What is HyperSpace?
HyperSpace is an instant-on environment, designed to deliver near-instant access to key applications from a hidden firmware partition. Powered by a lightweight Linux®-based OS called HyperCore, users can start their PC and hit F4 to instantly access a browser, email, media playback, and more, without waiting for Windows to load. Intended to complement Windows rather than replace it, HyperSpace is ideal for quick tasks and lightweight computing needs.
How does HyperSpace instant‑on technology work?
HyperSpace employs a two-mode operation in conjunction with the firmware-integrated HyperCore hypervisor. In Dual mode, pressing F4 boots directly into HyperSpace's dedicated partition and suspends Windows. In Hybrid mode, Intel VT-x technology enables both operating systems to run simultaneously, letting users switch instantly between HyperSpace and a sleeping Windows via BIOS calls. The hypervisor handles boot prioritization, memory partitioning, and ACPI power state transitions for seamless performance.
Can HyperSpace run alongside Windows?
Yes. In Hybrid mode, HyperSpace leverages Intel VT-x virtualization, in combination with BIOS firmware and hypervisor, to allow both the instant-on environment and Windows to run concurrently. When HyperSpace is active, Windows remains suspended in the background and can be resumed instantly via F4. This lets the user access quick tools or browse without disrupting ongoing Windows tasks. In contrast, Dual mode runs only one OS at a time.
Does HyperSpace require a hypervisor?
Yes. The HyperSpace instant-on system depends on HyperCore, Phoenix Technologies' proprietary hypervisor embedded in the BIOS or UEFI. This light-footprint virtualization layer handles memory and CPU partitioning, enabling HyperSpace to operate alongside or independent of Windows. The hypervisor is responsible for isolating execution environments (Dual mode) or enabling concurrency via Intel VT-x (Hybrid mode), thus offering fast boot capability and seamless OS switching functionality.
Is HyperSpace based on Linux®?
Yes. HyperSpace runs on a tailored Linux® operating system, leveraging the robust Linux® kernel and select open-source applications. This environment is stripped-down and optimized for speed, supporting essential tools such as a web browser, email client, media player, PDF viewer, and light office tools. Because it's built on Linux®, HyperSpace is compact and efficient, limited in scope, but fully capable for instant-on usage.
How fast can HyperSpace boot compared to Windows?
HyperSpace launches in under 30 seconds from cold boot, with many models reporting as fast as 25 seconds to a usable browser. That is significantly faster compared to several minutes typically needed to fully boot Windows XP or Vista. Hybrid wake-from-sleep times are even faster, at just a few seconds. The instant-on design targets speed and efficiency, making popular lightweight tasks accessible nearly instantly.
Would HyperSpace extend battery life?
Yes. Because HyperSpace uses minimal system resources and focuses on lightweight Linux®-based tasks, it consumes significantly less power than a full Windows session. Field tests showed battery life extending by roughly 20-50% when users stick to HyperSpace for browsing or email. This efficiency is especially noticeable on portable devices like netbooks and notebooks, providing greater runtime for common tasks like web browsing or document review.
Can I access the internet from HyperSpace?
Absolutely. HyperSpace includes built-in networking support, automatically detecting wired ethernet or available WiFi networks. It then provides access via a Mozilla-based browser and dedicated email client. After pressing F4 and connecting to a known network, users can check email, use web-based tools, stream audio, and browse websites, all without waiting for Windows to start. It functions as a fully standalone environment for essential connectivity.
Does HyperSpace include built‑in applications?
Yes. HyperSpace comes preloaded with essential tools tailored for quick-use scenarios, including a Mozilla-based browser, media players, PDF viewer, ThinkFree Office suite for basic documents and spreadsheets, instant messaging, and email. Optional add-ons for remote desktop support, such as Citrix or VMware clients, allow further productivity. All apps are chosen to provide core functionality with fast loading and minimal overhead.
How do you switch between HyperSpace and Windows?
Switching between HyperSpace and Windows is seamless. In Hybrid mode, you press the dedicated F4 key, and HyperSpace starts immediately while Windows remains in sleep. Launching HyperSpace again returns you to the Windows session. In Dual mode, switching requires a reboot. Phoenix also included a desktop toolbar toggle to simplify transitions, but the F4 key remains the primary method for rapid operating system switching.
Is HyperSpace a firmware‑level application?
Yes. HyperSpace is integrated deeply into system firmware. Its core runs on a hidden disk partition managed by a BIOS or UEFI launch loader, with the HyperCore hypervisor embedded at a lower level. This firmware integration ensures quick boot initiation, secure OS isolation, and a reliable environment even when Windows remains powered off or is corrupted. HyperSpace effectively resides "under" Windows while remaining completely independent.
Can HyperSpace run productivity software?
Yes. Although not a full workstation OS, HyperSpace delivers productivity via lightweight tools like ThinkFree Office for document editing, integrated email, and instant messaging. There's also support for remote session tools like Citrix and VMware clients. While not meant for intensive tasks like video editing or large spreadsheets, HyperSpace remains sufficient for writing, reviewing documents, browsing, emailing, note-taking, and lightweight remote work.
How does Hybrid HyperSpace differ from Dual?
Hybrid mode uses virtualization (Intel VT-x and the HyperCore hypervisor) to let HyperSpace and Windows run simultaneously, one pausing while the other runs. Users can switch instantly with no reboot. Dual mode, by contrast, runs only one OS at a time; HyperSpace boots into its partition, and switching back to Windows requires system restart. Hybrid supports multitasking, Dual prioritizes raw performance or simplicity.
Is HyperSpace secure from Windows malware?
Yes. HyperSpace's Linux® isolation minimizes Windows-related malware risks. In Dual mode, HyperSpace lives in a separate partition and cannot be affected by Windows infections or registry corruption. Hybrid mode isolates environments at the hypervisor level. As its applications and Linux® base are read-only, HyperSpace greatly limits malware vectors, reducing the likelihood of rootkits, spyware, or other persistent threats common in Windows environments.
What are the system requirements for HyperSpace?
HyperSpace requirements vary based on the mode:
- Hybrid mode: Requires a CPU with Intel VT‑x capability (e.g., Core 2 Duo), at least 2 GB RAM, and integrated graphics support.
- Dual mode: Runs on minimal hardware like Atom or Celeron chips with 512 MB–1 GB RAM, compatible with Windows XP or Vista.
Hardware firmware support is essential for partition detection and F4 BIOS startup.
Should HyperSpace be used for public or shared computers?
Yes, HyperSpace is ideal for shared or public environments like kiosks, airport terminals, classrooms, or libraries. Its quick boot time and restricted application set make it efficient and secure for users who only need basic functions like browsing, checking email, or opening documents. Because it operates outside of Windows and doesn't retain user data between sessions, HyperSpace minimizes system vulnerability, user configuration changes, and the need for constant maintenance or reboot cycles.
Can HyperSpace be customized by OEMs or IT departments?
Yes, Phoenix Technologies designed HyperSpace to allow limited customization by OEMs and enterprise IT teams. This includes the ability to pre-install custom applications, set branding elements, or adjust default configurations like homepages and email accounts. While the Linux®-based environment is not fully open, it supports tailored use cases such as enterprise access portals, educational platforms, or diagnostic tools, helping IT departments deploy lightweight, controlled environments for specific workflows or productivity needs.
