HASCOM COMMS — Sovereign Communications Command

First Principles

Communications are the first wave in any campaign. Before logistics, before operations, before anything moves — comms go up. An organization that cannot communicate cannot coordinate. Cannot warn. Cannot reassure. Cannot exist as a coherent force.

The cost of silence is measured in lives, in missed opportunities, in systems that degrade because no signal reached them in time. Every communications link HASCOM builds is a vote against that silence. Every new medium we master is another frequency the mission can survive on.

Doctrine

Zero External Dependencies

No comms link or infrastructure non-native to HASCOM COMMS. We own every relay, every wire, every frequency. Third-party services are temporary scaffolding, never load-bearing walls.

Mission

Total Spectrum Capability

Every form of electronic communication ever invented is on the development path. From Morse key to mesh satellite. The mission set never ends because the spectrum never stops growing.

Measure

Traffic Volume = Health

Silence means war. Busy traffic means not-war. The health of any system is measured by the richness of its communications. We make the latter knowing the horrific cost of the former.

The Communications Heritage

Every technology on this roadmap was, at its moment of invention, the most advanced communications system in the world. Telegraph operators were the first digital communicators. Morse code is still the most reliable signal encoding ever devised — it works when everything else fails. Ham radio operators kept communications alive when infrastructure collapsed. Packet radio invented networking before the internet. Fax machines transmitted documents across oceans before email existed.

None of these are obsolete. They are proven layers in a sovereign communications stack. HASCOM COMMS does not discard what works. It absorbs, integrates, and makes each medium available as a first-class capability — callable from a single CLI, routable through a single relay, logged in a single ledger.

Current Posture

Phase 1 Status

ASSEMBLING

Pi 4 acquired. SIM7600G-H HAT arrives 2026-03-26. Assembly tomorrow.

Mediums Online

1 / 12

Email (sovereign MTA). Next: Cellular (SMS/Voice/Fax).

CLI Integration

hascom comms

Unified interface for all communications mediums.

Fleet Communications Service

comms-onamerica is the fleet's sovereign communications delivery service. Every venture on *.onamerica.org sends through one pipe. Venture-aware branding. Consent-gated delivery. Template system with variable substitution. The venture owns the voice — our infrastructure is invisible.

AUTH

probing...

CONSENT

COMMS

probing...

EVENTS

probing...

PROFILES

probing...

BIOMETRIC

probing...

Consent-Gated Delivery

Every email checks the recipient's consent state before sending. Declined or withdrawn consent blocks delivery instantly. No exceptions. The consent state travels with the identity — inline in the auth response, no extra HTTP call.

comms.send(to: ron@pm.me) → consent.check(comms_email) → ACCEPTED → deliver
comms.send(to: opted-out@x.com) → consent.check(comms_email) → WITHDRAWN → blocked + logged

Venture-Aware Branding

Each venture's communications carry its own identity. Sender address, display name, and tagline all resolve from D1 at runtime. Adding a venture's comms = one INSERT into the tenant config. No code changes. The venture owns the voice.

GOLFLINK

From: Vets Whole In One

events@vetswholeinone.org

WEYLAND

From: Precision Auto Doors

noreply@pad.onamerica.org

HELMCORP

From: HelmCorp

noreply@helmcorp.cc

Discovery

Machine-readable specs at every endpoint. Any builder on the mesh can discover the full contract.

/.well-known/comms-spec.json — communications
/.well-known/consent-spec.json — consent
/.well-known/fleet-auth.json — authentication
consent.onamerica.org — consent management portal

Communications Spectrum — Full Development Path

1837 — The Wire

Telegraph / Morse Code PLANNED

The original digital communication. On/off, dot/dash, binary before binary had a name. Still the most reliable encoding when conditions degrade to nothing. HASCOM implementation: software CW keyer + decoder, audio I/O or GPIO, built-in Morse training mode. Integrates with ham radio for over-the-air Morse.

HW: Piezo buzzer + key (GPIO) or sound card | SW: Python CW engine

1876 — The Voice

Voice Telephony PHASE 1

Real-time human voice over wire, then over air. The SIM7600A-H cellular modem handles voice natively — AT+CDV to dial, AT+CHUP to hang up. HASCOM auto-dialer for reminders, check-ins, emergency broadcast. Voice is the oldest and most trusted medium.

HW: SIM7600A-H 4G HAT (same as SMS/Fax) | AT command voice control

III

1895 — The Broadcast

Ham Radio (HF/VHF/UHF) PLANNED

Infrastructure-independent. When towers fall and cables cut, ham radio operators are the last line. HASCOM integration via Software Defined Radio (SDR). Receive on RTL-SDR ($25), transmit on licensed frequencies with proper transceiver. Digital modes: FT8, JS8Call, Winlink (email over radio). Requires amateur radio license (Technician class, 35-question exam).

HW: RTL-SDR v4 ($30 receive) + Baofeng UV-5R ($25 VHF/UHF TX) | Future: HF transceiver

1922 — The Automated Wire

RTTY (Radio Teletype) PLANNED

Text over radio. Baudot code, FSK modulation. The ancestor of every digital data link. Still active on HF ham bands. HASCOM implementation: software modem (fldigi), send/receive text messages over radio without internet. Pairs with ham radio hardware.

HW: Sound card + ham transceiver | SW: fldigi / direwolf

1924 — The Document

Fax over Cellular PHASE 1

Document transmission. The SIM7600A-H supports fax natively via AT+CFAX commands. Send PDFs, signed documents, legal filings — directly from HASCOM CLI to any fax number worldwide. Critical for industries that still require fax (medical, legal, government, insurance). No fax machine needed. No phone line. Cellular modem handles the entire T.30 protocol.

HW: SIM7600A-H 4G HAT (same unit as voice/SMS) | Fax Class 1 modem built-in

1957 — The Image

SSTV (Slow-Scan Television) PLANNED

Images over radio. Before the internet carried photos, SSTV sent them over HF. Still used by ham operators and the ISS. HASCOM integration: encode images to audio, transmit via radio or phone line. Decode incoming SSTV to image files. Low bandwidth, high resilience.

HW: Sound card + ham radio | SW: QSSTV / Python SSTV encoder

VII

1978 — The Network

Packet Radio (AX.25) PLANNED

Networking before the internet. AX.25 protocol over VHF/UHF. Digital data packets over radio — the original wireless network. APRS (position reporting), Winlink (email over radio), BBS systems. HASCOM integration via direwolf TNC software + radio. Infrastructure-free mesh data network.

HW: Baofeng + audio cable + Pi | SW: direwolf (software TNC)

VIII

1983 — The Cell

Cellular (SMS / MMS / Data) PHASE 1

The primary target. SMS for text, MMS for images, cellular data for IP connectivity. SIM7600A-H provides all three over 4G LTE. Dedicated phone number via prepaid SIM. Personal number completely shielded. Unlimited texts. This is the beachhead — the first sovereign relay that proves the architecture works.

HW: Raspberry Pi 4 + SIM7600G-H 4G HAT + prepaid SIM

1971 — The Letter

Email (Sovereign MTA) LIVE

First medium fully operational. Sovereign Postfix MTA on Hetzner with OpenDKIM, SPF, DMARC. Sends as any venture domain. HASCOM-native: hascom email send. Delivery ledger in taxonomy.db. The template for every medium that follows.

HW: Hetzner VPS (mta.mailguyai.com) | SW: Postfix + OpenDKIM

2015 — The Mesh

LoRa / Meshtastic PLANNED

Long-range, low-power mesh networking. No towers, no internet, no cellular — just nodes talking to nodes. LoRa reaches 10+ miles line-of-sight on milliwatts. Meshtastic provides encrypted mesh messaging on $20 hardware. Deploy nodes across a property, a neighborhood, a region. Self-healing mesh topology. Text, GPS, telemetry.

HW: LILYGO T-Beam ($25) or Heltec V3 ($18) | SW: Meshtastic firmware

2010s — The Software Radio

Software Defined Radio (SDR) PLANNED

One device, every frequency. RTL-SDR receives 24 MHz to 1.7 GHz. Monitor weather satellites, ADS-B aircraft, ham bands, pager networks, NOAA, maritime, aviation, emergency services. The ultimate passive intelligence receiver. Transmit capability via HackRF One ($300) or LimeSDR ($200) for licensed frequencies.

HW: RTL-SDR Blog V4 ($30 RX) | HackRF One ($300 TX/RX) | SW: GNU Radio

XII

Future — The Sky

Satellite Communications PLANNED

When terrestrial infrastructure is unavailable. Iridium 9602/9603 modem for global SMS/data ($12/mo). RockBLOCK for telemetry. Starlink for broadband. No geography can isolate a HASCOM node with satellite uplink. The final fallback. Global reach, zero ground infrastructure dependency.

HW: RockBLOCK 9603 ($250) or Iridium modem | Starlink terminal ($300)

Capability Matrix

Medium	Range	Text	Voice	Image	Document	Data	Infra Needed	Status
Morse / CW	Global (HF)	Yes	-	-	-	-	None	PLANNED
Voice (Cellular)	Tower range	-	Yes	-	-	-	Cell tower	PHASE 1
Ham Radio	Global (HF)	Yes	Yes	SSTV	-	Packet	None	PLANNED
RTTY	Global (HF)	Yes	-	-	-	-	None	PLANNED
Fax (Cellular)	Global	-	-	Yes	Yes	-	Cell tower	PHASE 1
SMS / MMS	Tower range	Yes	-	MMS	-	-	Cell tower	PHASE 1
Email	Global	Yes	-	Attach	Attach	-	Internet	LIVE
Packet Radio	Regional	Yes	-	-	-	Yes	None	PLANNED
LoRa Mesh	10+ miles	Yes	-	-	-	Telemetry	None	PLANNED
SDR	24 MHz - 1.7 GHz	Decode	Monitor	SSTV	-	Yes	None	PLANNED
Satellite	Global	Yes	Iridium	-	-	Yes	None	PLANNED

5 of 11 mediums require zero ground infrastructure. Ham radio, Morse, RTTY, packet radio, LoRa mesh, SDR, and satellite all operate without towers, cables, or internet. When everything else fails, HASCOM COMMS still talks.

Phase 1 — Sovereign Cellular Relay

Home base is the sovereign node. The Pi sits on your desk, plugged into your router via Ethernet. Always on. Always reachable. It services two-way traffic over HASCOM infrastructure today — email relay, web API, command channel. When the SIM7600A-H HAT arrives, it adds a cellular modem with a dedicated phone number. Now SMS becomes the hyperlink layer: send a text, user taps the link, they land in GolfLink, WebOS, any service. Inbound SMS routes back through the relay daemon. You don't bring the relay to the field — the relay reaches the field through text. Every user with a phone number is one SMS away from any service you operate.

Architecture — Two Phases, One Node

Phase A — 2026-03-25 — Pi Acquired ACTIVE

Pi + Ethernet → Two-Way IP Relay

Pi 4 is in hand. Plug into router via eth0. Link to this box over LAN. Relay daemon runs. Email relay operational (sovereign MTA on Hetzner). HASCOM command channel live. Web API serving. All IP-based services are two-way: outbound delivery, inbound webhooks, real-time state.

Backup interface: If Ethernet goes down, USB tether from phone (usb0). Android: Settings → USB Tethering. iPhone: libimobiledevice. Zero purchases, instant failover.

HARDWARE: ACQUIRED | RELAY: STANDING UP | MEDIUMS: EMAIL + WEB API

Phase B — 2026-03-26 — HAT Arrives Tomorrow INBOUND

Pi + Ethernet + SIM7600G-H → Sovereign Comms Node

SIM7600G-H HAT (Jetson Nano variant, global bands) arriving 2026-03-26. Mounts on Pi 4 GPIO header — same 40-pin pinout, electrically identical to Pi-specific variant. G-H covers all primary North American LTE bands (B2/4/5/7/12/13/25/26) plus global roaming. Insert prepaid SIM. Dedicated phone number. SMS becomes the hyperlink layer: send a text with a URL → user taps → lands in GolfLink, WebOS, any service. Inbound SMS routes back through the daemon. Voice calls, fax, MMS — all via AT commands.

SMS is the universal tether. Every user with a phone number is reachable. No app install. No account creation. No WiFi required on their end. Text arrives, link taps, service delivers. The relay never leaves the desk.

HARDWARE: INBOUND | MEDIUMS: EMAIL + SMS + VOICE + FAX + DATA

No field deploy needed. The relay sits at home on Ethernet, always on. SMS is the tether to users wherever they are. You hyperlink them into services via text — GolfLink event updates, RSVP confirmations, tee time reminders, payment links, any URL. The relay reaches the field. The field doesn't need to reach the relay.

Shopping List — Grouped by Source

Micro Center Tustin

ON SHELF

45min from central IE via 91/55

Raspberry Pi 4 Model B (4GB)

$35 - $55

The relay brain. ARM quad-core, 4GB RAM, Gigabit Ethernet + WiFi. Runs headless 24/7. Hosts the COMMS relay daemon.

ENABLES: All mediums (compute platform)

USB-C Power Supply (5.1V 3A)

$8 - $10

Official Pi PSU. 3A minimum — cellular modem + Pi draws significant power. No phone chargers.

ENABLES: Continuous 24/7 relay operation

MicroSD Card 32GB+ (A1 rated)

$6 - $8

Samsung EVO Select or SanDisk Ultra. OS, relay software, message logs, fax spool. A1 rated. No off-brand.

ENABLES: OS + relay daemon + delivery ledger

Ethernet Cable (Cat5e/6)

$3 - $7

Hardwire to router for eth0. Deterministic connectivity. You probably already have one.

ENABLES: Reliable LAN connectivity

MICRO CENTER SUBTOTAL: ~$52-$80 — Pi online on Ethernet today (Phase A complete)

Carrier Store / Walmart / Best Buy

ON SHELF

Prepaid SIM Card (T-Mobile or Mint)

$15 - $25/mo

Dedicated sovereign phone number. Personal number shielded. For the HAT modem or USB dongle. Unlimited text plans. T-Mobile store: walk out with a number in 15 minutes. Mint kits at Target/Walmart.

ENABLES: Dedicated phone number + cellular network access

T-Mobile store (prepaid $25/mo) Target / Walmart (Mint kits $15/mo)

CARRIER SUBTOTAL: ~$15-$25/mo — sovereign phone number ready for HAT arrival

Online Only

NOT ON SHELF

Amazon Prime 1-2 day | Specialty sites

Pi does NOT make 4G/LTE HATs. All cellular HATs are third-party (Waveshare, Sixfab, DFROBOT). Micro Center does not stock cellular HATs. These items require online order. The Pi runs on Ethernet (Phase A) while these ship. When the HAT arrives, it mounts on top — SMS sovereignty activates with zero reinstall.

Waveshare SIM7600G-H 4G HAT (Jetson Nano variant) ORDERED — ARRIVES 03-26

~$45

ORDERED. The sovereign modem. SIM7600G-H is the global variant — covers all primary North American LTE bands (B2/4/5/7/12/13/25/26) plus EU, APAC, LATAM roaming. Missing only B29/B30 (AT&T supplemental carrier aggregation — minor throughput difference in dense urban, not functional). "Jetson Nano" label is marketing — same 40-pin GPIO header as Pi 4, electrically identical. Full AT command set: SMS, voice, fax (T.30 Class 1), cellular data. Same as A-H variant in every way that matters.

ENABLES: Full SMS + Voice + Fax + Data sovereignty via AT commands over wwan0

Amazon ~$45 (ordered)

Sixfab 4G/LTE Kit (Quectel EG25-G) ONLINE ONLY ALTERNATIVE

$99 - $120

Alternative to Waveshare. HAT + Quectel EG25-G M.2 module + cloud management dashboard. Full AT command set for SMS/voice/fax. More expensive but includes remote management. Use if Waveshare is out of stock.

ENABLES: Same as SIM7600A-H — full SMS + Voice + Fax + Data

sixfab.com ~$99 Amazon ~$110

External Cellular Antenna (SMA, 3dBi+) ONLINE ONLY OPTIONAL

$8 - $15

Improves signal if relay is in a closet or garage. HAT includes a basic antenna. Buy later if signal is weak. Stick it on a window.

IMPROVES: Signal quality for all cellular mediums

Amazon $8-12

ONLINE SUBTOTAL: ~$48-$67 (SIM7600A-H + antenna) — ships 1-2 days, adds full AT command sovereignty

RELAY NODE ALPHA — TOTAL ESTIMATED

$138 - $181

+ $15-25/mo for cellular plan

4 MEDIUMS: SMS + VOICE + FAX + DATA

Micro Center

~$52-80

ON SHELF

Carrier Store

~$15-25/mo

ON SHELF

Online Only

~$48-67

NOT ON SHELF

Phase 2+ — Spectrum Expansion Hardware ALL ONLINE ONLY

RTL-SDR Blog V4 ONLINE

$30

Software Defined Radio receiver. 24 MHz to 1.7 GHz. Plugs into Pi USB. Monitor ham bands, weather satellites, aircraft (ADS-B), marine traffic, NOAA, emergency services. The ultimate passive spectrum awareness tool.

ENABLES: SDR receive, SSTV decode, ham monitoring, weather satellite imagery

Amazon ~$30 rtl-sdr.com

Baofeng UV-5R (VHF/UHF) ONLINE

$25

Handheld dual-band ham radio. 144/430 MHz. Voice, packet radio, APRS, SSTV (with audio cable). Requires Technician class amateur license (35-question multiple choice, no Morse requirement).

ENABLES: Ham voice, packet radio, APRS position reporting, RTTY, CW

Amazon ~$25

LILYGO T-Beam (LoRa) ONLINE

$25

LoRa mesh node with GPS. ESP32 + SX1276. Runs Meshtastic firmware. 10+ mile range line-of-sight. Encrypted text mesh. Zero infrastructure. Deploy multiple nodes for self-healing mesh network.

ENABLES: Mesh text, GPS tracking, telemetry — no towers, no internet

Amazon ~$25 AliExpress ~$20

RockBLOCK 9603 (Satellite) ONLINE

$250 + $12/mo

Iridium satellite modem. Short burst data messages from anywhere on Earth. No cell towers, no internet, no ground infrastructure. True global reach. The final fallback when all terrestrial communications fail.

ENABLES: Global text/telemetry from any location on the planet

rock7.com ~$250

HackRF One (Wideband SDR TX/RX) ONLINE

$300

Full transceiver SDR. 1 MHz to 6 GHz, half-duplex. Transmit and receive on any frequency (within legal limits). Lab tool for protocol development, signal analysis, custom modulation. The research platform for new HASCOM COMMS mediums.

ENABLES: Custom protocol R&D, signal analysis, any-frequency experimentation

Amazon / greatscottgadgets.com ~$300

Morse Key + Piezo ONLINE

$15

Straight key for manual Morse. Connect to Pi GPIO for hardware keying, or pair with ham radio for over-the-air CW. The oldest digital communication method. Still works when nothing else does.

ENABLES: Manual Morse keying, CW training, hardware CW over ham radio

Amazon ~$15

Procurement Strategy — Inland Empire CA

SMS is the tether. The relay sits at home on Ethernet. Users are wherever they are. You reach them by text. They tap a link. They're in your service. No app, no account, no WiFi on their end. The relay never needs to leave the desk — every phone number in the world is one SMS away.

Raspberry Pi 4 ACQUIRED 03-25

In hand. Pi 4 + PSU + SD card + Ethernet cable.
Standing up now: flash OS, plug into router, boot headless, relay daemon goes live on eth0.

PHASE A: STANDING UP TODAY

SIM7600G-H 4G HAT ARRIVES 03-26

Ordered. Waveshare SIM7600G-H (Jetson Nano variant, global bands). Arrives tomorrow.
Mount on Pi GPIO, insert SIM, sovereign phone number activates. Full AT command control:
SMS + Voice + Fax + Data. Same day assembly — Pi is already running when HAT arrives.

PHASE B: HAT MOUNT + SIM INSERT TOMORROW

Prepaid SIM Card NEEDED BY 03-26

T-Mobile prepaid ($25/mo) or Mint kit at Target/Walmart ($15/mo).
Grab before or with HAT arrival. Need the SIM in hand when the modem mounts. Walk into T-Mobile store, walk out with a sovereign phone number in 15 minutes.

REMAINING: Last piece before full SMS sovereignty

Status as of 2026-03-25: Pi 4 acquired. Flashing OS, plugging into router, booting headless. Relay daemon goes live on eth0 today — email relay, HASCOM command channel, web API all operational. SIM7600G-H HAT arrives tomorrow (03-26). Mount HAT, insert SIM, dedicated number activates. Now every user is reachable by text: send a link, they tap, they're in GolfLink, WebOS, any service. The relay is already running when the HAT arrives. Cellular just extends the reach.

Development Roadmap

Phase 0 — Complete

Sovereign MTA. Postfix + OpenDKIM on Hetzner. hascom email send. Delivery ledger. The template for all mediums.

Phase 1 — Assembling

Cellular

SMS + Voice + Fax + Data. Pi acquired 03-25. SIM7600G-H arrives 03-26. hascom sms/voice/fax send.

Phase 2 — Planned

Radio

Ham radio + SDR + Morse + RTTY + SSTV + Packet. Infrastructure-free comms. License required for TX.

Phase 3 — Planned

Mesh + Satellite

LoRa mesh. Meshtastic nodes. Iridium satellite uplink. Zero-infrastructure global reach.

Architecture — Unified COMMS Relay

Every medium routes through a single architecture: HASCOM CLI → COMMS Relay Daemon → Medium-Specific Driver → Physical Layer.

One CLI. One relay. One ledger. Whether sending a text message, faxing a document, keying Morse, or transmitting a packet over ham radio — the interface is the same:

# Unified COMMS interface — same pattern, every medium
$ hascom comms send --medium sms --to +19095551234 --msg "Hello"
$ hascom comms send --medium voice --to +19095551234 --msg "Reminder"
$ hascom comms send --medium fax --to +19095551234 --file invoice.pdf
$ hascom comms send --medium email --to user@example.com --msg "Hello"
$ hascom comms send --medium morse --freq 7.040 --msg "CQ CQ CQ DE HASCOM"
$ hascom comms send --medium lora --mesh --msg "Node check-in"
$ hascom comms send --medium satellite --msg "Global beacon"

# Health across all mediums
$ hascom comms health

# Unified delivery ledger
$ hascom comms status

The Never-Ending Mission

New communications mediums will be invented. New frequencies will be allocated. New protocols will emerge. HASCOM COMMS absorbs them all. The architecture is medium-agnostic — a driver layer per physical medium, a unified relay daemon, a single CLI, a single ledger.

This is not a project with an end date. This is a standing capability that grows with the spectrum. Every new medium we bring online is one more frequency the mission can survive on. One more way to say: we are here, we are coordinated, we are not silent.