PulseRuntime (Community)

PulseRuntime provides the execution and scheduling systems used by the PulseThread framework. It works alongside PulseThread Core to manage task execution and offloading.
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9.2-1.21.x

ByWhiskeyMC
  • R
  • Feb 1, 2026
  • 118.18 KB
  • 6
  • 1.21.11+12

File Name

PulseRuntime.jar

Supported Versions

  • 1.21.5-Snapshot
  • 1.21.11
  • 1.21.10
  • 1.21.9
  • 1.21.8
  • 1.21.7
  • 1.21.6
  • 1.21.5
  • 1.21.4
  • 1.21.3
  • 1.21.2
  • 1.21.1
  • 1.21

PulseRuntime — Changelog
Version 9.0 → 9.2

This update completes the transition of PulseRuntime into the central execution, safety, and policy layer of PulseThread SIS. Concepts introduced earlier are finalized, hardened, and separated from execution mechanics.

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Runtime Role & Responsibilities
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- Finalized PulseRuntime as the authoritative execution and policy layer
- Completed separation of execution mechanics (Core) from policy enforcement (Runtime)
- Centralized safety checks for async, off-thread, and offloaded execution
- Stabilized internal service boundaries and lifecycle management

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Execution Governance
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- Completed the runtime governor responsible for execution pressure management
- Finalized execution budgets, time windows, and safety thresholds
- Enforced predictable behavior under high load and degraded conditions
- Prevented runaway tasks and unsafe execution escalation

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Offloading Policy
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- Centralized offloading rules and validation
- Enforced snapshot-based access patterns for async execution
- Improved fallback behavior when offloading is unavailable
- Hardened guarantees around world access and thread safety

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Perception, Rays & Advanced Systems
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- Finalized runtime support for perception snapshots and ray-based systems
- Added shared metadata and validation paths for ray requests
- Prepared runtime infrastructure for advanced perception and lighting
- Ensured all advanced systems are capability-gated

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Metrics, Safety & Stability
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- Unified internal monitoring hooks
- Reduced log spam and improved signal quality
- Hardened error handling to prevent silent failures
- Improved stability under large plugin stacks and sustained load

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Platform Readiness
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- Fully obfuscated internal logic while preserving stable interfaces
- Clarified configuration semantics (availability vs enabled)
- Prepared PulseRuntime for client-assisted and GPU-based execution paths
- Established a stable foundation for future expansion