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Reusable capabilities

Eight modules I bring to every build — so yours starts 80% done.

These aren't features I'd build from scratch for you. They're vetted, production-tested components I've already shipped and reuse across systems. Each one is a business outcome first and an engineering pattern second — and every build contributes at least one component back, so the library, and your advantage, compounds.

Stop paying for the workflow tools that nickel-and-dime you.

A self-hosted replacement for Zapier, Make, and n8n — the same connect-this-to-that automation, running on your own infrastructure with no per-task fees and no data leaving your control.

Mechanism: a visual workflow builder over a connections hub, with retries, deduplication, and recovery built into every step.

Wires your full stack — Slack, scheduling, call data, project management — into one automation plane.

Always use the right model, never overpay for it.

A curated matrix of every model worth using, scored on price, benchmark performance, and task affinity — so each job runs on the cheapest model that meets the quality bar, not a one-size-fits-all default.

Mechanism: a human-curated routing table as single source of truth, audited weekly by an automated job; no model strings hardcoded anywhere.

49 model routes across 8 providers, kept under a hard $250/mo cap.

A router that learns which model wins, on evidence.

Instead of guessing which model is best for a task, the system tries them and learns — but won't crown a winner on a lucky streak. A model has to earn its dominance on real data before it gets the traffic.

Mechanism: Thompson sampling for selection, gated by a Wilson lower-bound confidence check (n ≥ 25) before any model can dominate.

Five learning loops adapt in production at once — routing, cost, scheduling, tooling, and quality.

Turn every call into a list of next steps before you've left the room.

Sales calls, client calls, discovery calls — captured, structured, and turned into concrete action items and follow-ups automatically, so nothing gets lost in a recording nobody re-watches.

Mechanism: call transcript → structured extraction → action items and next-steps, wired straight into your task system.

Feeds discovery and audit walkthroughs directly into the build pipeline — no manual note-taking.

A governed gateway that keeps AI spend from becoming a surprise.

Every AI call in your business routed through one controlled door — tagged, metered, budget-capped, and security-screened — so you always know what you're spending and nothing untracked ever runs.

Mechanism: a LiteLLM proxy with hard gate hooks — secret scanner, injection canary, token-per-dollar floor, provider circuit-breaker, and a per-build budget guard that blocks at 100%.

Live for a real business: $250/mo enforced cap, 49 routes, 8 providers, zero untagged calls.

Know what's actually wrong with a system before you trust it.

An open-source intelligence and recon engine that reads a live build the way an attacker or auditor would — dependencies, secrets, architecture drift — and reports what it finds with honest, source-clamped confidence.

Mechanism: passive OSINT across dependency CVEs (OSV / EPSS / KEV), secret scanning, and intended-vs-actual architecture reconstructed from git history.

Powers the Build Health audit — and a daily brief that has never issued a false all-clear.

A strategist's judgment, not just a checklist.

Hand it a half-formed idea and it interrogates the gaps, takes a position on what to build (and what not to), and maps the whole journey — the way a senior strategist would, not a form that spits back your own inputs.

Mechanism: a multi-pass loop — interview → diagnose → adversarial self-critique → refine — using a stronger model on reasoning steps and a cheap one on extraction.

Decomposes every requested feature into 8 requirement layers, so the real work is visible up front.

A price you can trust, because the engine refuses to lie to itself.

Scoping and pricing that splits human time from AI time, accounts for what's reused, and will not quote below what the build actually costs — so the number is disciplined, not optimistic.

Mechanism: a modality-split effort model + reuse credit from the component registry + a cost-floor hard-stop, calibrated in shadow mode against real builds first.

Assembles roughly 80% of a new build from a vetted registry — the reuse is what keeps the price honest.
The platform underneath

The eight above are what you'd buy. This is what runs beneath them.

A 28-engine orchestration OS and the supporting systems that keep it safe, observable, and cheap. A selection of what's under the hood — each one built, running, and reused across systems.

Orchestration & autonomy
Conductor — the routing brain

Per-call model selection that learns: Thompson-sampling bandit + CUSUM drift breakers + quality-weighted reward, so routing improves itself.

Five learning loops + Dream Cycle

Five adaptive loops plus a nightly self-reflection cycle — the system reviews its own behavior overnight and measurably gets smarter.

Scrumban work engine

A 9-stage board run by four autonomous agents — drafter, worker, QA reviewer, planner — that ship work end to end.

Queue engine (hub-of-hubs)

The work-routing core that triages every task by stakes, urgency, and reversibility before it reaches a human.

Workflow & automation
Durable workflow engine

Crash-resume, retries, and exactly-once delivery — Temporal-grade run-safety at the cost of just the tokens. Replays never double-send.

No-code workflow builder

Trigger → steps → outputs, built from a form. A Zapier/Make-style surface with a manual dry-run and a global kill-switch.

Connections hub

One registry that wires Slack, scheduling, call data, and CRMs together — status by presence, secret values never exposed.

Call Intelligence platform

One AI analysis writes structured rows once; every dashboard reads from SQL. Scores calls against the client's real methodology.

Reliability & self-healing
Self-healer + teach-back

Polls failures continuously, fixes the root cause, verifies the fix, and teaches the check to stop re-firing — so alert classes shrink over time.

Drift & hallucination detection

Catches quality degradation and hallucination on live output — and can auto-spawn an experiment to correct it.

Experiment lifecycle engine

Automated A/B tests with Bayesian gates that auto-revert any change that drops quality, drifts, or hallucinates.

Cron + transparency surface

One pane over 259 automation surfaces with 99.6% kill-switch coverage — total operational visibility and one-switch control.

Quality, memory & data
7-dimension quality scoring

Every output graded on seven axes, feeding the routing reward so the system favors what actually works.

Eval-CI golden gate

Edits to the scoring rubric run a golden-set eval and auto-revert on regression — the IP can't silently degrade.

Three-layer memory

Full-text search + persistent user facts + session memory, write-time-summarized and feeding every prompt.

Storage adapter

Swapping the database (SQLite → Postgres) is a config flip with contract-tested parity, not a rewrite.

Economics & governance
ROI economics

Every task priced against a role-matched human baseline — often 1,000× cheaper — under a hard $250/mo governed budget.

Expert-panel gates (EBF / EFF)

A structured expert brief and an independent expert verdict before any risky or irreversible production change.

Operating discipline — 14 traits

A named behavioral doctrine every agent inherits and is checked against in QA — alignment without fine-tuning.

Graduated autonomy + kill switch

Agents earn autonomy like staff, auto-demote when rejection rates climb, and can be paused instantly.

Security & access
Gateway hook stack

A secret scanner, a prompt-injection canary, a provider circuit-breaker, and a budget guard that blocks at 100% — on every call.

Multi-tenant OAuth

Clients connect their own accounts (e.g. QuickBooks) with per-tenant encrypted, isolated tokens and audited connect/refresh/revoke.

Commit & deploy gates

Secrets can't be committed, malformed jobs are rejected at the door, and two builders can't deploy on top of each other.

Operator surfaces & extensibility
Self-drawing architecture map

A live system map that introspects what's actually running — dead components render cold and front/back-end drift is flagged, so the docs can't rot.

Role-scoped dashboards

Every role sees only what it must act on — "no insight without a next action" — over one shared data spine.

Native MCP connector

Makes the whole platform a native Claude / Cowork connector — no token paste, scoped read-only by default, with instant secret rotation.

Marketing mining + competitor watch

Extra workflows on the same engine: reusable marketing assets pulled verbatim from call transcripts, and weekly sourced competitive intel.

Reusable Slack-bot engine

One AI assistant configured into many bots — built once, runs a coach bot and a tech-support bot from the same core.

135-check test suite

Unit, end-to-end, and production smoke tests — idempotency replay, failure modes, role scoping, and auth guards — on every change.

The moat

The library is the advantage.

Behind these capabilities sit a 28-engine platform and 33 documented patterns, each benchmarked against published research. Every build checks the registry before writing anything new and contributes at least one generalized component back when it ships, so each project starts further ahead than the last. The tools are buyable; the accumulated, vetted, reuse-ready library is not.

See the 33 patterns behind these modules

Which of these would move the needle for you?

Tell me the outcome you're after — I'll tell you which modules get you there and what's net-new.