Local Intelligence
Run local tools, offline notes, terminal workflows and lightweight agent logic without depending on a browser.
Prototype ver0.3.1
Offline-first
Kickstarter Planned
Built for independence
DOOMPUTER
Pocket AI Agent for the physical world.
The cloud is optional.
Ownership is not.
A compact offline-first field terminal designed to run local tools, communicate independently, and deploy AI-generated logic to real-world devices.
4.0 inch target display
Physical QWERTY
LoRa / GNSS direction
Shell-only STL studies
Why it exists
The internet made computers powerful. Then it made them dependent.
Modern devices depend on accounts, subscriptions, cloud services and permanent connectivity. DOOMPUTER is built around a different idea: your tools should remain useful when the network disappears.
No feed.
No ads.
No mandatory cloud.
Just your files, your tools, your agents, and your machine.
Independent Communication
Designed around LoRa, GNSS, ESP32 nodes and optional network links for field communication.
Physical Control
Deploy AI-generated rules to sensors, relays, beacons and field nodes with explicit safety confirmation.
User Ownership
Your data, your keys, your models, your machine. Built for local-first operation and clear operator control.
Why people buy devices like this
It has to feel like a tool before it feels like a computer.
ClockworkPi sells because the product is immediately understandable: a real handheld body, visible keyboard, Linux/open-source culture, modular boards, and enough ports to imagine personal projects. DOOMPUTER should win the same trust, then push further into offline AI, physical nodes and field automation.
Visible Utility
Keyboard, screen, ports and radios are shown as real working surfaces, not hidden behind abstract lifestyle copy.
Modular Story
The terminal, nodes and power accessories create a system people can expand, repair and talk about.
Builder Credibility
ver0.3.1 includes Doom OS direction, accessory concepts and shell-only printable structure studies.
Clear Promise
Offline-first AI, local files and physical-world control give the product a sharper reason to exist.
Product system
DOOMPUTER is the brain. Nodes are the hands. Doom OS is the field operating system.
Development concepts include a main DS-01 terminal, AgentNode Mini, RelayNode, BeaconNode, Solar Kit, Battery Pack, Heat Tool, Field Light, and LoRa Antenna Kit.
Launch kit direction
Not a generic mini PC. A field terminal with a reason to leave the desk.
The website now frames the product as a small ecosystem: DS-01 as the terminal, Doom OS as the local interface, and accessories as field modules. That makes the waitlist easier to justify before final pricing and manufacturing details are locked.
Terminal Core
Display, physical keyboard, local shell, battery body and expansion path.
Field Interface
Terminal-first workflows for notes, files, agent tasks, node control and offline operation.
Physical Network
ESP32-class sensors, relays, beacons and signal modules that make the terminal useful outside apps.
Nodes / Accessories
Field-ready concepts for a modular system.
These are development concepts for the DOOMPUTER ecosystem. Final design, specifications, compatibility and availability may change after engineering validation.
DOOMPUTER
AN-01 / AGENTNODE MINI
Concept Node
AgentNode Mini
ESP32 field node for nearby sensing, local triggers and agent-issued tasks.
- Job
- Sense and run local rules
- Core
- ESP32-class MCU
- Links
- ESP-NOW / BLE bridge
- I/O
- GPIO + I2C sensor header
DOOMPUTER
RN-01 / RELAYNODE
Low-voltage Control
RelayNode
Low-voltage relay node for confirmed physical actions and auditable local logs.
- Job
- Switch low-voltage loads
- Output
- 2-channel relay demo
- Safety
- Arm switch + confirm
- Logs
- Local action record on terminal
DOOMPUTER
BN-01 / BEACONNODE
Check-in / Signal
BeaconNode
Offline-aware check-in marker for presence, status and rough field location.
- Job
- Presence and field marker
- Signal
- LoRa / BLE presence concept
- Location
- GNSS-assisted marker mode
- Mount
- Lanyard or field tag
DOOMPUTER
SK-01 / SOLAR KIT
Power Concept
Solar Kit
Foldable solar input for topping up the terminal and power modules in the field.
- Job
- Field charging input
- Format
- Foldable dual-panel concept
- Output
- USB-C PD target path
- Status
- Power budget under validation
DOOMPUTER
BP-01 / BATTERY PACK
Extended Runtime
Battery Pack
External runtime module for longer terminal sessions and docked power experiments.
- Job
- Extend runtime
- Dock
- Pogo-pin / USB-C charge path
- Mount
- Clip-on or cabled pack concept
- Status
- Capacity subject to validation
DOOMPUTER
HT-01 / HEAT TOOL
Maker Utility
Heat Tool
Controlled low-voltage heat utility for repair, heat-shrink and maker tasks.
- Job
- Maker repair heat
- Control
- Low-voltage utility concept
- Safety
- Timed run + manual confirmation
- Power
- Battery / dock experiment path
DOOMPUTER
FL-01 / FIELD LIGHT
Field Illumination
Field Light
Small controllable spotlight for repair lighting, campsite visibility and beacon modes.
- Job
- Light the work area
- Light
- Compact LED spotlight
- Modes
- Work light / beacon / SOS target
- Mount
- Magnetic kickstand + clip
DOOMPUTER
AK-01 / ANTENNA KIT
Signal Hardware
Antenna Kit
Modular antennas and cables for LoRa / GNSS experiments and repeatable range tests.
- Job
- Improve signal placement
- Band
- LoRa / Sub-GHz experiment kit
- Parts
- Antennas, cable, SMA adapters
- Setup
- Magnetic base + cabled placement
Doom OS
No desktop. No browser-first workflow.
Doom OS boots into a terminal-first shell built for small screens, physical keyboards and field operations.
DOOM OS v0.1
LOCAL: TRUE
LORA: READY
Physical programming
Program the physical world with an agent.
Describe a behavior. Let the agent generate a rule. Deploy it to an ESP32-based node. The node keeps running even when the network is gone.
"When temperature drops below 5C, turn on the heater. Turn it off above 10C. It must work offline."
- Detect compatible node
- Generate rule
- Verify safety
- Deploy to node
- Run offline
Use cases
Made for places where normal apps get fragile.
Field Camp
Track location, manage solar input, communicate with nodes, and run local checklists.
Disaster Mode
Send local check-ins, control beacons, and keep critical data offline when infrastructure is unstable.
Maker Lab
Plug in an ESP32 node, describe the behavior you need, verify it, and deploy a rule.
Off-grid Automation
Deploy sensor nodes, relay controls, and beacon logic without relying on cloud automation.
Hardware direction
Target specifications, subject to engineering validation.
ClockworkPi reduces buyer anxiety by making the hardware concrete. This section does the same for DOOMPUTER while staying honest about prototype status.
Display4.0 inch IPS target, 800 x 480 direction
InputPhysical QWERTY keyboard + directional controls
Main CoreRaspberry Pi CM5 / RK3588 class under evaluation
Control LayerESP32 hub for nodes, sensors and low-power tasks
CommunicationWi-Fi / Bluetooth plus LoRa, GNSS and ESP-NOW direction
ExpansionUSB-C, pogo-pin dock, antenna and accessory paths
PowerInternal battery target with Battery Pack and Solar Kit concepts
Structure126 x 160 x 24 mm design target; shell-only STL studies created
SoftwareLinux-based Doom OS concept with local-first agent workflows
StatusConcept prototype; final specs may change after validation
Development status
ver0.3.1: Doom OS MVP, modular accessories and shell-only printable structure studies.
Concept Design
Hardware Architecture
Doom OS MVP
Functional Prototype
Engineering Prototype
Field Testing
Kickstarter Launch
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FAQ
Clear answers before the hype starts.
Is this a real product?
It is currently in prototype development. This website presents the product direction, not a finished mass-production device.
Does it run AI locally?
The first version focuses on local tools and agent workflows. Heavy models may run on local servers or cloud providers. Local lightweight models are under evaluation.
Does it need internet?
Core local tools should remain usable offline. Network access enhances the system but should not define it.
Is it a military device?
No. It is a civilian field terminal for developers, makers, off-grid users and physical computing workflows.
Can it control external hardware?
Yes, the system is designed to work with ESP32-based nodes, sensors and low-voltage relay demos. Safety confirmation and logs are required for physical actions.
When will Kickstarter launch?
After a working functional prototype and engineering validation.