Enki Systems
Open Source · Invite Only

Sovereign AI Servers

Private AI

Help mine the public record.

Big tech indexed everything except FBI Vault, CIA Reading Room, USAF Project Blue Book, Pentagon AARO, federal courts, SEC, FEC, USAspending — billions of pages with no ad revenue in them. A federation of nodes is processing them together. Your node mines its shard, gets the whole library, and runs as your own private intelligence server — uncensored news, watch topics, family / fleet / CCTV, no SaaS.

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Federation-powered You hold the keys Offline AI on your hardware No SaaS, no paywalls

The architecture of complexity
is the architecture of consent without comprehension.

— Brad Harris, Architect of Enki Command Center
Private · Local · Yours

Your private intelligence machine.

The same node that mines the public record runs as your own private intelligence server. AI-curated news from sources you pick. Watch topics you actually care about. Pulse and Sentinel coverage of family, fleet, building, and assets. CCTV, GPS, and investigations on your hardware. No SaaS. No paywalls. No middleman holding your data.

Uncensored news feed

Your AI reads RSS, GDELT, AbuseIPDB, and any feed you point it at. Extracts entities, connects dots, flags contradictions. The algorithm is yours — no outrage farming, no engagement bait, no Big Tech filter.

RSS GDELT Any HTTP feed

Watch topics

Tell your AI what to care about. "Iran nuclear program." "Quantum computing." "Local crime in my zip code." It pulls, reads, summarizes, builds dossiers, and watches for new developments — all on your hardware.

Persistent topics Auto-research Evolving dossiers

Personal SIGINT — Pulse + Sentinel

Capabilities that used to require nation-state SIGINT programs, now on consumer hardware. Pulse turns phones and laptops into hardware-signed sensors. Sentinel chips passively capture every WiFi and BLE device passing through your space. Pattern-of-life, co-travel detection, cross-site MAC correlation, behavioral fingerprinting — even cell-site simulator (StingRay) detection. All locally processed. No SaaS vendor in the loop.

Pattern of life Co-travel StingRay detection Behavioral fingerprint Dwell alerts

Visualizations & collapse

3D globe with 557K+ reference points. News heat maps showing where stories cluster. Node-collapse views — many signals about the same thing fuse into one intelligence card. Knowledge graph you walk through. The data tells you its own story.

3D globe News heat maps Node collapse Graph walk
🏠

Family server

Tracks the family, watches for nearby threats, holds the photo library, runs the home camera feed. One mini PC under the desk does all of it — no cloud accounts.

Corporate server

Internal investigations, CCTV with face detection, fleet GPS, loss prevention, competitive intel. Your data stays on premises. No SaaS vendor reads your case files.

Personal research

Track topics that matter to you. Build a knowledge base nobody else owns. Your AI learns what you care about and stays focused — not feeding ad networks.

Integrate anything. Paywalls for none.

Open-source GPS protocols (200+), open-source CCTV (Frigate, ZoneMinder, ONVIF), open feeds (ADS-B, AIS, USGS, NOAA), open APIs (any HTTP / MQTT / webhook). If it's open source, your node can run it locally — no subscription, no other company holding your data hostage, no upstream getting cut off.

A federation, not a service

What we're mining together.

Big tech built data centers for live data — ads, search, video. Nobody built one for the permanent record. The FBI Vault, CIA Reading Room, USAF Blue Book, AARO, federal courts, SEC, FEC, USAspending — billions of pages sit in static archives because there's no ad revenue in old declassified docs. We're processing them together, one mini-PC at a time.

FBI Vault

~8,500 declassified files

COINTELPRO, JFK, MLK, Mafia, UFOs

CIA Reading Room

~1.4M documents

MKULTRA, STARGATE, Cold War ops

USAF Blue Book

~12,600 case files

Every UFO sighting 1947–1969

Pentagon AARO

Ongoing public record

UAP reports, congressional testimony

Federal Courts

Millions of dockets

Trump cases, Epstein docket, SBF, Theranos

SEC EDGAR

Every public co. since 1993

10-K, Form 4, S-1, proxies

FEC

Every federal donation

Donors, PACs, Super PACs

USAspending

Trillions in transactions

DoD contracts, SBA loans, NIH grants

Scientific lit

Millions of papers

arXiv, PubMed, NASA ADS, USGS

Why it has to be a federation

The public intelligence corpus in scope today — federal courts, SEC filings, declassified FBI / CIA / USAF / AARO files, scientific literature, FOIA releases, leaks — is roughly ~1 billion documents. At one node, that's ~3,000 years of single-threaded processing.

100 nodes
~6 years
naive parallel
1,000 nodes
4–10 months
with shards + dedup
Storage
~1.3 PB
distributed

No single entity could justify the work. The math only resolves if thousands of small nodes specialize and share the load. That's what we're building.

Federation dedup

Every document is identified by its SHA-256 hash. When your node processes a doc, the derived extractions get published to the federation. Another node that encounters the same hash doesn't re-extract — it consumes your output. The same document is never processed twice across the network.

Specialized shards

Your node specializes. One hosts FBI Vault. Another hosts SEC EDGAR. A third hosts PACER court filings. Member nodes subscribe to the corpora they trust, pull manifests, content-hash verify, and ingest locally. No node has to do everything.

Compounding value

Once a document is in the federation, its byte hash never changes. Index it once, value compounds forever. Topic libraries auto-aggregate matching content across every corpus on the network — no manual curation, no rebuild.

Run a node, join the federation

Federation members read the whole library. Public visitors see the scope — what's being mined — but not the data. Joining is mining.

Run a node on your own hardware.

Pick your tier. The minimum is a mini PC under your desk. The recommended is the same mini PC plus a consumer GPU. There's no cloud lock-in — bring your own metal.

One command. Any computer.

You install from Windows, macOS, or Linux — whatever you already use. The install command bootstraps the OS layer, drivers, GPU stack, and the full platform. You never have to touch Ubuntu or the command line again after step one.

Tier 1

Minimum

  • CPU: 4 cores x86-64 or ARM64
  • RAM: 16 GB
  • Storage: 500 GB SSD
  • GPU: none (CPU-only LLM)
  • Network: 100 Mbps
  • Install from: any OS
Hardware
~$400–700 one-time
refurb mini PC, no GPU
Run cost
~$8/month
electricity + bandwidth
Recommended
Tier 2 — G1 class

Recommended

  • CPU: 8+ cores
  • RAM: 32 GB
  • Storage: 2 TB NVMe SSD
  • GPU: 8–12 GB VRAM (RTX 4060 / 5060)
  • Network: 1 Gbps
  • Install from: any OS
Hardware
~$1,400–1,800 one-time
mini PC + RTX 4060
Run cost
~$25/month
electricity + bandwidth
Tier 3

Corpus host

  • CPU: 16+ cores
  • RAM: 64+ GB
  • Storage: 4 TB NVMe + 16 TB HDD archive
  • GPU: 16–24 GB VRAM (RTX 5070 Ti+)
  • Network: 1+ Gbps unmetered
  • Role: public corpus mirror
Hardware
~$3,500–5,000 one-time
workstation build
Run cost
~$50/month
electricity + bandwidth
What I run

This whole platform — the hub, the federation, the corpora you just browsed — runs on my own hardware. One G1-class mini PC plus a consumer RTX GPU. Total cost: ~$1,800. Many of the laptops and desktops already sitting in your house meet the minimum tier. You don't need a data center to host a piece of the world's permanent record.

Or have one built for you — for any compliance level.

If you're an agency, healthcare network, or anyone with regulatory obligations, you don't have to source the hardware yourself. We ship purpose-built, certified servers preloaded with the platform.

SOC 2 · ISO 27001

Enterprise

Attested supply chain, signed firmware, encrypted at rest. For private companies and regulated industries.

HIPAA · HITECH

Healthcare

BAA-ready hardware, FIPS 140-3 cryptographic modules, audit hash chains for every record access.

CJIS · IL-2

Law enforcement

CJIS-compliant build with mandatory hardware key, advanced authentication, chain-of-custody logging.

IL-4 / IL-5 · FedRAMP High

Defense / classified

Air-gapped, hardened, TPM 2.0, FIPS 140-3 modules, supply-chain-attested. SCIF-ready variants on request.

Pricing depends on scale and certification level. Talk to us about what your environment needs — we'll quote a build, deliver, and remain hands-off once it's in your custody.

One platform. Any mission.

The same system adapts to what you need. Click a card to see a concrete scenario.

100+

Signal types

30+

Connectors

13

Investigation sources

557K+

Reference points

How Enki compares

The capabilities of enterprise intelligence platforms. Open source. Free.

Capability
Enki Enki Free / OSS
Palantir $1M+/yr
Splunk $50k+/yr
Maltego $5k+/yr
i2 Analyst $10k+/yr
Self-hosted / air-gapped
Open source
Cloud deployment option
Knowledge graph
AI-powered analysis
Local AI (offline)
Multi-model AI (13+ providers)
Hardware signing key
Passive SIGINT sensors
Mobile device agent
Entity dossiers
Real-time detection rules
Observable correlation (27 types)
3D globe + geospatial
Cryptographic audit chain
Federation (multi-node)

Comparison based on publicly available feature documentation as of April 2026. Partial = limited or add-on.

From the manifesto

In Brad Harris's own words.

The architecture of Enki Command Center is documented across nine essays. These are the lines worth holding onto.

Owning a calculator beat doing arithmetic by hand.
Owning a search engine beat owning an encyclopedia.
Owning a sovereign AI server beats owning a feed.

— Brad Harris, What is Enki

The architecture of complexity is the architecture of consent without comprehension.

— Brad Harris

A system that lets citizens audit power is a system of governance for the governors.

— Brad Harris

The chain is the authority. No admin override. No recovery code. No support backdoor.

— Brad Harris

You are not asking the AI to be honest. You are making it geometrically impossible for the AI to corrupt the substrate in a way the substrate can't catch.

— Brad Harris

Most knowledge graphs are written in prose. This one is written in coordinates. Coordinates are what physics, probability theory, and quantum computing speak natively.

— Brad Harris

The substrate becomes denser as ingest grows, not noisier. This property is what lets an Enki node be more useful in year three than in year one — the opposite of the trajectory of every system that doesn't collapse.

— Brad Harris

Questions

Get your own node

Enki is invite-only. Tell us what you need.

Priority access for law enforcement and corporate security teams.