HERA Nexus / Technical evidence review & approval

The future of AI isn't more intelligence. It's authority.

HERA Nexus is the approval record for engineering decisions made with AI. It keeps every recommendation attached to the sources it came from, routes it to the person who holds the decision right, and leaves a record you can hand to a reviewer or an auditor. Built by Planckchron, inside a seven-program frontier portfolio.

01
What it isThe approval record for engineering decisions made with AI.
02
Who it is forChange boards and engineering reviewers in aerospace, defense and advanced manufacturing.
03
Company stageFounder-led. Design partner engaged, pre-revenue.
04
Next gateControlled external evaluation and paid-pilot conversion.

The company thesis

One accountable-intelligence architecture. One entry point. Seven retained programs.

Planckchron connects intelligence, computation, and physical systems through a shared evidence, authority, and governance model. The vision remains broad; execution is sequenced, measurable, and capital-gated.

Engineers reviewing an evidence and authority review wall in a low-lit research control room.
Shared operating architectureEvidence / Authority / Governance
Current operating focusDevelopment

HERA Nexus / Commercial wedge

Know who approved it, and on what evidence.

AI-governance platforms govern the model. HERA Nexus governs the decision: the engineering change, the material substitution, the non-conformance disposition. Every recommendation stays attached to its sources, routes to the person who holds the decision right, and leaves a record a change board or auditor can follow.

01

Evidence graph

Sources, assumptions, transformations, confidence boundaries, and review state stay connected to consequential outputs.

02

Authority graph

People retain decision rights, approvals, escalation, override, and accountability at consequential action points.

03

Decision packets

Recommendations arrive with evidence, alternatives, risk, unresolved questions, approvals, and final disposition—not as isolated chat answers.

Products / Current portfolio

Seven programs. One engineering language.

Each program has a canonical maturity label, operating horizon, present objective, and next evidence gate.

Video description: Illustrative footage: a darkened review room with data visualizations on a large wall display.

Commercial wedge

HERA Nexus

A human-supervised intelligence layer that keeps evidence, decisions, approvals, interventions, and reviewable action connected.

Present objective
Validate Technical Evidence Review & Approval as one human-supervised workflow with a qualified design partner and measurable operating outcomes.
Next evidence gate
Controlled external evaluation, security artifacts, published evidence records, and a documented path to a paid pilot.
Explore HERA Nexus Discuss a workflow
Next: EchoNet

Video description: Conceptual design: a communications satellite orbiting above Earth.

Adjacent validation

EchoNet

Resilient mesh coordination for devices operating across disrupted or limited infrastructure.

Present objective
Demonstrate bounded coordination and graceful degradation in a controlled network environment.
Next evidence gate
Documented test method, network conditions, repeatable results, and failure analysis.
Explore EchoNet Discuss a workflow
Next: Helios Autonomy

Video description: Conceptual design: an uncrewed aircraft on a misty runway at dusk.

Adjacent validation

Helios Autonomy

Bounded perception, planning, supervision, escalation, and accountable human intervention.

Present objective
Test accountable perception, planning, escalation, and human intervention boundaries in simulation.
Next evidence gate
Scenario suite, intervention criteria, recorded decisions, and independent technical review.
Explore Helios Autonomy Discuss a workflow
Next: Athena

Video description: Illustrative footage: compute infrastructure (not clinical).

Long-horizon R&D

Athena

Development-stage clinical decision support for evidence-linked chart synthesis and review summaries under named clinician accountability.

Present objective
Build evidence-linked chart synthesis and review summaries that keep a named clinician accountable for every output, ahead of any clinical evaluation.
Next evidence gate
Retrospective de-identified dataset, a documented review protocol, clinician-in-the-loop error analysis, and an independent methodology review.
Explore Athena Discuss a workflow
Next: Aetherion Core

Video description: Illustrative footage: a cryogenic quantum computing assembly with gold wiring.

Long-horizon R&D

Aetherion Core

A post-silicon and hybrid compute architecture developed through simulation, design, and reproducible research.

Present objective
Define and test the most consequential assumptions in the post-silicon and hybrid compute architecture.
Next evidence gate
Published architecture note, simulation method, reproducible model, and clearly labeled limitations.
Explore Aetherion Core Discuss a workflow
Next: BioForge + GenovaX

Video description: Illustrative footage: a gloved scientist pipetting samples in a biotechnology lab.

Long-horizon R&D

BioForge + GenovaX

Evidence-aware biotechnology workflows for research operations and bounded biologics exploration.

Present objective
Develop evidence-aware research workflows and identify one bounded biotechnology use case for external review.
Next evidence gate
Defined research question, responsible-review process, reproducible workflow, and qualified domain partner.
Explore BioForge + GenovaX Discuss a workflow
Next: PX-Phantom

Video description: Conceptual design: a lander touching down on the dusty surface of Mars.

Long-horizon R&D

PX-Phantom

A simulation-led aerospace design and digital-prototype program for long-horizon systems research.

Present objective
Convert the aerospace thesis into a simulation-led research program with explicit engineering constraints.
Next evidence gate
Requirements baseline, simulation assumptions, engineering review, and dated test plan.
Explore PX-Phantom Discuss a workflow

Portfolio sequencing

Every product stays. Execution follows an order.

01

Commercial wedge

HERA Nexus concentrates near-term product, customer, engineering, security, and validation effort.

02

Adjacent validation

EchoNet and Helios test the accountable-intelligence architecture in communications and autonomy.

03

Long-horizon R&D

Athena, Aetherion, BioForge + GenovaX, and PX-Phantom remain active behind explicit evidence and capital gates.

Operating architecture

Designed from governance to evidence to action.

01

Governance

Claims, safety boundaries, privacy, permissions, and human authority are defined first.

02

Evidence

Source lineage, assumptions, uncertainty, and review state remain connected to consequential outputs.

03

Intelligence

HERA coordinates analysis, Decision Packets, approvals, intervention, and reviewable action.

04

Compute

Aetherion frames the long-range hybrid compute and post-silicon research direction.

05

Domain systems

Clinical decision support, biotechnology, communications, autonomy, and aerospace apply the shared architecture only as evidence gates are earned.

Evidence before promotion

Ambition is broad. Proof is narrow, dated, reviewable, and earned.

Open the evidence registry
01

Readiness

Every program has one canonical maturity label.

Research, design, prototype, target, and validated result are never presented as interchangeable states.

02

Validation

Targets remain targets until tested.

Performance claims require a dated method, operating conditions, limitations, and reproducible supporting evidence.

03

Capital discipline

Every program must earn the next dollar.

Capital advances only when technical learning, customer signal, governance, or economics support the next stage.

Design partners / Research / Capital

Help prove the first decisive workflow.

Planckchron is seeking aligned design partners, technical reviewers, strategic investors, and government collaborators who value measurable progress, disciplined claims, and accountable frontier systems.

Each first engagement is scoped to end with a dated, written decision record — the evidence reviewed, the recommendation made, and the named human approval — so progress is measurable from day one.