FAQ

Project O.A.S.I.S. (Offline Advanced System for Information and Survival) was engineered to solve a fundamental problem: total reliance on centralized infrastructure, power grids, and internet access during emergencies or remote field operations.

Its primary purpose is to provide an immediate, fully autonomous, and deployable tactical workstation that integrates physical radio communication, wideband spectrum scanning (SDR), off-grid power management, and localized data processing—including offline medical/survival knowledge bases and on-device, local AI.

Who it is for:

• Preppers & Survivalists: Individuals who demand physical digital autonomy, complete privacy, and non-network-dependent tools when infrastructure fails.
• Field Operators & First Responders: Professionals needing a rugged, self-contained communication and information hub in remote or grid-down environments.
• Off-Grid Enthusiasts & Tech Builders: Users who appreciate high-grade hardware execution, custom CAD engineering, modular design, and open-source software integration.

Who it is NOT for:

O.A.S.I.S. is not a consumer gaming laptop or a mass-market gadget. It is a highly specialized, hand-assembled hardware platform built strictly for functional execution, survival readiness, and field independence.

ONLY the Turnkey PRO version provides built-in, native EMP resistance.

This specific configuration utilizes customized case inserts that are fully lined with specialized, conductive Shieldex® Faraday fabric, providing integrated E1/E2/E3 pulse protection for internal components.

All other O.A.S.I.S. configurations come standard without shielding, but EMP protection can be added to any version during checkout via the dedicated EMP Shielding Add-on. Unshielded configurations must otherwise be stored inside an external Faraday bag or shielding enclosure to ensure protection.

EMF (Electromagnetic Field) represents everyday radio interference from Wi-Fi, cellular networks, or radars. The station easily handles EMF during operation due to its internal metal shielding and design (EMC compliance). An EMP (Electromagnetic Pulse) is a destructive energy blast that physically burns electronic circuits. O.A.S.I.S. is not natively EMP-proof while operating with extended antennas, but it is built to survive such an event when properly sealed and powered down.

Yes, absolutely. Opening the case breaks the Faraday cage integrity, allowing high-frequency radio waves to flow freely. The internal antennas have direct line-of-sight with the environment and satellites, ensuring full operational capability for SIGINT, Mesh networks, and GPS tracking. You get the perfect compromise: complete connectivity when open, total protection when closed.

Yes. Unlike older rugged laptops (like the legacy Getac B300 with dual-core processors), O.A.S.I.S. runs on a modern architecture featuring an Intel Core i7. This modern hardware provides the necessary instruction sets (such as AVX2) and processing power required to run local, offline LLMs for data analysis or tactical image/speech recognition without freezing.

A specialized operating system built for rugged hardware requires precise kernel configurations and hardware-level drivers to exploit the machine’s full potential. More importantly, in the tactical and preparedness community, out-of-the-box trust is a security risk. Operators prefer to inspect the configuration and build their own environments to ensure absolute data integrity and eliminate any backdoor vulnerabilities.

This is a custom engineering project built by hand to order, not a mass-produced drop-shipping product. Every unit is tailored to specific mission requirements and hardware configurations. Furthermore, maintaining operational anonymity is a core value in this space. When the official ordering window opens, it will be handled through a secure, official sales channel—never through random social media posts or direct unverified transfers.

Current pricing and reward tiers are available directly on our Indiegogo campaign page. To put this into perspective, a brand-new Getac unit alone retails for $4,000 to $5,000 USD. To keep production costs as low as possible for the end-user, I strictly source fully tested, verified, and certified refurbished core units. The final price is highly dependent on your specific requirements and custom configuration, such as the amount of RAM, the addition of dual or multiple hot-swappable backup batteries, and specialized internal and external modules.

No, the STL files are private and will not be shared. These inserts are the result of hundreds of hours of custom engineering, testing, and continuous prototyping to achieve perfect tolerances and optimal component layout. Furthermore, the entire interior ecosystem is precisely tailored around a specific case model that is practically unavailable outside of Europe, meaning the files would not be compatible with standard off-the-shelf cases found elsewhere.

Because O.A.S.I.S. is not an e-reader for survival novels or basic gardening tips; it is an off-grid operations and intelligence center. In a total grid-down scenario, the primary threat is a complete information blackout. This system is built to scan the RF spectrum via SDR, monitor emergency mesh networks, decode digital radio transmissions, and analyze wideband signal data on the fly—tasks that are impossible to perform with paper and ink. While maintaining a lightweight profile is important for basic foot travel, having the sole capability to gather intelligence, intercept signals, and maintain long-range digital communication provides the ultimate tactical advantage when standard communications fail.

No, O.A.S.I.S. does not rely on AI, nor is it controlled by it. The core operating system, firmware, radio monitoring software (SDR), mesh networking protocols, and tactical mapping tools are entirely traditional, hard-coded software. Local AI is purely an optional, sandbox utility installed on the system—acting much like a localized, advanced technical encyclopedia or text parser. If you choose not to use it, it remains completely inactive and has absolutely no bearing on the reliability, security, or core operation of the station.

The Baofeng handhelds are not the core of the system’s radio capabilities; they are simply included for basic, short-range local voice communication. The actual advanced radio intelligence of O.A.S.I.S. comes from its internal wideband SDR (Software Defined Radio) setup, which is built to scan the spectrum, intercept digital signals, and decode data across a massive range of frequencies using external tactical antennas. The handheld radios are just a secondary, modular accessory.

Yes, the baseline setup is completely legal to carry and operate for anyone.

To clear up the technicalities:

• Listening/Monitoring: The internal wideband SDR (Software Defined Radio) is a passive receiver. You can legally scan the RF spectrum, listen to frequencies, and decode digital data anywhere in the world without any license or permit.
• Voice Communication: The included handheld radios can be easily programmed to utilize standard PMR446 frequencies (or local equivalents), which are free and legal for public use without a license during your overlanding or off-road expeditions.
• Emergency Situations: In a genuine life-or-death emergency or a total grid-down scenario, international regulations allow the use of any radio frequency and power level necessary to signal for help.

For everyday use, as long as you stick to receiving data and using public PMR channels for voice, you are 100% legal. Advanced operators with proper amateur radio licenses can, of course, reprogram the hardware to utilize high-power ham bands.

The system runs Gemma 3 4B (Instruction-Tuned), specifically optimized using q4_K_M quantization. The entire model file is only about 3.11 GB. Trying to run massive 72B models on an off-grid laptop is highly inefficient and builds massive power drain. A lightweight, 4-billion-parameter model runs entirely in VRAM (or RAM in other configurations), processes tokens almost instantly, and consumes minimal battery power while delivering perfectly logical and precise technical intelligence in the field. 

The heavy-duty PP outer case is engineered strictly for high-impact, dust, and water protection. EMP mitigation is handled internally by an integrated layer of military-grade, highly conductive shielding fabric.

This internal lining meets strict defense standards, including MIL-STD-188-125 (High-Altitude EMP protection) and IEEE-299 shielding effectiveness, compliant with NATO and Bundeswehr MIL-SPEC requirements for electronic counter-threat shielding.

While the magnesium-alloy chassis of the core Getac unit and internal module shields provide secondary protection, this specialized inner Faraday layer directly blocks electromagnetic pulses without the excessive weight, grounding, or signal interference issues of a heavy metal outer briefcase.

Absolutely not. The software ecosystem loaded onto the secondary SSD—including the Ubuntu operating system, the NOMAD database setup, and the local AI configurations—is entirely based on a free, publicly accessible open-source project available on GitHub.

When purchasing the station, you are paying strictly for the physical hardware components (including the price of the blank SSD drive itself), the hundreds of hours of 3D prototyping, and the custom physical assembly required to integrate it all into a functional, rugged unit. The open-source software and globally accessible knowledge pre-loaded onto the drive are not part of the commercial pricing and are included solely for user convenience.

O.A.S.I.S. is designed for rapid deployment, not continuous 24/7 entertainment. The standard operational procedure is to boot a lightweight Linux system, extract critical data, check offline maps, or scan frequencies, and shut down. The rugged Getac S410 platform utilizes hyper-efficient components and features hot-swappable batteries. Furthermore, the system is fully optimized for 12V/24V direct DC charging, allowing efficient charging from tactical solar setups or vehicles without the power losses of standard AC inversions.

Because physical supplies and information tools are not mutually exclusive; they complement each other. While a computing station does not produce water or food, it provides the critical intelligence needed to protect those very resources. In a blackout, knowing that the grid failed is obvious, but knowing why it failed, monitoring local threats, tracking weather changes, and checking for environmental hazards requires signal interception. O.A.S.I.S. acts primarily as a passive monitor, allowing you to listen to regional developments and maintain situational awareness so you can avoid dangers entirely rather than reacting to them when it is too late.

No. O.A.S.I.S. is engineered around highly efficient, low-power rugged hardware specifically rated for field and tactical applications. It operates independently via its own integrated, modular battery systems and doesn’t conflict with your primary power reserves for heating or cooking. In an off-grid scenario, energy management is crucial, but allocating a minimal fraction of wattage to secure real-time signals intelligence, automated threat alerts, and comprehensive regional maps provides a much higher survival return than keeping one extra light bulb running.

No. That description completely misses the internal engineering and hardware integration. O.A.S.I.S. is a unified tactical station. Beneath the custom physical paneling—which requires hundreds of hours of technical 3D printing and CAD optimization—lies a dedicated wideband SDR (Software Defined Radio) receiver framework, an independent power management system for extended off-grid field use, integrated radio docks, and tactical antenna connection links. It is designed to function as a self-contained, field-deployable intelligence unit, not a standard transport case for a laptop.

No. A honeyot or tracking device relies inherently on hidden code, proprietary hardware, and forced cloud connectivity to exfiltrate user data back to external servers. O.A.S.I.S. operates on the exact opposite principles: it is built using off-the-shelf hardware and entirely free, open-source software transparently hosted on GitHub. Because the operating environment is completely air-gapped and lacks any automated or hidden cloud uplink, the user retains total physical and digital sovereignty over the device and all intercepted data.

The key difference is that this isn’t just a communication tool—it’s a complete, fully integrated offline tactical workstation. Beyond mesh networking, it packs a massive local knowledge base: over 100GB of global offline maps, ENTIRE Wikipedia, local LLMs running entirely off-grid, and advanced radio spectrum analysis and SDR tools. Everything is built into a single, ruggedized plug-and-play unit designed for instant deployment, removing the need to source, configure, and piece different systems together in the field. Tunnel vision and pigeonholing equipment into simple categories never brought anyone any good; this platform is built for comprehensive information autonomy.

This system is not designed to be a pocket-sized bug-out tool for fleeing on foot with just a backpack—in those scenarios, minimalism wins and every ounce counts. Survival is more than just trying to get by with a pocket knife in the woods; modern crises require information and communication security. The O.A.S.I.S. station is designed to serve as a standalone command node for a base camp, vehicle setup (van/4×4), or a physical shelter. It is fully independent of external infrastructure and operates entirely offline.

The station acts as a central command hub and charging bay where the radios are securely stored, protected from shocks, and topped up during transport—they are absolutely meant to be worn on your gear once you deploy in the field. Furthermore, even though the field team utilizes the hand radios, anyone staying at the base station can use the integrated SDR module on the computer to tune into the exact frequency and monitor the operation as a passive listener. Combined with the integrated Meshtastic/Meshcore module and trackers, the station links the whole group together on offline maps. Because it is a modular platform, auxiliary equipment like thermals or cameras can easily be integrated, but securing reliable group communications was the top priority.

Since the project is based in Poland (EU), shipping lithium-ion batteries across the ocean is a logistical nightmare due to strict air freight regulations, customs hold-ups, and high equipment taxes. To avoid these issues, the station is intentionally engineered using standard components. This allows you to easily source replacement batteries and common spare parts locally via well-known e-commerce platforms, keeping the initial logistics clean and efficient.

Absolutely. You don’t need to be an IT expert or a software engineer to use the O.A.S.I.S. platform. Upon delivery, the station includes comprehensive, step-by-step documentation provided in both a printed manual and digital PDF formats. Furthermore, for all the Open-Source tools and core modules integrated into the system, I will provide curated links to high-quality video tutorials and training materials. Everything is structured systematically so that anyone, regardless of their technical background, can confidently operate the setup from day one.

The station’s power architecture is engineered specifically for maximum flexibility in remote and grid-down scenarios:

• 12V–24V DC / Vehicle Systems: The system can be powered directly from standard 12V/24V DC vehicle outlets, heavy-duty car batteries, or external LiFePO4 battery banks. Running natively on DC avoids inverter conversion losses, ensuring maximum power efficiency.
• Solar & Power Stations: It integrates seamlessly with portable solar generators (e.g., EcoFlow, Jackery, Bluetti) or direct solar panels via a DC MPPT charge controller for infinite off-grid runtime.
• AC Mains / Inverters: It includes a standard AC power supply for conventional wall outlets or generator/inverter setups.
• Internal Hot-Swappable Battery: The integrated GETAC laptop core features its own internal batteries, allowing the station to operate completely independently and switch between external power sources on the fly without shutting down. You can even buy 10 extra batteries and an external charger for them!

Thermal management was a primary reason for choosing a rugged Getac chassis over standard laptops. The system relies on industrial copper heat-pipe cooling, aggressive fan curves, and custom 3D internal spacing to ensure proper airflow inside the case. Additionally, pre-installed local LLMs are strictly optimized (via 4-bit/8-bit GGUF quantization) to keep memory overhead and temperatures under control.

Thermal throttling affects all modern high-performance compact hardware and cannot be 100% eliminated under extreme sustained loads. However, even if heavy processing adds a few seconds of compute delay under full load, getting an accurate, AI-synthesized answer in 15-60 seconds completely offline is still infinitely faster than manually digging through gigabytes of raw manuals or books in the field.

Not at all — O.A.S.I.S. is engineered specifically for total offline independence and does not rely on active GPS, cellular networks, or external satellite downlinks.

GPS is merely one type of external positioning signal. The built-in GIS (Geographic Information System) mapping engine runs entirely locally from the internal high-speed SSD. Even if satellite navigation is completely jammed, spoofed, or shut down, you retain instant access to full offline vector maps, elevation data, terrain analysis, and regional POIs.

If external positioning signals remain active, the system utilizes them as an added telemetry layer; if they fail entirely, the core system remains 100% operational.

Absolutely not.

Quantum decryption and advanced remote cyberattacks require an active network vector to target a system. As long as O.A.S.I.S. remains disconnected from external networks (Wi-Fi, LAN, 4G, Bluetooth), no remote entity or quantum system can breach the device, compromise its software, or extract data.

Air-gapped, offline operation ensures total cryptographic isolation, absolute security, and true data sovereignty.