Automate a repeated workflow
Outreach and browser workflows, built around your existing tools.
Explore workflow buildsProduction AI engineering · sinc-LLM
I design, build, and audit production AI systems—from workflow automation to private AI infrastructure. Start with one workflow, a defined scope, and a system you own.
Choose a build, an audit, or a private AI system around one defined job.
Outreach and browser workflows, built around your existing tools.
Explore workflow buildsArchitecture, vendor, security, and cost work with defined deliverables.
Compare auditsLocal knowledge systems, observability, evaluation, and action gates.
Explore infrastructureCompare the current fixed-price builds and audits before choosing the next step.
The engagement starts by clarifying the job, its inputs, and the work to be delivered.
The original public repository links below let you inspect the code and project documentation.
Use the existing call to discuss fit, scope, and the next engineering step.
Two drop-in subagents: a worker and a blind checker. On my setup, they start at about 7.5k tokens versus 131k for general-purpose.
Plans Claude Code subagents by model and effort, and guards every dispatch.
Hands work across Claude Code, Codex and Grok, then has a different model verify it blind.
Nyquist-Shannon sampling applied to LLM prompts: six specification bands.
Stops an AI agent from calling Python work done without passing ruff, mypy and pytest.
Decides whether to sample a model N times, and how. Checked against MATLAB.
Position tracking for long-horizon agents. Ships with its own null result.
Turns a raw prompt into a fully specified execution prompt.
A voice contract for Codex: human, precise, trustworthy prose.
Good at workflow automation. Optimizes delivery speed, not error budgets or fallback paths.
Their incentive is adoption. Handover happens on their timeline, not yours.
No exception, no stack trace: specification aliasing. First-party research ↗
Custom SEO engine for indexing, schema, and internal linking.
Research, writing, and distribution in one pipeline.
AI engineering websites with schema, sitemap, and IndexNow.
Production SMS engine on a $50/month plan.
Local models for selected work, with cloud routing for other tasks. Compare per-request cost, output quality, and data boundaries for the workload.
Browser automation using real clicks, typing, and persistent sessions across web applications.
RAG grounding plus a machine-readable llms.txt layer.
Self-hosted model and a QA agent in the data-processing workflow.
Across 17 inspected server implementations, spanning orchestration, research, engineering checks and content workflows.
Verified minimum from source. Client deployments are not counted here.
Source inspected · 10 Oct 2026Counted 155 explicit named tool definitions across the 17 implementations below. Each server is counted once; tools are counted within their server.
Archived versions, test files, copied repositories and dynamically registered tools are excluded. This is a source inventory, not a runtime availability or production reliability claim.
Distinct job IDs in the retained local logs of the research-to-article workflow.
Includes development, retry and repair activity.
Log snapshot · 8 Oct 2026Of 1,687 distinct job IDs in the selected retained queue snapshots, 1,141 have only the status “done”. IDs are deduplicated across retained database copies.
Queue submissions span April to September 2026; submission timestamps are not completion times. The logs include development, retry and repair activity.
This measures recorded local activity. It does not establish an overall success rate, unique transcripts, published articles, customers or time saved. Private client content is not exposed.
Sinc Reconstruction for Language Model Prompts: the published specification-axis research.
373 unique downloads · Zenodo record statistics.
Verified snapshot · 10 Oct 2026The Zenodo record reports 460 total downloads and 373 unique downloads in the saved snapshot. These are record statistics, not a count of clients, installations or unique people.
Download totals change over time. The complete paper title and DOI appear below.
View Zenodo statisticsExplore the methods behind the work: agent navigation and prompt specification.
Nyquist-Shannon sampling applied to the prompt specification axis.
A persistent navigation layer for long-running AI agents.
Journey Map Thinking: the original Zenodo record was removed as a duplicate. Download statistics await the active record.
Download counts are a dated snapshot of Zenodo statistics.
The services, methods, and examples described here do not establish an expected performance result for your workload.
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