Tim Bouma
trbouma@getsafebox.app
npub1q6mc...x7d5
| Independent Self | Pug Lover | Published Author | #SovEng Alum | #Cashu OG | #OpenSats Grantee x 2| #Nosfabrica Prize Winner
Will watch closely to see what ‘self-custody’ actually means. If it’s means key to someone else’s Lightning Channel, I’ll be disappointed, but I have an open mind!
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Maybe it’s me being naïve - but this is all I want as the starting building blocks to build trust-enabled solutions that are globally accessible.
#dnspub
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The fusion of DNS and NOSTR points toward the kind of Internet infrastructure we now need — one that combines structure with trust. DNS already gives us a resilient, distributed backbone for naming, discovery, and metadata — it tells us what exists and where it lives. NOSTR adds the missing layer of authenticity and continuity: each event is independently signed yet part of a larger, verifiable whole.
Together, they can create a trust-enabled web. DNS can publish verified metadata — like a domain’s NOSTR public key or relay endpoints — while NOSTR provides cryptographically signed attestations tied to those domains. A NOSTR event could prove it originated from example.com without any central authority, while DNS points to the relays carrying its live state. By linking static naming with dynamic proof, the Internet itself becomes self-describing, self-authenticating, and truly sovereign — a network where both information and integrity can travel freely.
#dnspub
“Agents and today’s authentication and authorization patterns can work for synchronous agents using multiple tools across a single trust domain, but not asynchronous or multi-domain contexts.”
https://openid.net/wp-content/uploads/2025/10/Identity-Management-for-Agentic-AI.pdf
Dang!
Self-custody is now Total Surveillance?
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“Crypto folks build the rails. AI folks ride on them.”
@hal what time is it?
I built this white hanging out with the @Sovereign Engineering folks. I wanted to implement something like Bolt12 for any #safebox wallet user. It should work with any Lightning wallet if you want to done the sats equivalent of one banana to me (115 sats).
DNS is the Metadata Backbone — NOSTR is the Trust Tissue
The Internet has a body.
DNS is its metadata backbone — the distributed naming system that turns human-readable domains into machine-routable coordinates.
DNS defines what exists and where it lives:
• A hierarchy from the root zone (.) through TLDs to individual domains
• Resource records (A, SRV, TXT, HTTPS) that describe addresses, services, and policies
• A global mesh of recursive resolvers and authoritative servers that keep everything findable and coherent
DNS gives the Internet structure and memory — a backbone of metadata.
NOSTR, by contrast, is the trust tissue — a decentralized event protocol built on cryptographic signatures and social propagation.
NOSTR defines who speaks and why it matters:
• Every event in NOSTR has its own identity, signed by a private key
• Each event stands alone — cryptographically independent yet can be woven into a larger fabric of trust through shared public keys, relay networks, and references
• Relays don’t issue authority; they simply transmit verified intent
Where DNS creates a map of places, NOSTR creates a map of people and proofs.
Together DNS and NOSTR form a living architecture:
• DNS gives the Internet coordinates — the skeletal structure of meaning.
• NOSTR gives it credibility — the connective tissue that binds verified expression into community.
DNS tells the Internet what exists and where it lives.
NOSTR tells it who speaks and why it matters.
And that’s how the Internet becomes not just searchable — but trustworthy by design.
#dns #nostr
The Apple 1 in 1976 (MacBook predecessor).
Using the dig (40-yr old native internet tech) command line utility to look up nip05, website and lightning address information for any npub whose user has published their profile information.
#dnspub makes nostr info look like a part of the existing DNS system namespace.
