Business Services

Reach. Amplified.

AI-powered content amplification and marketing automation. We built this for ourselves first, because a solo founder shipping real product cannot also write five LinkedIn posts a day. Now we are packaging it for you.

The Problem

You have something worth sharing but nobody sees it. Social algorithms reward consistency and volume, not quality, and a solo founder or small team cannot out-volume a company with a dedicated marketing department. The alternative (hiring a content-marketing agency) produces output that sounds like a generic LinkedIn thought-leader template no matter how carefully you brief them, because the writer is working from outside your actual working context.

The third alternative (AI-drafted content without voice discipline) is worse. Readers can identify generic-AI output within the first two sentences. Shipping it is a reputation cost even when it fills the posting calendar.

Reach uses AI to turn your existing work into multi-channel content. One engineering session becomes a blog post, a LinkedIn thread, a newsletter, and a social campaign. Your work speaks for itself. We make sure people hear it, and we keep it sounding like you while we do.

Capabilities

Content extraction

We mine your work sessions, commit histories, design decisions, customer exchanges, and milestone announcements to extract stories worth telling. No extra writing required from you. The raw material is already in your working record.

Multi-channel distribution

LinkedIn, X, newsletters, blog, Substack, press release distribution when warranted. Each piece is adapted for the platform rather than cross-posted. A LinkedIn article and a newsletter entry on the same underlying material have different structures because the audiences read differently.

Voice preservation

Combined with Voice DNA, every piece sounds like you. Not generic AI output. Your cadence, your vocabulary, your anti-patterns respected. The voice profile loads into CxMS Cortex once and is referenced automatically on every piece.

Performance tracking

What resonates, what falls flat, which channels convert. Data-driven iteration on messaging and positioning. The feedback loop is short enough to adjust within the same week rather than the same quarter.

Why dogfooding matters here

OpenCxMS is the hardest possible test client for Reach. The founder has a written voice that is neither corporate-polished nor casually-conversational, a theological framework that shows up in ordinary product copy, and a refusal to ship generic LinkedIn content. If Reach can carry that voice through into multi-channel output without either flattening it or accidentally parodying it, it can carry anyone’s voice.

Every edge case we find on our own account becomes a test fixture for the production service. That is why the external launch is held until performance on our own account crosses the bar we would pay a vendor to clear.

Pricing

Reach is currently in dogfooding phase. We are our own first client.

Service packages will be available Q2 2026. Waitlist customers receive grandfathered pricing below the eventual public rate and first-in-line onboarding slots.

FAQ

Why are you in dogfooding phase?
Because we are our own first client and the hardest client we have. If Reach cannot reliably turn a working session at OpenCxMS into content that performs on LinkedIn and in a newsletter without making the founder sound like a synthetic LinkedIn thought-leader template, it is not ready for anyone else. The dogfooding phase is where the edge cases get found. We would rather discover the failure modes on our own account than on yours.
What kinds of source material does Reach actually use?
Session transcripts from coding and planning work, commit histories with the explanatory prose attached, design-decision docs, milestone announcements, Captain's Log entries, customer-support exchanges (with permission and anonymization), and long-form writing the founder or team has already produced in other contexts. The idea is to avoid making you sit down and write content on top of your real work. Your real work already contains the stories. Reach finds them.
How is this different from a content-marketing agency?
A content-marketing agency writes articles about your business. Reach extracts articles from your business. The agency requires you to brief them, then the writer researches from the outside, then you review the output and spend half a day rewriting it to sound like you. Reach starts from the inside. The voice is already yours because the source material is already yours. The editorial time is spent on what to surface rather than on dragging the draft back toward your actual voice.
What channels do you cover?
LinkedIn (long-form posts and short posts), X / Twitter, company newsletter, long-form blog, Substack or equivalent, press release distribution when warranted, and video-script drafting for YouTube or founder-interview contexts. Each piece is adapted for the channel, not just cross-posted. A LinkedIn article and a newsletter entry on the same underlying material have different structures because the two audiences read differently.
When will service packages be available?
Target is Q2 2026. The precise timing depends on reaching the performance bar we need on our own account before recommending the service to a paying customer. Join the waitlist for a first-in-line position. Early customers at the Q2 2026 launch will receive grandfathered pricing below the eventual public rate.
How does Voice DNA fit in?
Voice DNA is the voice-preservation layer. It captures your signature patterns, your anti-patterns (things you never say), and your contextual modes (how your formal voice differs from your casual voice) and loads that profile into CxMS Cortex. Reach uses the profile automatically. You can buy Voice DNA as a standalone one-time engagement or receive it bundled with a Reach subscription once service packages open.
Join the Waitlist

Built on CxMS Agent and Voice DNA infrastructure.

Related: Voice DNA (the voice-capture layer Reach depends on). CxMS Agent for the persistent-memory runtime underneath.