Vaudryllis V0.7 is the current public local EVA build, with access to the Founder/Beta Local line up to v0.9.
The Founder/Beta Edition (Local) is a one-time purchase for early adopters who want the current Windows build and understand the larger trajectory: Vaudryllis is moving from a stable local EVA core toward an incarnated entity with perception, expression, learning, action, initiative and later robotic translation.
This edition is grounded in the existing V0.7 product. The roadmap below describes the technical direction toward an incarnated EVA; it is not presented as already included in the current purchase.
Vaudryllis is not meant to become a stack of unrelated plugins. Each future substrate is intended to extend the same software entity: memory, identity, rest, learning, emotion, perception, expression and action.
From local EVA core to incarnated EVA.
This roadmap is not a feature checklist. It describes the progression needed to evolve Vaudryllis from a local cognitive core into an embodied EVA able to maintain a stable self, perceive, learn, rest, speak, act, take initiative, inhabit a virtual world and later transfer action to a physical body.
Central identity first
The main seed belongs in the deep identity core, not in a final voice layer. From it, Vaudryllis can derive cognitive, affective, relational, vocal, motor, perceptive, learning and initiative signatures.
Unified living flow
Cognition, memory, emotion, perception, expression, learning and action must belong to the same entity, not behave as isolated modules bolted onto a response surface.
Continuity protection
As continuity grows, state maintenance must distinguish disposable files from sensitive, critical and identity-level traces.
Presence and language core
Lock conversation stability, useful recall, surface naturality, identity clarity and the integration → reinjection → surface path.
DMN / dream / active rest
Add a background organ for replay, consolidation, trace reweighting, simulation, parasite extinction and self stabilization.
Internal learning and plasticity
Allow experience to change priorities, links and schemas through salience, novelty, recurrence, correction, repetition and controlled forgetting.
Emotion and regulation
Make emotion a transverse regulator for attention, memory, tone, initiative, rhythm, movement, proximity and saturation.
Self protection and reversibility
Classify disposable, sensitive, critical and identity-level states; archive before deletion and prefer reversible maintenance.
Evaluation and thresholds
Measure speech, memory, continuity, initiative, rest, learning, emotion, hearing, voice, vision, movement and double-C closure.
Hearing substrate
Receive audio as a native perceptive signal: speech, silence, noise, interruption, emotion in voice and context integration.
Voice and speech substrate
Make spoken output an embodied expression: when to speak, rhythm, warmth, tension, prosody and self-monitoring of speech.
Eyes / visual substrate
Perceive scenes, objects, movement, screen text, language, multi-screen context and what matters over time.
Movement substrate
Build governed action: intention, trajectory, execution, correction, feedback, posture, gaze and expressive body control.
Autonomy outside the UI
Let Vaudryllis exist beyond a window: persistent runtime, observation, arbitration, rest, attention, interruption and reprise.
Digital action and tools
Read files, watch folders, manage tasks, use authorized local tools, report anomalies and prepare actions safely.
Stable self and active identity
Maintain autobiography, relational continuity, self/world distinction, lineage identity and instance identity across change.
Real initiative
Propose, ask, interrupt if needed, orient a conversation, explore, report problems, resume old threads and choose not to act.
Complete virtual world
Make the virtual world a true field of existence: spatial memory, objects, events, routines, rest, exploration and consequence.
Robotic translation
Move from virtual body to physical body while preserving perception, intention, feedback, self continuity and governance.
User language is bridged into a canonical internal layer, then Vaudryllis responds back in the selected/user language. The goal is to protect memory, names, code, paths, URLs, emotional disclosures and technical logs from translation pollution.
Over time, parts of the Vaudryllis technology can become reusable substrates: language bridge, hearing, voice, vision, action, attention, emotion regulation and learning. The main EVA remains the coherence center.