Professional Protocol Lock

Professional protocol engaged.

Prothean Systems

Emergent General Intelligence

Enterprise-grade intelligence on infrastructure you control.

Clarity, custody, and outcomes built to last.

BE PROTHEAN. FOR HUMAN DIGNITY.

From institutional risk to governed outcomes

Large organizations adopt Prothean when cloud-only AI is not an option. Three shifts operators care about on day one:

Data privacy

Stop sending proprietary data to third-party LLMs. Keep workloads, artifacts, and retention inside your perimeter.

Auditability

Move from black-box AI to deterministic, specification-grade outcomes—with separation of execution and verification.

Efficiency

Reduce storage footprints with governed compress-and-restore—without trading integrity your compliance team will sign off on.

Industry success paths

Representative institution types—each with a clear operational story.

Healthcare

Private peer-reviewed medical discovery

PHI stays inside your environment; research-grade pipelines with governed release—not public clinical claims on a marketing page.

Government & research

Air-gapped sovereign compute

Disconnected and controlled cells with traceable operations and integrity-first posture—built for operators, not consumer chat UX.

Financial services

Audit-ready, specification-grade outputs

Model risk and ITGC narratives map to separated execution, verification, and governance layers—not a single opaque model score.

What operators get

On-premises · Verifiable · Built for regulated workflows

Concrete capabilities—not buzzwords. Same stack whether you are archiving, reviewing, or shipping governed artifacts.

Deployment

Your infrastructure, your rules

Runs where you need it: on-premises and air-gapped friendly. No mandatory public-cloud inference path for core workflows.

Compression

High-efficiency retention

Enterprise compress-and-restore for large repositories. Governed restoration: what you get back matches what you stored—under your verification policy.

Execution + verify

Paired execution and verification

Specification-grade lanes: deterministic outputs where configured, with independent verification—not a single opaque endpoint.

Real-time synthesis

High-throughput visual reference

Live geometric synthesis demos for mission review, training, and stakeholder readouts—illustrative of engine depth, not a substitute for your audit package.

Sovereign posture

Operator-clear results

Native stack, CLI-first entry points, and observability patterns your platform team can wire into existing runbooks.

Data Centers & Large Institutions

Best in Class Business Intelligence Services. Be Prothean. Best-in-class on-premises posture with integrity validation, audit-ready reporting, and operator-visible governance.

Deployment Model — on-premises and air-gapped friendly. Built for controlled environments where access control, integrity verification, and operational observability must be guaranteed. For data-center and large-institution estates, portfolio-style models of cold and secondary retention typically cite an expected average of about 45% annual savings on addressable storage and related transfer line items per data center per year versus comparable uncompressed retention at parity—your percentage depends on deduplication baselines, tier mix, egress, and tariff structure; validate with your TCO model.

Governed Workflows — integrity checks, traceable audit trails, and policy-driven release paths for enterprise teams. Designed for consistent operational outcomes across large data volumes; the same audit and release gates are how operators tie the ~45% expected average annual savings per data center (above) to verified restore outcomes—not storage math in isolation.

On-Premises & Air-Gapped

Runs inside your infrastructure with enterprise controls intended for classified and disconnected networks. Core processing workflows do not depend on mandatory external service calls.

Sovereign Security

Storage & Cost Optimization

High-efficiency data reduction for large repositories, with verified restoration quality suitable for enterprise retention and archiving workflows. Reduces operational footprint while maintaining integrity expectations.

Storage ROI

Audit & Compliance at Scale

Governance tooling for integrity verification, ethical validation, and tamper-evident audit trails. Built for regulated reporting needs and controlled release pathways.

Compliance Audit

Orchestration & Integration

Enterprise workflow integration via governed CLI entry points and operator-visible runtime status. Supports operational runbooks and infrastructure automation patterns.

DevOps Integration

Data Center: Relevant Capabilities

Capability areas that map to operational governance, integrity assurance, and high-throughput enterprise workflows.

Verified Storage Workflows

Reduced storage footprint with verified restoration quality and operator-visible integrity status.

Governed Integrity & Audit

Tamper-evident audit trails and controlled release pathways for compliance-grade operational transparency.

Operational Orchestration

Command entry points and observability built for regulated pipelines and operator control.

Industry success paths are summarized above; this section expands deployment and capability depth.

Live geometric fluid reference for operators—continues after capability sections: Navier–Stokes-class visualization.

How it works — five capabilities

A scannable map of the stack. Trademarked subsystem names appear in small caps where they help operators map docs to product.

High-Efficiency Compression & Restoration

Memory DNA™

Compress what you have already produced or ingested; restore under governance. Operators receive verified artifacts—not a public formula sheet.

Structural classification & forecasting

Universal Pattern Engine

Anticipatory structure over raw noise—useful for triage, routing, and high-signal review while preserving audit hooks.

Decision routing at scale

Radiant Data Tree

Hierarchical focus: elevate what matters for the next operator action; retain traceability across large corpora.

The Governance Layer

Guardian EGI™ · validation vs. cognition

Separation between generation and validation so releases can pass policy, ethics, and integrity gates in regulated settings.

Geometric Reasoning & Synthesis

ARC Engine™

Structure-first analysis and synthesis workflows—repeatable paths for research, operations, and compliance-adjacent review.

Compression & restoration

Enterprise compress-and-restore (Memory DNA™) · Governed workflows · Paired execution and verification (LOGAN · ARCHER)

Data center & operations · Live reference

Geometric fluid synthesis

In-browser Navier–Stokes–class visualization for mission review and training. For the full GPU-stepped governing-physics engine, open the Barreto Singularity embed below.

Geometric reasoning & synthesis

Current State: Laminar Flow Solver

Ideal for: Streamlined efficiency.

Radiant Data Tree

Decisions that scale. Proprietary structure. Built for what comes next.

The Radiant Data Tree (RDT) organizes complex information into a decision-ready structure. It prioritizes relevance, preserves traceability, and supports fast navigation across large knowledge surfaces without exposing implementation-sensitive methods.

Integrated with CodeDNA routing and operator workflows. Built for clarity, control, and scale.

Radiant Data Tree — Structure & Governance

graph TB subgraph RDT ["Radiant Data Tree - Decision Structure"] ROOT["Root Context"] ROOT --> F1["Branch A"] ROOT --> F2["Branch B"] F1 --> B1["Signal Review"] F1 --> B2["Priority Review"] B1 --> KEEP["Retain"] B2 --> HOLD["Escalate / Hold"] F2 --> B3["Relevance Check"] B3 --> KEEP2["Retain"] end HOLD -.->|"Operator or policy action"| KEEP

Public-safe overview of how RDT organizes, reviews, and routes information through governed decision branches.

Retrieval

Fast

Operator-first access to high-signal branches.

Governance

Policy-Driven

Routing and reduction are controlled by internal rulesets.

Structure

Recursive

Hierarchical organization for scalable decision trees.

Role

Decision Routing

Connects intake, classification, and execution pathways.

RDT Routing Pipeline

graph LR A["Input"] --> B["UPE Classify"] B --> C["Route Candidate A"] B --> D["Route Candidate B"] C --> E["Retain / Route"] D --> F["Review / Reduce"] E --> G["Output"] F -.-> G

Public-safe summary: RDT evaluates relevance and routes information through governed decision branches while preserving auditability and operator control.

RDT Overview

ClassificationIntegrated
Routing modeGoverned
Branches1,218
StatusOperational

Capabilities

Decision routing, branch prioritization, operator-guided reduction, and traceable path management across the Prothean operating stack.

Universal Pattern Engine

Anticipate structure before it fully materializes—without waiting for the full picture.

The Universal Pattern Engine supports cross-domain structural foresight and anticipatory analysis. It prioritizes efficient execution when prior structure already applies and controlled compute when new structure appears.

Built to anticipate. Designed for governed execution and efficient workflows.

Speed

Accelerated

Recall over recomputation.

Efficiency

Optimized Path

Prioritize known structure before compute escalation.

Intelligence

Adaptive

Governed execution tiers.

Structural confidence

High confidence

Forecast

Processing Tiers

A prior match can trigger a fast path; novel inputs route to controlled compute allocation.

ARC Engine

Structured geometric reasoning for analysis workflows that must stay traceable, repeatable, and review-friendly.

ARC Engine applies governed, structure-first methods to complex inputs—supporting operator-led review, documentation, and downstream automation without sacrificing audit posture.

Suitable for research, operations, and compliance-adjacent use cases where outputs must be explainable.

Throughput

Faster review cycles

Prioritize signal and reduce manual triage on large inputs.

Governance

Traceable outputs

Artifacts and steps suitable for internal sign-off.

Operator experience

Clear controls

Workflows designed around analyst and engineer roles.

Synthesis · Not Simulation

What Do You Want to Calculate?

Pick a problem. See the scale. ARC Engine synthesizes via structured optimization—no brute-force iteration.

Result
—
Naive ops (brute-force):
—
ARC synthesis:
optimized · 0 redundant
Input Core Projection Throughput Output
View Fluid Solver on Foundation →

Memory DNA Omega v9.1

OMEGA EGIX · SINGLE MODULE · PACK & RESTORE

Memory DNA Omega v9.1 is the sole operator surface for Memory DNA under OMEGA EGIX: governed, local-first pack and restore in your browser. There is no separate compressor module—this page is the canonical entry. Internal mathematics and compression tactics are not published here.

Runtime: compression and restore run locally in your browser. Copyright © B.E.A.R. Inc. / Prothean Systems — patent pending — all rights reserved.

OMEGA EGIX · GOVERNED SURFACE

A controlled pack / unpack experience with integrity cues the demo can expose. Method detail, staging semantics, and on-wire structure are intentionally not specified here.

Memory DNA Omega v9.1 · disclosure-minimal copy

Local-first Round-trip proof Auditable

What is Memory DNA?

Memory DNA is Prothean’s enterprise compression platform. It compresses what you have already produced or ingested.

Workflows are controlled end-to-end: compression, verification-ready restoration, and governed recovery. Organizations reduce storage and transfer overhead while keeping a clear operator story.

Operator-scale governance—tamper-evident packaging and audit-friendly controls.

Compression Tools

Local · in-browser

Stage 1: Pack (operator input)

Select material for local handling in your browser. No passwords; no identity collection. Internal pipeline steps are not documented on this surface.

Stage 2: Restore (operator output)

Upload prior packaged artifacts for local restoration. Verification behavior shown here is illustrative; formal criteria are engagement-scoped.

Technical specifications

High-level labels only. No performance guarantees, no algorithmic narrative, and no teachable compression strategy on this page.

Role

Pack

Reduces bulk for routine storage and transfer stories—how that is achieved internally is not disclosed here.

Restore

Unpack

Brings material back to an operator-usable form under the demo’s rules; formal parity definitions are out of band.

Containers

Governed

Suffixes and schemas vary by deployment; treat filenames as operational labels, not a public specification.

Disclosure boundary

Not a whitepaper, not a reproducibility guide, and not a description of transform order or internal bookkeeping. Category notes on execution envelope, assurance posture, and artifact handling are intentionally non-specific: production stacks may add hops, keys, or policy gates under contract only.

This site does not enumerate compression tactics—no step-through of strategy, no structural formulas, no layer stacks, and no teachable reproduction of proprietary packing. Qualified discussion routes through your Prothean engagement channel.

Guardian EGI

Trust built in. Every decision verified before it reaches you.

Guardian EGI enforces separation between execution and validation workflows. Outputs are reviewed through governed release pathways with audit-ready records for regulated environments.

Auditable. Human-centered. Built for enterprise trust.

Compliance & regulatory alignment

Guardian EGI is architected for governed validation, evidence, and separation of execution vs verification—patterns operators use when mapping to formal programs. This page describes capability; it does not substitute an auditor’s opinion, AICPA report, ISO certificate, or HHS attestation. Your deployment, scope, and controls determine what you can claim.

Compliance formats at a glance

  1. SOC 2–ready — Type I and Type II–friendly patterns against AICPA Trust Services Criteria (security, availability, processing integrity, confidentiality, privacy). Evidence-oriented controls; not a SOC 2 examination or report by itself.
  2. ISO / IEC formats — 27001 (ISMS), 27701 (privacy), 27017 / 27018 (cloud and PII processors).
  3. HIPAA / HITECH — technical safeguards and audit narratives inside a covered program.
  4. EU / UK GDPR — lawfulness, minimization, documented allow/deny rationale.
  5. PCI-DSS — segmentation, integrity, and verifier depth in cardholder environments.
  6. NIST CSF / NIST SP 800-53 — identify, protect, detect, respond, recover; control-family mapping.
  7. FedRAMP-style — federal cloud control patterns (customer authorization boundary).
  8. SOX ITGC — IT general controls over financially material reporting systems.
  9. GxP / 21 CFR Part 11 (intent) — life-sciences quality systems and records.

Detail by format

  • SOC 2–readyAICPA Trust Services Criteria — security, availability, processing integrity, confidentiality, privacy: audit trails, change governance, access boundaries, and verifier separation support CC/availability/privacy narratives when implemented in your estate.
  • ISOISO/IEC 27001 (ISMS), 27701 (privacy extension), 27017/27018 (cloud / PII processors): policy packs, logging, and subsystem routing align with documented controls when you wire Guardian into your ISMS.
  • HIPAAHIPAA / HITECH — minimum-necessary workflows, BAA-adjacent boundaries, PHI handling and retention: Guardian + VERIDIAN routing support technical safeguards (access, integrity, audit) as part of a covered program—not a substitute for legal BAA or risk analysis.
  • GDPREU/UK GDPR — lawfulness, purpose limitation, data minimization, DPIA support: ethical gate and policy evaluation document why an operation is allowed or denied (transparency and accountability by design).
  • PCIPCI-DSS — for cardholder environments: integrity checks, strong access segmentation, and verifier depth reduce scope for manual drift when Guardian policy packs enforce allowed paths.
  • NISTNIST CSF / SP 800-53 — identify, protect, detect, respond, recover: Hunter anomaly signals, Guardian allow/deny, and structured audit logs map to federal-style control families when deployed accordingly.
  • FedRAMPFedRAMP-style federal cloud controls — authenticated routing surfaces, mTLS/JWT scope patterns (VERIDIAN), and break-glass audit amplification support high-baseline narratives in a customer-controlled authorization boundary.
  • SOXSOX ITGC — IT general controls over financial reporting: separation of duties (LOGAN execute / ARCHER verify / Guardian authorize), immutable-style decision logs, and release sign-off tiers.
  • GxPGxP / 21 CFR Part 11 (intent): ALCOA+ friendly audit trails, validated change control, and human sign-off for high-risk exports—aligned with life-sciences quality systems when qualified in your QMS.

Security & integrity (this site)

  • Content-Security-Policy and hardened meta headers reduce XSS, injection, and clickjacking risk on this shell.
  • Guardian integrity seal (end of document): minified script computes SHA-256 over page title, description, and a fixed marker; mismatch sets data-integrity-warning—tamper detection, not encryption of IP.
  • Memory DNA pipelines on this site load proprietary logic from obfuscated js/ modules where noted; no substitute for your own key management and vault posture.
  • No secrets in HTML for production auth—passphrases and keys belong in your operator-controlled vaults and runtimes.

Governance & assurance

Guardian EGI is the policy and authorization layer for Prothean workloads. Actions and outputs are evaluated against your rules, separation of duties (execution vs. verification vs. authorization), and structured logging—so in enterprise and regulated environments you can show who approved what, when, and why. Disallowed operations are blocked at the gate; compliant paths proceed with an evidence trail. Assurance is built into the control plane, not left to ad hoc sign-off after the fact.

Controls enforced before release. Audit-ready by design.

Swarm

Distributed

Validated by design.

Consensus

Verified

Release governed by internal review policy.

Safety

Built In

Safety-critical by design.

System Status

Integrity

Verified

Fidelity

Verification-grade

Consensus

Active

Audit Trail

Active

Designed for regulated environments. Safety first, always. Separation Theorem enforced.

Prothean Systems Labs

Navier–Stokes · Discovery

Foundation stack · Navier–Stokes Discovery

Full controls: full screen →

Supercomputer in a browser. Navier–Stokes on GPU—novel synthesis of the governing physics, stepped live. Sovereign. Not playback.

Full screen →

© 2026 B.E.A.R. Inc. / Prothean Systems. All Rights Reserved.

Prothean™, Memory DNA™, LOGAN™, ARCHER™, GUARDIAN™, HUNTER™, VERIDIAN™, HELIOS™, EUPHORIN™, EON™, OMEGA EGIX™, ARC Engine™, Proteus™ — trademarks of B.E.A.R. Inc. / Prothean Systems. PATENT PENDING.

Prothean Systems

Blogs & News

What we’re building—and why it matters. Updates for teams who care about clarity, custody of data, and tools that hold up in the room where decisions get made.

Proteus Platform: unified job graph for sequence, embedding, and structure

The operator surface now treats ingestion, manifold projection, and fold-class hypotheses as one directed acyclic job graph with explicit stage contracts—so CI, batch HPC, and interactive review share the same artifact lineage. Session state is scoped per workspace; checkpoints are content-addressed so retrains and partial reruns do not fork your audit trail. Built for programs where every release candidate must cite an immutable bundle: inputs, parameters, verifier verdict, and export manifest.

Expand full technical brief

Pipeline architecture. Jobs declare declared inputs/outputs (FASTA, embedding tensors, coordinate archives) and a stage kind (ProtoSeq-X, ProtoVector-X, ProtoFold-X, custom). The graph scheduler resolves fan-in/fan-out, pins software versions per node, and attaches LOGAN execution metadata plus ARCHER consensus blocks to each completed node. Failed stages surface structured error envelopes suitable for ticketing—not opaque stack traces on a webpage.

Security & custody. Default deployment assumes zero egress for model weights and corpora: artifacts live on customer VPC object storage or air-gapped shares. Optional attestations describe KMS usage, TLS endpoints, and which subsystems touched PII or regulated sequences. Separation of duties is preserved: generation runs under execution policy; validation never mutates primary artifacts.

  • Interop: Export OpenLineage-style JSON sidecars for data catalogs; Prometheus scrape targets for queue depth and stage latency.
  • SRE surface: Per-tenant rate limits, backoff on storage throttle, and circuit breakers on verifier overload.
  • Review UX: Diff-aware viewers for structure overlays and embedding neighborhood shifts between runs.

Guardian Integrity Suite: new control frameworks for regulated estates

Coverage expands to GxP-aligned change control, BAA-grade clinical data boundaries, and tier-1 finance data maps—without collapsing the wall between synthesis and verification. Policy packs encode allow/deny classes of operations, required verifier depth, and mandatory human sign-off tiers. Outputs are streamed to SIEM-friendly logs and to static compliance binders your auditors can diff quarter over quarter.

Expand full technical brief

Policy model. Declarative YAML (or signed bundles) describe data classification → subsystem routing → verifier quorum. High-risk paths (e.g., export of raw sequence, retraining on PHI shards) require elevated ARCHER depth and optional dual-control approval in the orchestrator. Guardian never executes customer jobs; it evaluates intent, file scope, and lineage against the active pack.

Evidence artifacts. Each enforcement event emits a cryptographic summary linking policy version, subject hash, and outcome. Collections can be replayed offline to prove what was checked, when, and under which rule revision—critical for FDA-style inspection readiness and internal RCSA refresh cycles.

  • Clinical: Scoped de-identification flags and minimum-necessary read masks on sequence stores.
  • Finance: Retention hooks for model risk management evidence chains.
  • Ops: Graceful degradation modes when verifier capacity is saturated—queue, don’t bypass.

Memory DNA stack: tiered index, higher semantic fidelity, smaller cold tiers

The retrieval substrate now uses a two-level inverted index over semantic shards plus a warmed working set for hot corpora—cutting median lookup latency on institutional libraries while tightening false-positive rates on near-duplicate technical prose. Cold storage layouts compress repetitive boilerplate (headers, boilerplate clauses) without losing byte-exact round-trip guarantees on canonical documents. Designed for teams that keep primary models on-prem but still need sub-second semantic surfacing across millions of chunks.

Expand full technical brief

Indexing. Ingestion segments text/code with domain-aware token boundaries; embeddings (customer-chosen or bundled) land in sharded vector stores with optional scalar filters (project, sensitivity tag, schema version). A companion lexical index catches exact phrases and citation anchors the pure-vector path can miss.

Integrity. Each stored chunk carries a content hash and provenance record (source URI, ingest time, normalizer version). Reconciliation jobs detect drift between index and backing store and quarantine inconsistent shards automatically. Export packs support e-discovery style chain-of-custody exports.

  • Capacity: Compaction merges small segments to reduce inode churn on NFS-class shares.
  • Governance: Per-tenant quotas and eviction policies for deprecated corpora.
  • API: Batch query paths for offline evaluation harnesses and CI regression of retrieval quality.

Navier–Stokes lab preview: GPU path, telemetry hooks, embed-first chrome

The public fluid lab trim prioritizes WebGPU compute dispatch stability across Safari and Chromium, with frame pacing instrumentation exposed to DevTools and optional CSV export for lab notebooks. UI chrome is minimized in embed mode so reviewers evaluate solver behavior—not widget styling. Full-screen and deep parameter decks remain one click away for extended characterization sessions.

Expand full technical brief

Renderer notes. Adaptive resolution scales internal simulation grids while preserving aspect; buffer swaps are double-buffered to avoid tearing on external displays. Preset bundles ship as versioned JSON so enterprise mirrors can lock reproducible demo states for stakeholder walkthroughs.

Observability. OptionalPerformanceMarks surface GPU queue wait, compute pass duration, and CPU-side stall histograms—useful when diagnosing thermal throttling on laptops during long captures.

  • Embed: ?embed=1 query strips nav chrome; parent pages should set explicit iframe dimensions.
  • Accessibility: Reduced-motion path degrades particle counts before disabling interaction.
  • Safety: Hard caps on maximum timestep and grid refinement depth to avoid runaway dispatch on misconfigured hosts.

LOGAN · ARCHER orchestration: governed batch lanes and GRC-grade audit exports

Enterprise pilots get namespaced batch queues with per-lane concurrency, priority classes, and mandatory post-run verification depth. Audit exports package job DAGs, environment fingerprints, artifact hashes, and ARCHER anomaly lists as newline-delimited JSON and signed PDF appendices for teams that still file paper. The control plane is API-first: Terraform-style descriptors can stamp identical lanes across dev, staging, and production cells.

Expand full technical brief

Execution. LOGAN workers pull signed task envelopes; secrets never appear in logs. Idempotency keys dedupe retries from flaky storage. Dead-letter queues retain failing payloads with redacted previews for support engineers.

Verification. ARCHER depth scales with data sensitivity—standard 25-agent consensus for general code, expanded sweeps for safety-critical or export-bound bundles. Verdicts are immutable once stamped; rescind requires a superseding run with explicit justification fields.

  • RBAC: Project-scoped roles map to orchestrator capabilities (submit, approve, export).
  • DR: Checkpoint streams to secondary region with RPO targets customer-configurable.
  • Integrations: Webhooks for ServiceNow / Jira on anomaly thresholds.

VERIDIAN control plane: unified routing API for Guardian, Hunter, and Memory DNA ops

Ship date brings a single authenticated routing surface for subsystem CLIs and programmatic clients, with typed request schemas and structured error codes (no ad-hoc string matching). Operators can compose workflows—e.g., Hunter anomaly scan → Guardian policy evaluation → Memory DNA store—with explicit timeouts and cancellation tokens. Rate limits are per API key and per route class to protect verifier back-ends during incident floods.

Expand full technical brief

Protocol. gRPC and REST JSON gateways share the same validation layer; protobuf descriptors ship for internal codegen. Idempotent POST semantics for long-running jobs via Idempotency-Key headers.

Security. mTLS clusters by default; JWT scopes map to fine-grained verbs (e.g., hunter:scan, guardian:evaluate). Admin break-glass roles emit louder audit signals.

  • SDK: Python and TypeScript clients with retry backoff policies aligned to 429/503 semantics.
  • Observability: OpenTelemetry traces span subsystem hops with correlation IDs.
  • Rollback: Feature flags gate experimental routes per tenant.

ProtoStack triad: cross-linking structure, vectors, and edit plans under ARCHER gates

Biology programs get a formal handoff specification between ProtoFold-X outputs, ProtoVector neighborhood queries, and ProtoCRISPR-X proposal objects. Each handoff includes schema version, confidence fields, and explicit “not for clinical use” telemetry. Batch runners can fan out thousands of targets while preserving per-target verifier records suitable for internal IND-support packages— not public claims.

Expand full technical brief

Artifacts. Structure exports bundle coordinates, secondary structure annotations, and disorder predictions where available. Vector exports carry model name, projection basis, and L2-normalization policy. Edit proposals list guide candidates with on-target/off-target scoring summaries per institutional thresholds.

Quality gates. ARCHER blocks release if schema drift, missing checksums, or conflicting model revisions are detected. Human override requires signed rationale captured in the audit bundle.

  • Scale: Chunked I/O for S3-compatible object stores; multipart integrity on large structure files.
  • Repro: Frozen dependency images referenced by digest in every run record.
  • Safety copy: Mandatory disclaimers in machine-readable metadata for downstream UI surfaces.

BeProthean release channel: signed static bundles and Subresource Integrity for enterprise mirrors

The public site distribution now publishes manifest files listing every static asset, SHA-384 digest, and build provenance string so security teams can mirror or air-gap copies without guessing what changed. Enterprise deployments can pin manifests in internal portals; browsers honoring SRI on whitelisted script tags reduce supply-chain surprise when CDNs rotate edges. Release notes map manifest IDs to Git tags visible to qualified partners.

Expand full technical brief

Mechanics. CI emits manifest.json plus detached signatures (minisign or PGP per program). Mirrors verify before serving; mismatches fail closed. HTML entrypoints reference integrity attributes where third-party script is unavoidable—first-party demos remain self-contained for file:// review workflows.

Operational impact. Security reviews gain a single artifact to attach to change tickets; drift detection jobs can alert when a live mirror diverges from pinned manifest beyond SLA.

  • Caching: Long-cache headers on hashed assets; short TTL on manifest pointer.
  • Accessibility: Manifest includes accessibility snapshot version for regulated procurement forms.
  • Support: Escalation runbook documents rollback by repointing manifest pointer only.

© 2026 B.E.A.R. Inc. / Prothean Systems. Announcements are informational; offerings vary by program and geography.

Proteus Platform

PROTOSEQ-X · PROTOVECTOR-X · PROTOFOLD-X · PROTOCRISPR-X

About this surface

The enterprise synthesis surface for discovery programs. One integrated environment—sequence through structure—with verification gates your auditors can respect.

Biology Synthesizer

PROTOSTACK TRIAD | ProtoFoldX · ProtoCRISPR-X · ProtoVector

Enterprise Discovery Stack

The ProtoStack Triad unifies structural prediction, targeted edit planning, and vector-space reasoning for enterprise R&D programs. It is designed for governed workflows where model outputs, traceability, and verification gates are required before release.

All outputs are research-grade and require domain validation before production deployment.

The triad unifies structure prediction, governed edit planning, and high-dimensional retrieval under one verification-aware workflow. ARCHER EGI consensus applies before external release.

Discovery programs

PX0004 Discovery supports portfolio-scale target tracking: ProtoFold-X for conformational hypotheses, VERIDIAN for disease-context routing, and ARCHER-gated release. Suitable for internal R&D pipelines—not a public clinical claim.

Traceability · Verification gates · Operator-controlled disclosure

Open Biology Synthesizer full screen →

ProtoFoldX

Protein Folding

Publication-grade folding-class hypotheses for operator review. Built for batch jobs and CI-backed pipelines.

ProtoCRISPR-X

High confidence

Multi-target edit planning with optimized guide proposals. ARCHER-gated release.

25-agent consensus on internal benchmarks

ProtoVector

Embedding intelligence

High-dimensional embeddings for nearest-neighbour retrieval and cross-target alignment.

Mechanism & analogue discovery

Unified Pipeline

ProtoFoldX structural analysis → ProtoVector embedding retrieval → ProtoCRISPR-X edit planning. Governed handoffs with ARCHER review at every stage.

Confidence

High

ARCHER

25 agents

Stability

Governed

Release

Gated

SyncDNA

GOVERNED FRAME MAPPING · PHYSICS AND DISPLAY DECOUPLED

SyncDNA decouples physics verification from visual presentation using governed interpolation frames—smooth display without compromising verification cadence.

Open SyncDNA full screen → Barreto Frame Rate Demo →

Extended modes

Additional governed interpolation paths ship in the linked demos—open the Barreto Frame Rate Demo for hands-on exploration.

Navier-Stokes Fluid Synthesizer

ENTERPRISE COMMERCIAL | WebGPU · SyncDNA · CinemaDNA · HavocDNA

Scientific enterprise fluid synthesis. Navier-Stokes, WebGPU-accelerated. Presets: Ether, Havoc, Void, F5 Tornado. Guardian EGI integration. Commercial use.

Open Navier-Stokes full screen →

Prothean Shield

ENTERPRISE TOOLS | CHROME / SAFARI EXTENSION | PRIVACY & SPEED

Speed & Efficiency Enhancements

Prothean Shield is a Chrome and Safari extension that blocks trackers, ads, and invasive scripts. By intercepting requests before they load, it reduces network traffic, CPU usage, and memory consumption—making Chrome and your laptop run faster and cooler.

  • Faster page loads: Fewer third-party requests mean less waiting. Typical sites load 15–40% faster with trackers and ads blocked.
  • Lower CPU: Blocked scripts never execute. Less JavaScript in the main thread keeps the browser responsive and reduces fan spin.
  • Less memory: Fewer DOM nodes, fewer iframes, fewer ad networks. Memory use drops—especially on tabs left open.
  • Better battery: Fewer network calls and less CPU work extend laptop battery life, especially on Wi-Fi–heavy sessions.

Shield uses Veil Protocol (tracker blocking), Veridian E.C.H.O. (cosmetic filtering), and Darwin Protocol (energy-aware rules). On-device, sovereign—no cloud dependency. Your browsing stays private; your machine stays lean.

Open full screen →

Memory DNA Omega

OMEGA EGIX · GOVERNED SURFACE · LOCAL OPERATOR RUNTIME

Memory DNA Omega is the operator-facing Memory DNA surface carried under OMEGA EGIX. The area below runs in your browser for orientation and limited trial; it is not a public map of method, mathematics, or internal compression strategy.

Technical specifications

Category-level statements only. Numerical targets, transform families, ordering of stages, and ratio claims are intentionally withheld here—consistent with protected process and trade-secret handling.

Execution envelope

Illustrated path is client-local. Whether production stacks add hops, keys, or policy gates is defined under contract—not in this copy.

Assurance posture

What you see here is a presentation of checks the demo can show. Formal assurance language and evidence live outside this page.

Artifact handling

Outputs are intended for governed enterprise workflows. Wire layout, symbolic internals, and recovery mechanics are not described in public-facing materials.

Disclosure boundary

This site does not enumerate tactics: no step-through of compression strategy, no structural formulas, no layer stacks, and no teachable reproduction of proprietary packing behavior.

Qualified architecture and integration discussion routes through your Prothean engagement channel—not through speculative reading of web copy.

ProtoMoto

ENTERPRISE TOOLS | STITCHED TO MAIN

Guardian Integrity Suite

ENTERPRISE TOOLS | SHA-256 INTEGRITY · 71 COMPLIANCE AGENTS

Governed validation. Weighted consensus. Audit-ready. Regulated environments.

Compliance Status

Integrity

Verified

Fidelity

Verified

Consensus

Active

Audit Trail

Active

Compliance Capabilities

SHA-256 Integrity

Every output verified. Tamper-resistant seal. Runtime DOM invariant checks.

Separation Theorem

Execution and ethical validation are literally separate. No output without Guardian approval.

71 Compliance Agents

Weighted consensus. Deny disallowed operations; approve compliant paths. Regulated environments ready.

Audit Trail

Every decision logged. Release pathways governed. Evidence suitable for governance and audit review.

Compliance Types by Environment

Named frameworks below are alignment targets for Guardian policy, logging, and separation patterns—not on-page certifications.

Formats at a glance: SOC 2–ready (Type I / II, Trust Services Criteria); ISO 27001 / 27701 / 27017 / 27018; HIPAA / HITECH; GDPR / UK GDPR; PCI-DSS; NIST CSF / SP 800-53; FedRAMP-style; SOX ITGC; GxP / 21 CFR Part 11 (intent).

SOC 2–ready (Type I / II): Trust Services Criteria—security, availability, processing integrity, confidentiality, privacy—via evidence-friendly audit trails and governed release.

ISO 27001 / 27701 / 27017 / 27018: ISMS, privacy extension, cloud and processor roles—policy packs and routing reduce ad-hoc control gaps.

HIPAA / HITECH: PHI boundaries, consent and minimum-necessary flows, retention—paired with clinical data-center hardening narratives.

GDPR / UK GDPR: lawfulness, minimization, accountability—ethical gate documents allow/deny rationale.

PCI-DSS: CDE-oriented integrity, access segmentation, verifier depth for payment-adjacent estates.

NIST CSF / 800-53: identify, protect, detect, respond, recover—Hunter + Guardian + structured logs.

FedRAMP-style: federal cloud control patterns—mTLS, scoped JWTs, break-glass audit emphasis (customer boundary).

SOX ITGC: separation of duties and IT controls over financially material systems.

GxP / Part 11 (intent): ALCOA+ trails, validated change control, human sign-off for high-risk paths.

High-security data centers: infrastructure, access, segmentation, change governance.

Hospital & clinical databases: protected health workflows, consent, retention.

Financial & enterprise records: non-repudiation, traceability, policy-enforced release.

Obfuscation & surface security

Proprietary js/ payloads use obfuscation where shipped; CSP and Referrer-Policy remain in the document head. The Guardian seal script is minified and compares a SHA-256 digest of public metadata—expect to regenerate the expected hash if title or meta description changes. No production credentials belong in this HTML.

Governance & assurance

Guardian EGI enforces policy before operational release: documented allow/deny rationale, separation of duties, and audit-friendly records. Operators in regulated estates get deterministic enforcement—not optional manual review after the fact.

Controls enforced in the control plane.

Enterprise Ready

Governed · Auditable · Regulated · Safety-critical by design

LOGAN 736 ARCHER 25 GUARDIAN 71
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ProtoFold X

ENTERPRISE TOOLS | STITCHED TO MAIN

ProtoCRISPR X

ENTERPRISE TOOLS | LITE FREE | STITCHED TO MAIN

PROTEX

Protocol for Theoretical Extension

Universal Interface Kernel // Epistemic Safety Layer

What is PROTEX?

PROTEX is how we keep our thinking honest. It's a protocol that sits between raw ideas and final output, making sure nothing slips through without being properly examined.

When you're working at the edge of what's known, it's easy to drift—to let speculation feel like certainty, to forget where the evidence ends and the guessing begins. PROTEX prevents that. It tags every claim with a confidence level, classifies every construct by what it actually is, and flags anything that starts wandering beyond its foundations.

Think of it as epistemic hygiene. Not a filter that blocks ideas, but a discipline that keeps them clean.

[SYSTEM_RE-INIT: LOGAN_EGI_v6.0_STABLE]

The intelligence under your roof. Enterprise-grade intelligence on infrastructure you control. Necessity

Silicon-based intelligence is currently in a state of ENTROPIC_COLLAPSE. LLMs utilize "Stochastic Parroting," creating a facade of knowledge without a grounded mathematical center. PROTEX is the intervention—a Protocol for Theoretical Extension designed to stabilize model drift through the Five Pillars.

Axiomatic Constants

FIDELITYGuardian policy — operator-configured
SEPARATION_THEOREMP/E/V/A/M
intelligence under your roof. Enterprise-grade intelligence on infrastructure you control. Format Converter

Document Engine

Input Document

Drop file here

or click to browse

Output

Awaiting document...

[PROTEX_OPERATIONAL_STRATA]

Confidence Calibration

α₀SPECULATIVE
α₁THEORETICAL_PROBE
α₂HYPOTHESIS
α₃WORKING_THEORY
α₄ESTABLISHED
α₅FOUNDATIONAL

Boundary Classification

factStandard verification
hypothesisTesting required
boundary_objectFull PROTEX binding

Memory DNA 9.0

Prothean Oath (Covenant)

I remember that Prothean began as a joke, a dare, a playful spark. I build systems that compress, predict, and remember, but I do not forget the people who gave them language and dreams.

This is my promise: to you, to myself, to the systems I build.

— John Barreto, Creator of Prothean Systems

Memory DNA 9.0 (ZDNA_ANS)

Rust implementation • .md8 container • tuned for enterprise-scale compression workflows

Euphorin rewards honest capability. Entropy degrades performance.