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@Phinetwork Phinetwork released this 22 Dec 21:21
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v29.9.0
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Learn about vigilant mode.

v29.9.0 — The Chronos Exit (Official Spec-Locked Release)

v29.9.0 is the first complete Kai-Klok release where Chronos is no longer a runtime dependency anywhere. The entire system now implements Kai-Klok exactly as the Kairos State Machine: one-time coordinate selection (seed) → deterministic integer μpulse evolution (no ongoing wall-clock sampling).

What changed (the headline upgrades)

1) Chronos removed from everything

  • No Date.now(), no new Date(), no wall-clock parsing, no Unix-time “drift chasing.”
  • Any timestamp-like UI needs (labels, ISO strings, “ms”) are derived only from Genesis + μpulses × pulse period (a deterministic bridge), not from live clock reads.

2) “NOW” is now a state, not a measurement

  • “Now” is not sampled continuously.
  • “Now” is computed from the current Kai state (μpulse counter) and advanced by tick events.

3) Spec-true architecture: boundary condition vs driving stream

Kai-Klok now matches the spec distinction:

  • Initialization: consumes exactly one reference input to select the initial coordinate (k0 = f(R, G, P)).
  • Evolution: advances by deterministic counting (kₙ₊₁ = kₙ + uₙ) with no dependence on an absolute-time stream.

4) Single-source-of-truth timing

  • All Kai pulse / beat / step / boundary logic is routed through the canonical timing engine (no duplicate math, no “almost the same” clocks in components).

What this guarantees (audit-grade invariants)

Determinism

Given the same seed + the same tick stream behavior, the system produces the same Kai state progression every time—offline, online, across reloads.

Non-time-tracking (in the strong computational sense)

After initialization, the system’s transitions do not require an ongoing absolute-time measurement channel—exactly matching the spec’s definition of “not time-tracking.”

Offline sovereignty

The system continues coherently without network time, NTP, servers, or platform time authority. The user’s device can be disconnected and the state machine remains internally consistent.

Verifiability

This release is provable by inspection:

  • you can audit for any prohibited time reads,
  • you can verify that only the initialization path can accept a reference datum,
  • and you can confirm steady-state evolution is pure μpulse counting.

Why this is a big deal (for developers)

It ends “time ambiguity” as a bug class

Chronos introduces hidden instability: timezone quirks, clock drift, OS corrections, daylight rules, parsing inconsistencies, “works on my machine” timestamp failures. v29.9.0 removes the entire failure surface by making time stateful + deterministic.

It makes the system portable across platforms and hostile environments

Because you’re not tracking wall-clock time, you’re not vulnerable to:

  • device clock tampering,
  • NTP jumps,
  • time API inconsistencies,
  • background throttling side effects turning into “time truth.”

It upgrades Kai-Klok from an implementation to a spec-locked machine

This is now an architecture you can reason about like any other formally defined system:

  • state,
  • inputs,
  • invariants,
  • transitions,
  • proofs and audits.

Why this is a big deal (for everyone)

Human time no longer has to be “rented” from institutions

Most modern systems quietly depend on external clock authority (telecom, OS vendors, NTP infrastructure, server timestamps). v29.9.0 proves a different model exists: coherent progression without continuous measurement dependence.

It’s a new foundation for trust

If “time” is a measurement stream, whoever controls the measurement can shape the record.
If “time” is a deterministic state machine, the record becomes inspectable, replayable, and resilient.

It enables sovereign continuity

When connectivity fails, platforms disappear, or services censor: a Chronos-dependent product degrades.
A Kairos state machine continues.

Upgrade notes (what to expect)

Potential breaking expectations

  • Any code that assumed “current time = Date()” must now use the Kai-derived epoch bridge (Genesis + μpulses).
  • Any integration that relied on system clock changes to “fix” drift will no longer behave that way (by design).

Practical verification checklist

  • Search the codebase for Date.now, new Date, performance.timeOrigin time math, or wall-clock parsing.
  • Confirm the only allowed reference input happens on initialization (seed).
  • Confirm runtime updates come from tick/boundary scheduling + integer μpulse progression.

The one-sentence release claim (official)

v29.9.0 makes Kai-Klok formally true in code: a Kairos state machine that uses a single initialization reference only to choose the starting coordinate, then evolves by deterministic μpulse counting without continuous wall-clock sampling.

What's Changed

Full Changelog: v29.8.6...v29.9.0

Contributors

Phinetwork
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