Every model improvement, new Omic Agent capability, infrastructure update, and security patch — versioned and documented. Transparency is infrastructure.
The Causal Engine now models the mTOR and AMPK signalling pathways using a neuro-symbolic architecture, enabling causal predictions at the molecular pathway level rather than purely at the biomarker surface.
You can now simulate up to 5 concurrent interventions against your Digital Twin in a single session, with interaction effects modelled between pathways.
Updated methylation clock to GrimAge v2 (Lu et al., 2025). Bio-age estimates are now 14% more accurate for users with >6 months of longitudinal data.
Metal Performance Shaders optimisations reduce inference latency by 14% on Apple Silicon M3 and later. Intel/AMD hardware sees a 7% improvement.
Key derivation now uses HKDF-SHA512 with a 90-day automatic rotation cycle. Existing users will be prompted to re-authenticate once. No data migration required.
The Microbiome Agent now tracks Akkermansia muciniphila abundance as a key longevity biomarker, with causal links to metabolic flexibility and gut barrier integrity.
Users can now configure the minimum confidence threshold for Sovereign Advice (default 89%). Setting a lower threshold surfaces experimental recommendations with appropriate uncertainty labels.
Fixed a bug where Dexcom G7 readings in UTC+5:30 and UTC+8 timezones were being offset by 30 minutes. Affects users in India and Malaysia.
The MQTT integration protocol is now fully documented in the developer docs. Custom wearable integrations can now be built without the Python SDK.
PC algorithm now runs across all available CPU cores. 6-core machines see a 3.2× speedup on full-graph recalculation. Daily recalculation now completes in under 8 seconds on consumer hardware.
The Digital Twin engine exits internal beta. All Sovereign and Apex users now have access to in silico intervention simulation, validated at 89% 30-day accuracy.
Seventh Omic Agent now live. The Lipidomic Agent tracks Omega-3 index, LDL particle size, and phospholipid composition as cardiovascular longevity markers.