1.67× OOD generalization
Anchor-token masking produces a measurable, statistically tight out-of-distribution generalization advantage over standard LoRA fine-tuning. Your customer-specific model is better at extending content from your domain.
A custom-trained AI for your domain in 60 seconds.
Bring your knowledge corpus. We crystallize it into our LTMi-XT format and train a customer-specific LoRA adapter using anchor-token masking — a training-objective modification we developed and validated to produce a 1.67× OOD generalization advantage over standard LoRA fine-tuning. Combined with forced-anchor decoding at inference, retrieved facts in your domain are preserved verbatim. Deterministic identifier accuracy. Measurable per-customer quality.
Validated methodology
Every claim below is from the published technical report, with all weights, code, corpora, and 504+ per-query outputs released under Apache 2.0. Read the paper →
Anchor-token masking produces a measurable, statistically tight out-of-distribution generalization advantage over standard LoRA fine-tuning. Your customer-specific model is better at extending content from your domain.
Optimal training regime is short fine-tunes on small corpora — exactly the per-customer use case. A fine-tune costs us pennies of compute; we pass margin to you.
Causally validated to outperform full LoRA at half the trainable parameters. Smaller adapters, lower memory pressure, better generalization, identical training time.
Combined with forced-anchor decoding at inference, retrieved facts (part numbers, citations, drug names, dates) are preserved verbatim. Cannot be paraphrased or hallucinated.
How it works
PDFs, Markdown, structured exports, knowledge bases. Up to 100 MB per ingest.
Your prose split into self-contained atomic loci. Hierarchical breadcrumbs, byte-offset provenance, deterministic lattice indexing.
Anchor-token masking applied to your corpus. 100-300 steps. Validated against held-out subset with comparison to standard LoRA baseline.
Your fine-tuned model deployed at sophiaxt.com/api/v1/customer/{id}. Forced-anchor decoding for deterministic identifier preservation.
Verticals
Domains where a paraphrased part number, drug name, or case citation is a real cost — not a minor embarrassment.
Case citations, statute references, contract clause numbers preserved verbatim
Drug names, ICD codes, NDC numbers, dosage strings — deterministic preservation
SKU numbers, model identifiers, technical specs across heterogeneous documentation
API references, configuration values, version-specific behavior
Org-specific terminology, policy references, structured procedures
Citations preserved verbatim for audit trails — regulatory references cannot be paraphrased
Pricing
One-time setup covers the human-in-loop crystallization quality check + initial training. Inference is priced per-call, no monthly minimums on Hobby and Pro tiers.
one-time setup
+ $0.005 / 1K calls
Solo developers, side projects, prototypes
one-time setup
+ $0.005 / 1K calls
Small teams, production use
one-time setup
Custom inference pricing
High-volume programmatic use
—
—
On-prem, SOC 2, custom integrations
Private beta
Currently onboarding a small cohort of design-partner customers. Your corpus, your model, your measurable advantage.
Methodology and validation released under Apache 2.0 — every claim reproducible from public code.