Publishing / data / AIWorking system · controlled acquisition layer implemented

From raw keywords and source files to live multilingual sites.

The system builds a reusable evidence library, prepares bounded page packs, keeps a human approval boundary, schedules releases, and renders purpose-built static site architectures. Site-level telemetry and acquisition controls record what happens after publication.

8 public renderer architectures · validated 50,000-page stream · 24 versioned acquisition techniques; 2 automated transports

Estimate your version
Approach
Adapted to your business
Hosting
Your server or cloud account
Starting range
$20k–$100k+
Support
Handoff or ongoing support
First useful outcome

A useful first release, built around the real job

A publishing system fitted to your data, editorial rules, templates, providers, and hosting.

  • One working site or vertical
  • One primary data source
  • One template family
  • Generation, review, and publishing workflow
  • Deployment and basic operating documentation
  • Site-level cost, indexation, and acquisition records
Working flow

How the system fits together

  1. Evidence library
  2. Bounded production packs
  3. Human review
  4. Scheduled multilingual release
  5. Atomic static publish
  6. Observe and run controlled acquisition
Your implementation

Your version follows your business

The reusable parts give us a head start. Your version still follows your data, staff, approvals, integrations, and infrastructure—not somebody else’s generic process.

Already built

This is not a blank-slate proposal

The working system accepts Ahrefs CSVs, source text, images, and video; builds a searchable evidence library; creates bounded production packs; keeps approve, hold, and reject states explicit; schedules multilingual releases; and renders eight public architectures through a Go manifest and Rust static renderer. It also records site-level budgets, technique history, estimates, controlled experiments, delivery attempts, exposures, outcomes, and URL crawl/index observations. Only IndexNow and XML-RPC delivery are automated today; the other 22 techniques remain manual or proposal-only.

Wrong fit

When this is the wrong tool

  • A first website with no established data, market, or operating owner
  • Guaranteed rankings, traffic, citations, leads, or revenue
  • Publishing that removes human and legal responsibility from the operator
Implemented views

The control loop and three rendered outputs.

The architecture visual explains the operating boundary. The screenshots prove that one governed source library can produce materially different public experiences.

Programmatic publishing control loop from source evidence through bounded production, human review, immutable release, and observed outcomes
The control loop: source evidence becomes a bounded release, then observed crawl and acquisition outcomes return to the operator.
Neutral publishing fixture rendered in the Radiant layout
Radiant: structured guides and comparisons.
Neutral publishing fixture rendered in the Signal layout
Signal: the same source library as an editorial experience.
Neutral publishing fixture rendered in the Atlas layout
Atlas: the same facts as a dense reference index.
Evidence

What exists and what it can establish

Measured implementation facts stay separate from business outcomes.

SubjectObserved or verifiedLimit
Renderer capacityAn exact 50,000-page streaming render completed inside the validation harness.This proves renderer capacity. It does not prove that 50,000 pages deserve publication or will receive traffic.
Public architecturesEight materially different renderer architectures share the controlled source, review, manifest, and release path.Architecture breadth is not evidence that every layout fits every query or market.
Acquisition controlsTwenty-four versioned techniques can be budgeted, paused, killed, assigned, and observed per site.Only IndexNow and XML-RPC have automated transports. The other 22 remain manual or proposal-only.
Release accountabilityApproval states, scheduled multilingual output, immutable builds, and URL-level crawl/index observations remain separate records.A valid release and an observed crawl do not guarantee rankings, leads, or revenue.
Related builds

The case studies show what shipped, what was tested, and what is still unfinished.

Project cost calculator

Build a first-pass budget

Start with the useful core, then add only the parts your version needs. The calculator updates here in your browser; nothing is submitted until you attach the estimate to an enquiry.

Useful core releaseThe included scope described above, adapted to one business and deployed into your account. $20k–$35k
Choose optional scope
Estimated one-time build $20k–$35k Useful core only
Core release
$20k–$35k
Optional scope
$0

Selected scope

  • Useful core release
Choose what happens after launch
Ongoing costHandoff — no ongoing fee
Assumptions behind this range
  • One person can approve scope and product decisions.
  • The source data is usable and available for review.
  • Deployment goes into infrastructure you control.
  • The reusable core remains mine; your data and business-specific work remain yours.

Messy data, migrations, unusual integrations, compressed deadlines, and deeper production responsibility can move the range.

Attach estimate and continue

This is a planning range, not a quote or a promise of delivery dates. I confirm scope, dependencies, and responsibility before proposing a build.

After launch

Run it yourself, or keep me around

I fix agreed-scope defects for 30 days after handoff. Then you can take over completely or keep me involved for maintenance, production help, or reserved development time.

Handoff

No ongoing fee

You take over the agreed release. I still fix build defects for 30 days; ongoing updates and operational help are separate.

Maintenance

$1.5k–$3k/month

Annual commitment. Scheduled releases, security and compatibility fixes, and planned upgrade help. No incident response or custom development.

Production support

$3.5k–$6.5k/month

Six-month minimum. Maintenance, one-business-day response on working days, deployment help, and a monthly allowance for incident or operational work.

Reserved engineering

$7.5k–$12k/month

Six-month minimum. Priority queue, planned release work, and reserved engineering capacity. Unused capacity does not roll over; larger features are scoped separately.

The accepted build includes a defect-correction period. Updates, incidents, and reserved engineering time are paid separately.