Approved Tech Umbral Route Reweaver Bypass Mk. I

[Darth Prazutis]

• Intent: To create a Kainate exclusive hyperspace navigation bypass module that allows mid-transit course correction without reverting to realspace, surpassing the older N-CRAB concept.
• Image Source:
  • Headers - Teresa Zambrano | Darth Pellax
• Canon Link: N/A
• Permissions: N/A
• Primary Source:
  • Nav Computer Route Astrogation Bypass

• Manufacturer:
  
  • Malsheem Hypernautics and Manufacturing
• Affiliation:
  
  • The Kainate
• Market Status: Closed-Market
• Model: Umbral Route Reweaver Bypass (URR-B) Mk. I
• Modularity: Yes - Fits as a bypass/overlay module to most navicomputer architectures; swappable relay shard, logic core, and stabilization couplers; proprietary cipher-stack and calibration rites remain sealed.
• Production: Limited
• Material:
  • Alchemized Sarrassian Iron
  • Bloodsteel
  • Sith Blackstone
  • Whisperstone

• Mid-Transit Vector Splicing: Allows a ship to alter its plotted hyperspace route while remaining in hyperspace, replacing "revert → recalc → jump" with an in-flight splice and gradual integration of the new destination vector. This was core promise of the older N-CRAB concept but now executed with Kainate grade control and resilience.
• Umbral Predictive Corridor Sampling: Samples local hyperspace turbulence and route hazard probability in short bursts, enabling safer reweaves when lanes are unstable or when pursuit forces a deviation.
• Pursuit-Grade Revector Logic: Built for hostile environments, supports rapid "chase corrections", ambush re-alignments, and evasive route warping without requiring full nav solution resets.
• Burst-Doctrine Navigation Telemetry: Transmits only short, encrypted navigation deltas instead of continuous open streaming, reducing the window for interception and route-theft.
• Triptych Redundancy Core: Three parallel calculation tracks (primary / shadow / veto) cross-check each other during flight; if one becomes corrupted, the other two can force a safe abort or conservative splice to ensure route accuracy.
• Misjump Quarantine Safeties: If the splice solution begins to drift beyond acceptable safety thresholds, the module can automatically degrade to "safe-hold" behavior (either conservative continuation on the original line or a controlled reversion) rather than gambling the ship on a bad correction.
• Anti-Tamper Oath Circuit: Unauthorized access triggers a burn-wipe of route keys and a false-output decoy stream designed to mislead slicers into believing they have control while the true core locks down.

• Surpasses Conventional Hyperspace Tech: Enables mid-hyperspace course correction without a full drop-out cycle, improving pursuit/evasion tempo and reducing "predictable hop patterns."
• Resilient Under Interference: Triptych redundancy + burst telemetry makes it harder to blind or corrupt than a single-thread bypass.
• Safer: Misjump quarantine logic prioritizes survivability over bravado, important for a module that modifies the most dangerous part of space travel.
• Perfect for Kainate Doctrine: Supports "inevitability navigation", the ability to adapt routes dynamically so enemies cannot rely on your initial jump vector as a reliable predictor of arrival point.

• Interdiction / Gravity Hazards: Near mass shadows, interdiction fields, or heavily disturbed lanes, reweaves become high-risk or may be vetoed by quarantine safeties.
• Force Nullification: The predictive sampling advantage degrades when subjected to Force Nullification, pushing the module toward conservative "safe-hold" behavior (still functional, less bold).

The Umbral Route Reweaver Bypass (URR-B) Mk. I is the Kainate answer to an old, experimental premise: The idea that a pilot should be able to change hyperspace course without reverting to realspace first, the same core function attributed to the earlier N-CRAB bypass concept. Where the older approach was framed as an astrogation bypass that slowly integrated new coordinates into an existing plan, the URR-B is engineered as a doctrinal navigation weapon. Asealed overlay that treats a hyperspace jump as a living route, continuously re-evaluable under pressure.

Its design philosophy is simple and Sith to the core: Motion is control. If an enemy can predict your vector, they can plan around you. If they cannot, they must react, and reacting is how empires bleed. The URR-B achieves this by performing mid-transit vector splicing through redundant calculation tracks that constantly cross-check one another, allowing course corrections to be attempted without gambling the vessel on a single thread of math. When conditions are favorable, it can reweave toward a new destination with far less delay than a full drop-out and recalculation cycle. When conditions are hostile, jamming, pursuit pressure, turbulent lanes, it can degrade intelligently into conservative behavior rather than committing to a catastrophic misjump.

Crucially, it does not pretend to break the laws of hyperspace. It cannot casually reweave through mass shadows or ignore interdiction realities. Instead, it excels at the kind of revectoring that wins campaigns. Small corrections that ruin enemy predictions, chase-path adjustments that keep pressure on a fleeing target, and evasive re-alignments that make pursuit traps unreliable. In the hands of the Kainate, the URR-B becomes less a convenience and more a principle, one more way their fleets refuse to be where enemies expect them, until the moment they arrive exactly where they are needed.

 

[MANIAC]

Darth Prazutis

As usual, very cool.

Approved.