Grid failure
Infrastructure is vulnerable. Regional blackouts and communications outages can instantly sever your connection to emergency protocols and survival guides.
Iris is a self-contained offline intelligence system built for outages, disasters, remote travel, and infrastructure failure. It keeps critical knowledge searchable and accessible without internet, cellular service, or cloud dependency.
Whether from a blackout, severe storm, wildfire, flood, cyberattack, or remote travel—when the connection drops, critical knowledge is lost.
Infrastructure is vulnerable. Regional blackouts and communications outages can instantly sever your connection to emergency protocols and survival guides.
In remote environments, there are no cell towers. You have zero access to the answers you depend on daily when traveling far off-grid.
Most people can't perform basic trauma care, purify radioactive water, or navigate without GPS. The knowledge exists, but only on servers you can no longer reach.
"When access disappears, most people don't know what to do."
A structured offline intelligence system, engineered to give you real answers when the tools you normally depend on are gone.
All computation happens on the device. No server needed, ever.
Vectors search across a curated, structured knowledge archive instantly.
Gigabytes of verified, actionable information on an internal SSD.
No Wi-Fi. No 5G. No power grid required to operate.
Iris combines a lightweight on-device language model with a curated, structured knowledge archive. The result is fast, reliable answers — no connection required.
Use the physical keyboard to enter any query — medical symptoms, repair procedures, water treatment, navigation methods.
Iris scans its on-device knowledge archive — structured by topic, verified by experts, indexed for fast retrieval. No internet round-trip.
You receive a clear, actionable response with source citations. Large text, high contrast, optimized for reading under stress.
Wound Care: Field Protocol
1. Stop bleeding. Apply firm direct pressure for 10–15 min. Do not remove cloth.
2. Clean the wound. Irrigate with clean water, saline preferred. Remove visible debris.
3. Closure. Use butterfly closure strips or suture if available. Avoid closing puncture wounds.
4. Monitor for infection. Increasing redness, warmth, or pus — indicators of sepsis risk.
Powered by a lightweight on-device language model and a curated knowledge archive verified by specialists. Answers are grounded in the local archive and shown with source references where available. Answers are drawn from structured, vetted sources.
Every component is purposefully selected for longevity, low power draw, and field serviceability.
Intel N100 mini PC architecture optimized for ultra-low power. Capable of running local AI search models instantly.
High-speed modular NVMe solid-state storage. Replaceable architecture for securing critical archives.
20,000mAh high-output lithium battery. Features dual power management: 72-hour endurance mode for database search, and 24-hour full capacity mode for LLM generation and GPS navigation.
Integrated 7–10” IPS display optimized for low-distraction. Wired compact physical keyboard interface.
Rugged compact enclosure inside a transportable hard case. Modular internal layout for field serviceability.
Purpose-built to deliver offline survival intelligence during the scenarios you can't predict.
Instant access to repair, emergency, and technical protocols entirely independent of the internet.
Navigate and troubleshoot critical situations hundreds of miles from the nearest cellular signal.
Field medical references, water safety, and shelter construction guides—all instantly searchable.
Maintain deep agricultural, mechanical, and technical archives entirely decoupled from cloud dependencies.
Iris is not just hardware. It’s access to knowledge when access disappears.
The foundation of offline survival.
Extended usability for real conditions.
Total redundancy and backup.
The Iris archive is not a Wikipedia dump. Every category is curated, verified, structured for actionable retrieval under real conditions.
| Capability | Physical Books | Smartphone | Internet | IRIS |
|---|---|---|---|---|
| Works offline | ✓ | ~ | ✗ | ✓ |
| Searchable | ✗ | ~ | ✓ | ✓ |
| Structured & verified | ~ | ✗ | ✗ | ✓ |
| Covers all critical topics | ✗ | ~ | ✓ | ✓ |
| No power grid needed | ✓ | ✗ | ✗ | ✓ |
| Works under stress | ✗ | ~ | ✗ | ✓ |
| No subscription | ✓ | ✗ | ✗ | ✓ |
| Portable | ✗ | ✓ | ~ | ✓ |
~ = partially or conditionally
Iris isn't a device you store and forget. It's a capability you maintain — one that becomes essential the moment normal access disappears.
Grid fails for days, not hours. Iris has the information you need — generator repair, food preservation, medical reference — when your phone is dead and Wi-Fi is gone.
No signal. No maps. No cell service. Iris carries navigation protocols, wilderness medicine, and local hazard information without needing a tower within range.
When operating beyond the reach of cell towers, the people with actionable knowledge are the most valuable people in the room. Iris makes that person you.
Off-grid systems require constant maintenance knowledge. Water treatment, power systems, structural repair — Iris is the reference library that doesn't need a satellite dish.
A single Iris unit covers an entire household. Medical protocols, emergency procedures, food storage — available to anyone who can type a question.
Supply chain disruption. Communication outage. Systemic failures happen slowly, then rapidly. Iris is the constant in a scenario where every other variable is breaking down.
Every add-on is built around a single principle: Iris must keep working when everything around it has failed. The accessories below address the three things that kill capability — loss of power, electromagnetic attack, and physical damage.
Hardware is vulnerable to extreme conditions and localized interference.
The IRIS Faraday Case is a hardened RF-shielded enclosure. Shielding specifications are target values pending final materials testing. Designed to reduce exposure to broadband RF interference.
Included in the Iris Continuity Kit. Available separately as a standalone add-on.
A foldable, monocrystalline solar panel that delivers 25W peak output over USB-C Power Delivery. Folds to book size. Deployable in under 10 seconds. Charges Iris direct or via the IRIS Power Bank for night-time use.
20,000mAh high-density lithium pack. Extends Iris runtime by up to 5×. Charges via solar, USB-C, or grid. Dual output ports.
PowerSpare 1TB or 2TB M.2 NVMe pre-loaded with the full knowledge archive. Field-swappable in under 2 minutes with no tools.
StorageIP67-rated polycarbonate hard case with precision-cut foam insert. Crush-resistant, dustproof, waterproof. Stores Iris + accessories.
ProtectionIn a crisis, you don't need a conversational assistant. You need raw, actionable protocols. Test the live IRIS response model below.
Every function — search, inference, display — runs entirely on the device. No external request is ever made or required.
Engineered for extended runtime. ARM efficiency cores, low-draw display, aggressive sleep states. Designed to run for days, not hours.
Not a web scrape. Every piece of knowledge in the Iris archive is verified by domain specialists for accuracy and actionability.
Standard screws. Documented repair procedures. Replaceable battery. User-accessible SSD. Iris is designed to be maintained, not thrown away.
No activation servers. No license pings. No telemetry. Iris works the day you receive it and 10 years later, regardless of what has happened to the companies behind it.
Production units ship May 15th. Secure your allocation and lock in your 15% early adopter discount with a fully refundable $99 deposit today.
We'll notify you when orders open for the first production run. Thank you for your interest in Iris.
Iris is a self-contained offline intelligence system — a physical device with an integrated display, keyboard, compute module, and a large-capacity SSD loaded with a curated, searchable knowledge archive. It's designed to give you fast, reliable access to critical information when normal digital tools are unavailable.
No. Iris is designed to work entirely without internet, cellular, or Wi-Fi. All storage, processing, and search happens on-device. It optionally connects to Wi-Fi for archive updates when you choose to do so — but this is never required for core operation.
The Iris archive covers 8 primary categories: Water, Food, Medical, Shelter, Repair, Power, Navigation, and Communication. Each category contains hundreds of structured articles, protocols, and reference guides verified by domain specialists. The depth and breadth increases with higher Iris editions.
Yes. Archive updates are distributed via USB transfer or optional Wi-Fi sync (when you choose to allow it). The SSD is user-accessible, so you can also load additional content yourself. Iris Continuity Kit includes 2 years of priority archive updates.
The Iris internal battery provides approximately 36–72 hours of typical use (intermittent queries, display on). In low-power standby, runtime extends significantly. The device charges via USB-C and is compatible with solar panels, battery packs, and standard chargers.
No subscription is required for core use. The Iris device and its full knowledge archive are yours with a one-time purchase. Optional archive update packages may be offered in the future, but the device will function completely without them.
Iris is for people who understand that infrastructure is fragile and want to maintain capability regardless of what systems fail. Remote travelers, families in disaster-prone regions, off-grid homesteaders, medical professionals working in low-resource environments, and anyone who believes that preparedness is rational — not extreme.
You may never need it. But if you do, nothing else will matter more.
Place $99 DepositWhen systems fail, Iris gives you the knowledge to act.
Iris is being developed by a small independent team focused on local-first tools, emergency resilience, and practical knowledge access.
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