcuts. Gaming capabilities include Steam, Proton, RetroArch, and support for additional game launchers, while Windows virtualization enables access to compatible Windows productivity applications. Omarchy offers full-disk and dual-boot installation, default disk encryption, software updates, and community-developed plugins for extending desktop functionality.

Persistent Disk provides dependable and high-efficiency block storage tailored for virtual machine instances. For scenarios where bulk throughput takes precedence, HDD serves as a cost-effective storage solution. Conversely, SSD ensures consistently superior performance for both random-access tasks and bulk throughput demands. Each of these storage types can be expanded up to a capacity of 64 TB. Thanks to multi-reader mounting capabilities, numerous virtual machines can simultaneously access data from a single Persistent Disk without experiencing a drop in aggregate performance or incurring additional costs. You no longer need to fret about the potential downsizing of your block devices; Persistent Disk offers unparalleled flexibility by enabling you to adjust your storage size even while in operation across one or more virtual machines, all without any downtime. For enhanced convenience and adaptability, snapshots are automatically geo-replicated and readily available for restoration across all regions. Additionally, the process for creating snapshots of a block device can be completed in just minutes instead of lasting hours. To ensure data security, Persistent Disks are automatically encrypted, safeguarding your information both during transmission and while stored. With these features combined, Persistent Disk stands out as a robust solution for managing storage needs effectively.

Ovrin serves as a cloud-based computing platform tailored for developers who are creating AI agents and other software that necessitates execution within regulated environments. Users can leverage a REST API, alongside Python and TypeScript SDKs, or an MCP server to establish temporary Linux sandboxes, execute shell commands and stateful code, handle file management, configure scoped API keys, and access execution results. The platform features preconfigured setups such as Claude Code, OpenAI Codex, Gemini CLI, and DeepSeek Harness, while browser workflows are compatible with Chrome and Playwright. Additionally, it provides functionalities like persistent memory, controls for sandbox lifecycles, usage tracking, and limits on concurrency. Common applications of Ovrin include executing coding agents, automating browser tasks, and running code generated by models. Notably, Ovrin offers a free tier alongside several paid options that provide increased concurrency and usage-based compute costs. Overall, the platform aims to streamline the development process for AI solutions by providing a robust and flexible environment.

Yandex Cloud Backup provides a solution for safeguarding application data while ensuring its reliability through the use of the Cloud Backup agent installed in the guest operating system. Users can retrieve specific files from backups and place them in the correct directory of the current version of the virtual machine. Additionally, it is possible to establish backup policies for virtual machines across the entire cloud via the console, and these policies can be applied during the virtual machine configuration process. All backup tasks are executed in the cloud environment, necessitating only the setup and application of policies to the designated virtual machines. In contrast to a simple disk snapshot, this service generates copies of all virtual machine disks, which encompasses network SSDs, HDDs, non-replicated disks, and dedicated host local disks. If reverting the current virtual machine to a prior state proves unfeasible, users have the option to restore the backup to a newly created virtual machine, thus ensuring flexibility and resilience in data management. This capability makes Yandex Cloud Backup a comprehensive tool for managing not just backups but also the overall integrity of applications running in the cloud.

The user-friendly interface enables users to set up a backup configuration in mere seconds. With a robust reporting system in place, any issues are promptly flagged, ensuring that data remains secure and manageable at all times. This efficiency not only saves valuable time but also enhances data protection. Additionally, the support team offers swift, expert, and complimentary technical assistance to all licensed subscribers, who can easily reach out via phone or email. Uranium Backup facilitates the backup of various data types, including files, folders, disk images (Drive Image), Exchange mailboxes, databases, and virtual machines across diverse storage solutions such as hard drives, NAS, tapes, FTP servers, and cloud services. With over 100,000 active users spanning 110 countries and an impressive 7 million backups conducted monthly, Uranium Backup has established itself as the comprehensive solution preferred by numerous businesses, professionals, and individual users. Each installation comes with a single, unlimited license that covers updates and complimentary technical support, with no additional fees for server systems. This makes it an attractive option for those seeking reliable backup solutions.

Cosyra offers a mobile-centric cloud development platform where users can access AI-driven coding utilities via a comprehensive Linux terminal right on their smartphones. Developers benefit from a suite of pre-installed tools including Claude Code, Codex CLI, OpenCode, and Gemini CLI, which can be easily activated by entering an API key and launching the terminal. It features an isolated Ubuntu environment equipped with key development resources like Node.js, Python, Git, tmux, and vim, along with 30 GB of persistent storage that retains data across sessions. Cosyra aims to emulate the functionality of a local development setup, enabling users to create, test, and oversee projects entirely through their mobile devices. The platform accommodates various workflows such as cloning repositories, reviewing pull requests, executing tests, and deploying code, all while maintaining a persistent session that can be paused and resumed without any disruption. By enhancing mobile productivity, Cosyra empowers developers to work flexibly and efficiently, breaking the limitations typically associated with traditional coding environments.

AMD Developer Cloud grants immediate access to high-performance AMD Instinct MI300X GPUs for developers and open-source contributors through a convenient cloud-based interface, featuring a ready-to-use environment that includes Docker containers and Jupyter notebooks, eliminating the need for any local setup. Developers can execute various workloads such as AI, machine learning, and high-performance computing on configurations tailored to their needs, whether opting for a smaller setup with 1 GPU providing 192 GB of memory and 20 vCPUs or a larger setup that includes 8 GPUs with a staggering 1536 GB of GPU memory and 160 vCPUs. The platform operates on a pay-as-you-go model linked to a payment method and offers initial complimentary hours, like 25 hours for qualifying developers, to facilitate hardware prototyping. Importantly, users maintain complete ownership of their projects, allowing them to upload code, data, and software freely without relinquishing any rights. Furthermore, this seamless access empowers developers to innovate rapidly and explore new possibilities in their respective fields.

Calljmp is a developer-first AI runtime for building and running long-lived, stateful agent workflows in production. Unlike AI agent frameworks that focus mainly on authoring logic in code, Calljmp provides a managed runtime that handles execution concerns by default. This includes durable state persistence, pause and resume for human-in-the-loop workflows, safe retries with idempotency, and built-in observability across every step of an agent’s execution. Calljmp is designed for teams using TypeScript who want to ship production-grade AI systems without stitching together queues, databases, custom state machines, and monitoring infrastructure. Developers write agent workflows as code, while the runtime guarantees reliable execution over time, even across crashes, restarts, and long waits. Calljmp targets the gap between developer-first agent frameworks and heavy workflow engines, offering a practical path from prototype to production for real-world AI agents.

Paseo serves as an open-source development environment tailored for developers utilizing AI coding agents. It operates coding-agent providers hosted on local machines, development servers, or other platforms, and features various client options, including desktop, web, mobile, and command-line interfaces for effective management. Developers have the capability to execute multiple agents concurrently within distinct Git worktrees, arrange sessions into organized workspaces, modify files, examine diffs, utilize terminals and an integrated browser, and handle pull requests efficiently. Additionally, Paseo encompasses functionalities such as scheduling, voice interactions, plugins, and orchestration facilitated by MCP, along with a CLI and a TypeScript SDK. Its daemon can function locally, in Docker containers, or on remote servers, with clients able to connect either directly or via an optional encrypted relay for added security. The optional Paseo Hub enhances the platform by incorporating triggers from GitHub, Slack, and Discord, thereby broadening its integration capabilities. Users are responsible for installing and authenticating their coding-agent providers, providing necessary credentials, while Paseo refrains from offering any agent service itself, ensuring users maintain control over their development resources. This structure allows for a highly customizable and secure experience tailored to the specific needs of each developer.

Nextify serves as a cloud infrastructure platform designed for the provisioning and oversight of various virtual machines, including confidential-computing VMs, GPU instances, and associated networking and storage solutions. The platform features both shared and dedicated vCPU offerings powered by AMD EPYC processors, alongside AMD SEV-SNP secure VMs that provide encrypted guest memory, a virtual TPM, and remote attestation capabilities. Additionally, it supports GPU VMs equipped with AMD Radeon AI PRO R9700 graphics cards, enabling high-performance computing tasks. Customers are granted the ability to attach NVMe-backed block storage, generate snapshots, and set up S3-compatible object storage buckets, as well as utilize public IPv4 addresses, firewalls, private networks, VPN gateways, and load balancers. Resource management can be executed via a web portal or through a REST API and command-line interface, with the API facilitating automation through scripts, CI pipelines, and Terraform configurations. Furthermore, compute instances are charged on an hourly basis, capped at a specified monthly limit, and are suitable for a variety of use cases such as web services, development and testing environments, databases, build jobs, GPU inference, fine-tuning, and rendering tasks. This flexibility makes Nextify a comprehensive solution for businesses looking to efficiently manage their cloud infrastructure needs.

ADE serves as a dynamic development environment tailored for software developers leveraging AI coding agents in conjunction with Git repositories. It seamlessly organizes multiple tasks within distinct Git worktrees while integrating features such as agent chat, collaborative multi-agent sessions, terminal access, file editing, automated testing, browser-based quality assurance, automation tools, and pull-request reviews—all within a single workspace. Users can engage with ADE through desktop, browser, terminal, and iOS applications that synchronize project activities via an ADE Brain hosted on a user-controlled machine, with the added flexibility of running it on Linux without the need for a dedicated desktop application. The platform is compatible with AI tools like Claude Code, Codex, Cursor, Factory Droid, and OpenCode, and it facilitates connections to GitHub and Linear for streamlined pull requests and efficient issue management workflows. Developers have the capability to review modifications, evaluate testing outcomes, and maintain their workflow across various devices, ensuring a cohesive and productive development experience. Additionally, ADE's user-friendly interface encourages collaboration and enhances productivity among teams working on complex software projects.

The STORServer® Virtual Machine Backup (VMB) solution allows for the backup and archiving of VMware virtual machines directly to an IBM Spectrum® Protect server, whether it's within a STORServer Appliance or an existing IBM Spectrum Protect setup. Designed for ease of use, STORServer VMB can be swiftly installed and configured, requiring minimal daily management, making it an excellent choice for companies that need reliable backup for their virtual environments. This solution utilizes two backup technologies: VMB Native, developed by STORServer and used as the default option, and VMB Spectrum, which is derived from IBM Spectrum Protect for Virtual Environments, specifically designed for VMware data protection. Users can select the backup method that aligns best with their specific requirements. The architecture facilitates the direct transfer of virtual machine (VM) data to and from VMs and IBM Spectrum Protect storage pools without needing to involve ESX/ESXi servers, while the implementation of changed block tracking (CBT) significantly reduces the volume of data that needs to be transferred, enhancing efficiency. Overall, STORServer VMB provides a streamlined and effective backup solution tailored to the needs of modern virtualized environments.

Sengi functions as a managed runner service for GitHub Actions, executing Linux CI tasks on newly provisioned Ubuntu 24.04 x64 virtual machines. Teams can easily link their GitHub repositories and direct applicable workflow jobs to Sengi by adjusting the runner label, all while maintaining their existing Actions workflows, steps, secrets, logs, and triggers intact. The service provides various machine configurations including 2-vCPU/8-GB, 4-vCPU/16-GB, and 8-vCPU/32-GB options for diverse operations like builds, tests, Docker workflows, and handling multiple jobs in parallel. Each user account is granted a monthly quota of 3,000 standard-2-equivalent minutes that can be utilized across different runner sizes, and no payment card is necessary to initiate usage. Job execution charges are applied per minute based on the selected machine size, with boot and teardown times exempt from billing. Sengi aims to serve developers and DevOps teams seeking a hassle-free managed Linux execution solution for GitHub Actions, eliminating the need to maintain their own runner fleet. Currently, the service exclusively supports Ubuntu 24.04 on x64 architecture, ensuring a standardized environment for all users. This makes Sengi an appealing option for teams looking to streamline their CI/CD processes efficiently.

Fortress provides a secure and fully-isolated environment designed for optimal availability, utilizing "shadow" VMs to ensure that your industrial applications maintain exceptional resilience. The Integrity Environment is equipped with a powerful, agent-less snapshotting feature that dynamically captures the unique configurations of client control systems, along with integrated malware scanning and robust encryption/decryption functionalities to uphold the integrity and confidentiality of backups. Within this setup, specialized tools are employed to operate secondary copies of industrial control applications in purpose-built, fortified virtual machines that are supplied with configuration data from the integrity environment. Furthermore, all elements of the Fortress platform are maintained on a dedicated infrastructure that is both logically and physically segregated from the client’s main network, thereby protecting against potential security breaches. Unlike conventional high-availability systems, which are susceptible to lateral attacks from malicious entities, Fortress enhances security through its innovative design. This layered approach not only fortifies the environment against threats but also ensures a seamless operational continuity for critical industrial processes.

Gardience serves as a comprehensive fleet management solution for Windows and Linux systems, utilizing Salt and available in both self-hosted and vendor-managed formats. It features capabilities such as patch management, CVE vulnerability assessments, configuration oversight, and adherence to STIG and CIS security standards, complete with the ability to export audit reports. IT professionals can effectively manage server inventories, plan and authorize changes, and access detailed records of tamper-evident activities. The platform supports Ansible playbooks and includes a Terraform provider for seamless integration of new machines and automated configuration applications. Additionally, it boasts a REST API and an MCP server to facilitate automation and workflows involving AI agents, all while ensuring that human verification is a prerequisite for any changes made. Furthermore, Gardience provides workflows for CMMC Level 2 assessments, which encompass policy templates, evidence gathering, and support for System Security Plans and Plans of Action and Milestones. This versatile tool is tailored for teams managing a diverse range of Windows and Linux environments, particularly those operating under regulatory constraints or within air-gapped settings. In a rapidly evolving technological landscape, Gardience's robust features position it as an essential asset for organizations seeking to enhance their IT management practices.

OpenWeave serves as a governance mechanism for AI agents and autonomous systems, functioning as a server-enforced state machine that regulates the actions of AI agents and the timing of those actions. Users can outline workflows comprising states, transitions, and authorized triggers; the backend consistently enforces transitions with a strict 403 error, while pivotal states require human approval, effectively preventing bots from acting until a human intervenes. The monitoring feature provides insights into agent activities, ensuring that OpenWeave stops inappropriate actions before they occur. Instead of hardcoding transitions, agents learn about permissible transitions through the API, ensuring that every bot possesses a verifiable identity, and all modifications are logged in an immutable audit trail. The system offers integration through a REST API and a remote MCP server, making it a vital resource for AI-agent developers, AgentOps/MLOps, and platform teams. This comprehensive framework not only enhances security but also streamlines the management of AI workflows, ultimately contributing to safer and more efficient autonomous systems.

AgentComputer is an innovative cloud infrastructure platform tailored for operating AI agents in secure and fully operational virtual spaces. It offers "cloud computers" as lightweight Ubuntu-based sandboxes that can be set up in less than a second, enabling developers to swiftly create, access, and control their environments through a command-line interface. These virtual spaces come with persistent storage, ensuring that any installed applications, files, or settings are preserved even after restarts, which facilitates ongoing and consistent workflows. The platform is founded on an agent-first design, allowing AI agents to perform tasks directly within these spaces via SSH, which reduces the barriers between issuing commands and executing them. Furthermore, it features a built-in AI harness that accommodates various agents, including Claude, Codex, and additional coding assistants, thus promoting seamless collaborative multi-agent operations within the same environment. This integration not only enhances productivity but also streamlines the development process for AI-driven projects.

CaaB is an innovative cloud platform tailored for managed service providers, seamlessly integrating robust infrastructure with a comprehensive, fully white-label Cloud Web Manager. MSPs can effortlessly deploy and oversee a variety of services, including virtual machines, virtual desktops, managed Kubernetes, cloud storage, CDN, cloud backup, dedicated firewalls, load balancers, web application firewalls, and disaster recovery, all from a single interface. The Cloud Web Manager features a user-friendly GUI, complete automation, and API access, along with multi-tenant user management, two-factor authentication, and detailed usage reporting, empowering partners to administer customer cloud solutions under their own branding. The virtual machines offered are optimized for exceptional performance and scalability, featuring customizable hardware, SSD storage options, Linux or Windows operating systems, and swift deployment capabilities. Managed Kubernetes simplifies the process by eliminating the necessity for manual installation and cluster management, providing automated oversight, inherent security measures, and enhanced portability, making it a valuable tool for modern cloud operations. Furthermore, CaaB’s commitment to user experience ensures that even the most complex tasks can be handled with ease.

Agent Compute Engine is a fully managed compute service offered by Google Cloud that creates execution environments specifically for AI agents. Each agent operates within its own hardware-isolated microVM, complete with a dedicated guest kernel and root-level management capabilities. Users can benefit from features such as rapid startup, pausing, checkpointing, creating snapshots, and resuming workflows. Persistent workspaces are available to maintain agent files and context throughout different sessions, and the platform utilizes copy-on-write memory sharing to enable parallel environments derived from shared images. Agents have the capability to execute code, run shell commands, and perform browser actions within secure sandboxes, with carefully regulated access to enterprise data through Google Cloud's networking and identity frameworks. Developers have the flexibility to customize environment images, manage identity protocols, control network access, and oversee the lifecycle of their agents, all while Google takes care of the underlying compute infrastructure. The platform is particularly well-suited for interactive assistants, coding agents, browser-based tasks, and extensive evaluation and reinforcement learning tasks, showcasing its versatility and efficiency in handling a wide range of AI applications. This comprehensive management allows developers to focus on building and optimizing their AI solutions without the burden of infrastructure concerns.

Omnara is an open-source API for building and running AI agents in your product or internal workflows. It handles agent execution and state, so developers can focus on what each agent needs to do instead of building the infrastructure around it. You can use Omnara to add agents to a customer dashboard, create internal Slack agents, or run workflows such as code review. Launch agents, send instructions, and follow their work through a REST API, TypeScript SDK, or CLI. Agents preserve their state and can resume after interruptions. Choose the models, tools, and environments that fit your project. Omnara supports providers such as OpenAI, Anthropic, and OpenRouter, as well as compatible endpoints for models you host yourself. Agents can use managed sandboxes or connect to your own machines. MCP integrations and reusable skills let them work with external tools and data. For teams, Omnara provides project access controls, encrypted secrets, activity history, and approval steps for sensitive tool actions. You can start with Omnara Cloud or self-host the platform in your own environment.

Runx is a command-line and open-source runtime tool designed for the creation, discovery, and execution of governed skills tailored for AI agents. It allows developers to establish defined workflows, assign specific permissions and credentials, and execute skills on their own provider accounts locally. The system is capable of pausing runs for necessary approvals or inputs, and it retains a signed receipt that can be reviewed and validated. Skills can be sourced from a public registry and integrated with various compatible agents, including Claude Code, Cursor, and Codex. Additionally, an optional hosted service can facilitate managed OAuth connections, scoped grants, API-based run submissions and inspections, handling of approvals, and notarization of receipts. The command-line interface can function in both local and self-hosted setups. Runx is specifically designed for developers and platform teams focused on building and managing AI-agent workflows that require clear authority boundaries along with auditable execution processes. Furthermore, its capabilities support enhanced collaboration and security measures for the development of AI-driven solutions.

This backup solution combines image and file backups to ensure data safety, quick recovery times, and long-term archive. Clients for Windows and MacOS, as well as Linux, with changed block tracking for Windows. This makes it a one-stop shop for both server and workstation backups. Backup storage to local disks, AWS S3 (deduplicated, compressed and encrypted) or compatible storage, making it a very cost-effective way to backup cloud instances or on-premise servers/workstations. For additional data safety or off-site backups of on-premise appliances, you can backup from appliance to appliance.

Jean serves as an open-source development environment that enables developers to manage AI coding agents across various projects, whether local or remote. This platform consolidates features like repositories, Git worktrees, agent sessions, terminals, and code review into a unified desktop application, utilizing a browser interface that can be hosted on either the user's machine or a Linux server. It allows developers to create distinct worktrees tailored for specific issues and pull requests, execute compatible agents concurrently, analyze diffs, and utilize Git tools for code review and commit preparation. Additionally, Jean integrates seamlessly with GitHub and Linear workflows while supporting various integrations, including Sentry and CodeRabbit. It is compatible with coding-agent command-line tools such as Claude Code, OpenAI Codex, OpenCode, Cursor Agent, and Kimi Code. Jean is designed to cater to both individual developers and software teams aiming to streamline agent-assisted workflows on their own machines or servers. This innovative tool not only enhances productivity but also fosters collaboration among team members in a structured programming environment.

GPUBank serves as a cloud-based platform where developers, machine-learning experts, and research groups can rent GPU resources to enhance their AI and GPU-intensive workloads. Users can easily navigate the web console to select either NVIDIA or AMD GPU instances, pick a deployment location, and initiate pre-configured setups for a variety of purposes, including model training, inference, fine-tuning, image generation, and framework development. The platform offers a range of templates, such as PyTorch, vLLM, ComfyUI, and Ollama, catering to diverse project needs. Additionally, GPUBank provides an API, a command-line interface, a Python SDK, and a Terraform provider to facilitate easy provisioning and management of usage. Pricing for GPU compute is calculated per second and encompasses the costs for the chosen instance's CPU, memory, local NVMe storage, public IPv4, and network traffic as part of the hourly rate; however, persistent disks incur additional charges. Customers have the flexibility to opt for on-demand, interruptible, or reserved capacity across various data center locations, ensuring they can tailor their resources to fit specific project requirements effectively. This versatility makes GPUBank an appealing choice for those looking to optimize their computational needs in a cost-effective manner.

Fly.io is a developer-focused cloud platform that provides fast, scalable infrastructure for running applications and services globally. It introduces Fly Machines, which are hardware-virtualized containers that launch instantly and run only when needed. The platform enables developers to deploy applications quickly without managing complex cloud configurations. With support for multiple programming frameworks, Fly.io allows users to build using the tools they already know. It offers secure sandbox environments, making it suitable for running untrusted or AI-generated code safely. The platform includes global deployment across multiple regions, ensuring fast response times for users everywhere. Built-in private networking and encryption enhance security and connectivity. Fly.io also provides flexible storage options, including fast local storage and durable object storage. Its autoscaling capabilities allow applications to handle varying workloads efficiently. Overall, Fly.io simplifies cloud infrastructure while delivering performance, flexibility, and scalability.

Atomic Agent is a local-first AI tool that operates directly on your machine via the terminal, allowing you to utilize your actual tools—like the shell, files, and browser—while securely storing all session data locally. You can either direct it to a local model using llama.cpp or link it to a hosted model for enhanced capabilities, ensuring that you select the model, retain your data, and maintain control without facing cloud lock-in. Installation is simplified to a single command across macOS, Linux, and Windows platforms, making it an ideal solution for developers and power users who desire a robust autonomous agent without the need to transfer their work to an external cloud service. This flexibility empowers users to customize their experience while ensuring privacy and autonomy in their workflows.

Parallels Desktop can help you run Windows programs on Macs, or if you're moving from PC to Mac and need your data to be transferred, Test and develop across multiple OSes using a virtual machine for Mac. Microsoft Office for Windows and Internet Explorer are available to you. Windows apps that run quickly without slowing down your Mac. Move files, apps, and other items quickly from a computer to a Mac. You can use Windows side-by-side (no restarting necessary) on your MacBook Pro, MacBook Pro, MacBook Pro, iMac Pro or iMac Pro. You can share files and folders, and copy and paste text and images. You can also drag and drop files between Windows and Mac applications. Parallels Desktop automatically detects the files you need to get up and running in minutes. You will be asked to download and install Windows 10 or choose your existing Windows, Linux Ubuntu, or Bootcamp installation.

Bid farewell to delays caused by software updates, allowing you to reclaim valuable time to concentrate on your primary objectives. With Flaneer, you have the flexibility to adjust your graphics or computing capabilities according to your specific requirements. You can easily customize your configuration right from the dedicated administration section of your virtual machine. By choosing Flaneer, you not only reduce electronic waste but also lessen your environmental footprint. Continue utilizing your older devices to access cutting-edge technology! We've all experienced the frustration of waiting as our computers seem on the verge of liftoff. Safeguarding your information is paramount to us; we ensure your data resides on secure servers vetted by third-party security firms, with the most sensitive information being encrypted. When new team members come on board, their initial days are often spent setting up projects and dependencies; however, with Flaneer, you can streamline this process, providing a fully equipped work environment in no time. This efficiency not only boosts productivity but also enhances overall team morale.

Virtua.Cloud is a European cloud service designed specifically for developers, enabling a swift transition from concept to operational server in mere seconds, all governed by your own rules. Users have the flexibility to select their preferred operating systems, such as Linux, Windows, or FreeBSD, and can easily set up a VPS tailored for various applications, including AI agents, web applications, APIs, databases, Docker containers, remote desktops, .NET tools, ZFS, Jails, and self-hosted solutions. With Linux VPS options featuring over 10 different distributions, complete root access, rapid deployment, and high-speed SSD or NVMe storage, users benefit from a streamlined experience that includes one-click OS reinstalls, package managers, and Docker-compatible environments, alongside support for Git, Node.js, Python, Go, Rust, and comprehensive system control through systemd or init. Each server is designed for maximum user control, equipped with management features like VNC console access, firewalls, snapshots, reverse DNS capabilities, custom ISOs, and post-install scripts, all easily accessible from the control panel. Additionally, users can adjust their resource allocations seamlessly without risking data loss, as the process requires only a simple restart instead of a complete reinstall. This level of flexibility and control makes Virtua.Cloud an ideal choice for developers seeking robust cloud solutions.