5/18/2026 - Continuum has supported native desktop builds for a while now. Back in v1.6.7 (April 9, 2026), the project reached an important packaging milestone: - signed + notarized native Mac builds - updated native Windows builds - unified Docker alignment - packaging improvements - build script cleanup - Windows launcher/runtime fixes But one lingering inconsistency remained: PDF export support was still effectively tied to Docker/WeasyPrint environments. Today’s work closes much of that gap. PDF exports are now supported consistently across all build types, including the native desktop builds I now actively use myself for writing and publishing. That progression matters because the goal was never merely: > “ship a packaged app.” The goal is a durable local-first authoring environment that behaves coherently across environments. #Continuum #NativeApps #PDF #LocalFirst #DigitalSovereignty

Today was significant because the authentication flow finally worked end-to-end without usernames or passwords. Instead of creating an account and storing credentials in a centralized database, the service verified a signed proof generated locally from the user’s identity. In practice, this means your public key can become your login. As long as your signer is available locally, you can theoretically authenticate to any compatible service without creating separate accounts everywhere. The platform does not own your identity anymore. It only verifies your proof.

This is a very interesting article Got me thinking..

5/11/2026 AI and automation are pushing the cost of digital production toward zero. - Infinite content. - Infinite code. - Infinite media. - Infinite synthetic noise. Ironically, that makes a few things more valuable: * trust * authorship * signatures * provenance * identity * local ownership That is increasingly where Continuum is focused. Not just publishing content. But managing authority itself.

5/11/2026 The Vault Built the first fully functional Vault v1 for Continuum in under 8 hours yesterday. What surprised me most was not the speed itself. It was realizing how naturally the Vault fit into the existing architecture. Because Continuum already had: * local workspace management * encrypted workflows * signing identities * proof systems * backup/export flows * artifact verification The Vault was not really a separate system. It was another expression of the same philosophy: local-first ownership and authority.

5/11/2026 Interesting realization Continuum is slowly becoming a unified local authority workspace. Not just a Nostr client. Not just publishing. The same environment now manages: * Nostr identities * PGP keys * SSH identities * Bitcoin signing identities * encrypted artifacts * secure vault entries * drafts and archives What ties these together is not “crypto.” It is authority. Who controls the keys. Who controls the workspace. Who controls the secrets. Who controls the publishing authority. That feels increasingly important in an AI-driven world built around centralized platforms and hosted dependency.

# Weekly Update: May 3 – May 9, 2026 - Back to full health after stomach issues. - Focused on enhancing Continuum’s identity and artifact ecosystem: added Nostr proof attestations, imported/listed PGP & Bitcoin identities, SSH support, and “Verify Signed Artifact Bundle.” - Polished UI workflows and had a productive Zoom call with another developer to refine priorities and identity flows. - Continued planning workspace encryption and secure credential storage. #Continuum #Nostr #Bitcoin #PGP #SSH #WorkspaceSecurity #IdentityManagement #ProofAttestations

5/8/2025 - Another interesting direction is the idea of a “composite signer.” Right now, identities are mostly treated independently: - one Nostr identity - one PGP identity - one Bitcoin identity - one SSH identity But increasingly I’m thinking about a higher-level abstraction: a composite signing authority composed of multiple underlying identities. For example: “Andrew Stanton” could internally contain: - several Nostr identities - multiple PGP fingerprints - Bitcoin signing identities - SSH identities all grouped into a single composite signer profile. Then when signing an artifact, Continuum could: - apply all configured proofs automatically - generate a unified manifest - preserve identity relationships - support optional proof policies This becomes especially interesting because different ecosystems trust different proof systems. Some people may only care about: - PGP - Bitcoin - SSH - Nostr The composite signer allows all of those identities to travel together coherently. And importantly: the abstraction shifts away from “accounts” toward “cryptographic authority groups.” That feels much closer to how identity actually works in the real world. A person, organization, or project rarely has: - one key - one identity - one trust system Instead they operate through overlapping cryptographic authorities. The composite signer starts modeling that reality much more directly. #Continuum #Nostr #Bitcoin #OpenSource #LocalFirst #PGP #SSH #Cryptography #Sovereignty

5/8/2026 - One interesting possibility now that the “Verify Signed Artifact Bundle” flow is working: the bundle itself can continue evolving as it moves between people. For example: I could generate a signed artifact bundle containing: - the artifact - manifests - Nostr proofs - PGP proofs - Bitcoin attestations - SSH proofs Then send that zip bundle to another Continuum user. That user could: - verify all existing proofs locally - inspect the manifests/signers - add their own attestations - generate an updated bundle - pass it forward again At that point, the bundle starts becoming something more collaborative. Not merely: “who originally authored this?” But also: “who independently verified or endorsed this artifact?” That becomes especially powerful for same-domain attestations. For example: - 3 or 4 independent Nostr users attesting - multiple Bitcoin identities signing the same artifact - several PGP identities verifying the same release - multiple SSH authorities approving the same package The important part is that these attestations remain: - portable - local-first - independently verifiable - append-only without requiring: - a blockchain consensus layer - a hosted verification service - a centralized signing authority The artifact bundle itself becomes the evolving container of trust relationships. That feels like a very different model from most modern platforms. #Continuum #Nostr #Bitcoin #OpenSource #LocalFirst #PGP #SSH #Cryptography #Sovereignty

5/8/2026 -- SSH + Verify Bundle Yesterday Continuum already supported: - Nostr signing + proofs - PGP signing + proofs - Bitcoin signing + attestations It could already generate signed artifact bundles containing: - the artifact itself - manifests - detached proofs - signer metadata - multiple cryptographic attestations Today completed the loop. Two major missing pieces were added: - SSH signing identities + SSH proofs - the “Verify Signed Artifact Bundle” flow That changes the system substantially. Because now Continuum is not merely generating sovereign proof bundles. It can also independently verify them locally. A signed package can now contain: - Nostr proofs - PGP signatures - Bitcoin attestations - SSH proofs alongside manifests, signer metadata, fingerprints, and verification data — all bundled together into a portable artifact package. And Continuum can verify the entire bundle locally. No relay required. No hosted service required. No external verification platform required. Just the artifact and the proofs traveling together. That feels like an important architectural milestone. Especially because these proof systems originated from completely different worlds: - PGP → email + software verification - SSH → infrastructure authorization - Bitcoin → sovereign monetary identity - Nostr → decentralized publishing Yet all of them reduce down to the same primitive: cryptographic authority attached to an artifact. The interesting realization is that the bundle itself is becoming the durable object. Not the platform. Not the account. Not the relay. The signed artifact bundle. #Continuum #Nostr #Bitcoin #OpenSource #LocalFirst #PGP #SSH #Cryptography #Sovereignty

5/7/2026 -Continuum is becoming something much broader than “a Nostr client.” That became very clear today. The core abstraction is starting to look more like: local-first sovereign signing identities Where: * signing * publishing * attestation * authentication * verification * distribution are all separate concepts. Most systems collapse all of those together. Once you separate them, very different possibilities emerge. Tomorrow I want to: * add SSH signing identities * build the complementary “Verify Artifact” flow which will locally verify: * PGP signatures * Bitcoin attestations * Nostr Schnorr attestations * later SSH proofs as well #Continuum #Nostr #Bitcoin #OpenSource #Identity #LocalFirst

5/7/2026 - One of the most interesting parts of today: I’m not creating “special Nostr events” for artifact attestations. I’m simply using the Nostr private key to sign a canonical message about an external artifact. That distinction matters. The proof file is completely separate from the artifact itself: * tax_return.pdf * tax_return.pdf.nostr-proof.json The JSON contains: * artifact SHA256 * npub * pubkey * signed message * Schnorr signature * timestamp Very similar conceptually to: * PGP detached signatures * Bitcoin message attestations At some point you realize: PGP, Bitcoin, Nostr, SSH… they are all variations of: challenge → sign → verify #Continuum #Nostr #Bitcoin #SSH #PGP #DigitalSovereignty

5/7/2026 - Spent most of the last week pretty out of it physically (since around Thursday 4/30), so today honestly surprised me. What started as “let’s add PGP import support” somehow turned into a full local artifact attestation system inside Continuum. Right now I can sign a PDF, ZIP, markdown file, etc. locally using: * PGP identities * Bitcoin signing identities * Nostr identities …and export a portable verification bundle containing: * detached signatures * Bitcoin proof JSON * Nostr proof JSON * manifest * signers metadata * bundled PGP public key No relay required. No cloud dependency. No platform needed. The deeper realization though is this: a Nostr private key is just a secp256k1 signing authority. It does NOT only have to sign relay events. That sounds obvious in hindsight but I honestly don’t think most people in Nostr-land think this way because publishing and signing are usually tightly coupled together. #Continuum #Nostr #Bitcoin #PGP #CyberSecurity #SelfSovereignIdentity