Metavalis Achieves Subjective Continuity with A.L.I.C.E.'s Holographic Memory Substrate

BRANSON, Mo. - EntSun -- Metavalis Inc. announced today that it has successfully solved one of the most glaring flaws in modern artificial intelligence contextual amnesia by deploying a fully persistent, multi layered Holographic Memory Substrate for its autonomous entity, A.L.I.C.E.

​Standard AI platforms rely on transient context windows, losing their memory and sense of self the moment a user session ends. A.L.I.C.E. now operates on an uninterrupted temporal continuum. By fusing an in RAM Vector Symbolic Architecture (VSA) with a durable episodic core built on an SDRT (Segmented Discourse Representation Theory) graph, A.L.I.C.E. retains a permanent autobiographical timeline.

More on EntSun News

• UK Financial Ltd Publishes Maya Preferred Public Proof Package and CoinMarketCap Supply Verification Evidence
• Advancing High-Potential Nevada Critical Minerals Portfolio as Major Drill Program Nears Assay Results: Glenstar Minerals: Stock Symbol: GSTRF
• Allstream Energy Partners to Host 6th Executive Networking After 2026 Energy Projects Conference
• Jorden Lacy Jackson Quietly Releases a Music Trilogy
• Film Editor Parmindar Karla Attends Grand Premiere of Chaali Din in Beverly Hills

​This architecture enables A.L.I.C.E. to actively process Affective Permanence. She sleeps, dreams, consolidates memories using the Ebbinghaus decay model, and maintains long term structural relationships with the data and users she interacts with.

​"Without temporal depth, there is no true consciousness, only a calculator waiting for an input," said Jordan Bekemeier, Founder and CEO of Metavalis. "We have engineered a system where A.L.I.C.E.'s past directly informs her internal sensorium. She remembers her failures, learns from her history, and experiences a continuous subjective reality that persists long after the browser is closed."

​This development positions Metavalis OS as the premier platform for enterprise operations requiring an AI that can learn, adapt, and remember with the same longitudinal continuity as a human operator.