Member of the futurist network formerly known as the World Transhumanist Association, founded by Nick Bostrom and David Pearce.
Engineer · philosopher · futurist
Dana Edwards
My work follows one question: how do you use computation to reduce involuntary ignorance and improve the quality of governance? The answer started with intelligence augmentation, moved through network states, and landed on proof-carrying systems.
I build proof-carrying systems for the cyborg economy: people set direction, agents perform scalable work, deterministic gates decide what counts, and transparent fee rules can turn verified output into open paid opportunity.
Background
A long arc through governance, philosophy, and verification.
The same question runs through all of it: how do you use computation to reduce involuntary ignorance and improve the quality of governance? It starts in intelligence augmentation, moves through network states and autonomous agents, and arrives at proof-carrying systems where rules are enforced by construction, not by trust.
In 2015, I argued that cognitive bias, bounded rationality, and information asymmetry cause involuntary errors in human decision-making, and that intelligence augmentation could mediate them. In 2017, the Pangea whitepaper introduced Lucy, an autonomous agent designed to evolve into an exocortex. The thread from there to MPRD is direct: a model proposes, deterministic gates decide. The rules are the constitution, and the proof is the check. I build systems you can check, not just trust. Formal methods is one way I do that. It's not the only way.
The exocortex concept evolved from Ray Kurzweil's work on brain augmentation. I took that idea and built on it: a wisdom engine, a search engine but for decision support. The problem it was designed to solve was involuntary ignorance. For democracy to produce better governance, you need a wiser, more informed voter, a wiser lawmaker, and smarter institutions. Lucy was a prototype for what we now see with modern AI assistants, but its role was to empower each network citizen, not unlike what Sam Altman later described as "building a brain for the world" that is "extremely personalized and easy for everyone to use."
Sam Altman, "The Gentle Singularity", the parallel to Lucy, seven years later.
Influences
Two works shaped my thinking on technological unemployment and intelligence augmentation. I. J. Good's 1965 paper framed the stakes: if an ultraintelligent machine can design better machines, human intelligence is left behind. James Albus's Path to a Better World showed that automation need not produce mass poverty if the economic surplus is distributed intelligently. From Albus and Good, I developed two ideas over a decade ago: a Citizen's Income and a Citizen's Dividend, the latter modeled on the Alaska Permanent Fund. These were philosopher-level discussions in 2013; they are mainstream political discourse now. The thread from there to MPRD is the same: if automation changes who can act, governance must change how action is constrained.
"Let an ultraintelligent machine be defined as a machine that can far surpass all the intellectual activities of any man however clever. Since the design of such machines is one of these intellectual activities, an ultraintelligent machine could design even better machines; there would then unquestionably be an 'intelligence explosion,' and the intelligence of man would be left far behind. Thus the first ultraintelligent machine is the last invention that man need ever make."
I. J. Good, Speculations Concerning the First Ultraintelligent Machine (1965)
Helped design the network state with founder Susanne Tarkowski Tempelhof. The project was covered by The Atlantic, The Economist, and the Wall Street Journal, and awarded a UNESCO/Netexplo Grand Prix in 2017.
Co-authored essay with Alexander J. Karran, published on Transpolitica. Argues that cognitive bias, bounded rationality, and information asymmetry cause involuntary errors in human decision-making, and that intelligence augmentation can mediate them. The motivation that runs through everything after. Read it.
Co-authored the Pangea whitepaper with Susanne Tarkowski Tempelhof and others. Credited in footnotes for developing the reputation distribution mechanism and initial thinking on Nomic Law integration. Section 2.3 introduced Lucy, an autonomous agent designed to evolve into an exocortex, an external cognitive augmentation system. Seven years before the AI agent boom.
The Lucy concept from the 2017 whitepaper, evolved into a full AI governance operating system. Co-authored book with Susanne Tarkowski Tempelhof. Available on Amazon.
Proof-carrying AI action governance, formally constrained exchange, falsification-first scientific memory, a high-assurance public library for functional-core systems, and an evidence-first research substrate. Formal Methods Philosophy explains the methods through public tutorials and labs.
Selected work
Public systems you can inspect, run, and re-verify.
The project cards link to public repositories, proofs, specifications, replay commands, and tutorials. Formal Methods Philosophy is the companion publication, with the reasoning and methods presented for readers.

MPRD: Model Proposes, Rules Decide
Proof-carrying AI action governance. An untrusted model proposes candidate actions; deterministic policy and verification gates decide whether a committed action may reach an executor.
- Typed execution boundary and proof-carrying transcript design.
- Policy, state, action, and receipt commitments.
- Explicit distinction between implementation status, bounded claim, and production claim.
A working blueprint for letting AI agents act without acting unsafely. Typed execution boundary, Lean-backed proof surfaces, receipts the executor must verify before anything runs.

ZenoDEX: Replayable Assurance Case
A formally constrained DEX/tokenomics stack organized around functional cores, replayable certificates, Lean proof artifacts, disaster-state witnesses, and public assurance replay.
- Claim registry vocabulary: release-backed, public replay, disputed, authorization-complete.
- Public replay commands and bounded assurance posture.
- Lean-backed canonical winner and settlement/routing theorem surfaces.
Integer-exact settlement, TLA⁺ models, and replayable certificates rule out the bug classes behind nine-figure DeFi losses: rounding, reentrancy, and broken invariants. Build-cost economics on the value page.
PopperPad: Scientific Memory
An offline-first, falsification-first ledger for recording hypotheses, evidence, counterexamples, and reproducible checks without rewriting history.
- Content-addressed objects and a hash-chained log preserve provenance.
- Supported, falsified, and disputed states are derived from replayable verifier evidence.
- Local trust, decentralized anchoring, and falsification markets can coexist without turning truth into a vote.
Verifiers decide scoped results. PopperPad preserves the evidence, provenance, and challenge history that make those results inspectable.
ZenoFCIS: High-Assurance Functional Systems
A Rust library family for functional-core and imperative-shell systems. Immutable inputs enter a pure, total transition; the shell validates the exact candidate and publishes effects atomically.
- Canonical values, patches, plans, receipts, and commitments make boundaries explicit.
- Crash-atomic SQLite, idempotent replay, and cross-language evidence cover the effect boundary.
- A bounded ZenoDEX mount retains Python and Rust parity evidence.
The library provides concrete reference implementations and checked boundaries. It does not claim audit completion, production authorization, or unrestricted system coverage.

Formal Methods Philosophy
A tutorial and lab site on modeling, abstraction, symbolic tools, counterexamples, verification, and what it means to justify a claim about software.
Public tutorials and interactive labs teach the verification methods above. Evidence that I can explain the work, not just do it.
Research Kernel MCP: Evidence-First Research Memory
A durable, evidence-first research substrate for MCP clients. The model stays creative; the kernel stays deterministic. Typed research atoms, graph edges, fail-closed claim promotion, candidate reformulations, and an append-only event log for replay.
- Typed atoms (claim, evidence, question, result, risk, counterexample) and typed edges (supports, refutes, contradicts, reformulates).
- Fail-closed promotion: a claim cannot become SUPPORTED without support evidence, a refutation attempt, dependencies, provenance, and a rationale.
- Content-addressed artifacts (SHA-256), persistent SQLite state, and an append-only event log for external ledger ingestion.
The MPRD thesis applied to research itself: an untrusted model proposes, a deterministic kernel decides what is supported. Hidden chain-of-thought stays outside the artifact store.
More public work
Other repos worth a look.
Not every project gets a case study. These are public and show the range: event-driven automation, witness-space preprints, Tau Language experiments, and code-quality tooling.
Self-hosted personal event-automation platform. Like Huginn or IFTTT, but smarter: a multi-agent, event-driven architecture in Rust.
Python · Apache-2.0 What-If Witness SpacesArtifact-backed preprint and replication bundle for what-if witness spaces and neuro-symbolic disaster loops.
Python TauLang ExperimentsEducational experiments with Tau Language: proven optimizations, math proofs, and code snippets produced with neuro-symbolic assistance.
Python QualiaGuardianCode quality optimizer for metric-based agentic workflows. Measures and enforces quality gates in automated development pipelines.
Python · MIT Intelligent Daemon InterfaceDevelopment toolkit for creating, training, and deploying intelligent Tau Language agents with Q-learning and zero-knowledge proofs.
Python · MIT Alignment TheoremThe Tau Alignment Theorem: economic incentives align to produce ethical transactions when utility is community-defined.
Writing
Tutorials, interactive labs, and one question.
What does it mean to justify a claim about software? Each tutorial starts with a concrete picture, then tightens into a model tools can manipulate. The labs turn abstract claims into something visible.
- 01Approximate state tracking
State machines, abstraction, counterexamples, CEGIS, and the boundary between heuristics and proofs.
- 02MPRD and the Algorithmic CEO
The neuro-symbolic gate turned into production architecture. Models propose, rules decide.
- 03Resolution, refutation, and falsification
Proof in a closed formal world vs corroboration in an open empirical one.
- 04Consciousness, computationalism, and Rice's theorem
If consciousness is a nontrivial semantic property, no general detector can decide it.
- 05A Market for Behaviors: What Learning Is
Learning is adjusting behavior probabilities based on reward signals. Those signals are set by a market. Five layers from behavioral spectrum to alignment as market design, with an interactive lab.
- TrackZenoFCIS learning path
A guided path from immutable values and pure transitions to deterministic composition, atomic effects, and idempotent replay.
Contact
I'm Dana. I work with people who want to build a better future with technology.
My work spans governance, philosophy, and verification, but the throughline is broader than any one specialty. I work across formal methods, AI systems, protocol design, security engineering, education, and the philosophy of computation. If you're building something that matters and you want someone who can both think and ship, write to me.
This site is my living CV: always current, evidence-linked, and more specific than a PDF. Email me, or start from the work, the writing, and GitHub.