●  Autonomy Trust Layer · Berlin · DE 

Autonomy fails.
Trust doesn't.

AI-native trust runtime for autonomous fleets in degraded conditions.

AI · Trust · Mesh · Degraded conditions
EINHARD Assurance Kit— for fleets already operating. EINHARD Operating Layer— direction.
Request Pilot BriefingSee Assurance Kit
 N°001 · Category
N°002 Fracture

Autonomy fails when
the operating picture breaks.

01
GNSS MAY DEGRADE.
02
VIDEO MAY DISAPPEAR.
03
LINKS MAY BREAK.
EINHARD answer

We turn observations into signed evidence and reconcile fragmented mesh state after blackout.

N°II Three Pillars

Three load-bearing layers, read bottom-up.

The runtime stack: foundation carries everything above it. Column thickness encodes load.

PAGE 01 / 03  ·  LAYER 0
N°I

TRUST EVIDENCE

Signed observations. Cryptographic provenance.
Replayable, audit-grade, regulator-ready.
PAGE 02 / 03  ·  LAYER 1
N°II

MESH COORDINATION

Heterogeneous fleets, single trust mesh.
Coordinated even when comms degrade.
PAGE 03 / 03  ·  LAYER 2
N°III

AI INTELLIGENCE

AI that knows what it doesn't know.
Trust-weighted decisions. Explainable autonomy.
Σ Synthesis

Three layers. One runtime.

Trust, mesh, and AI compile into a single decision substrate. No layer ships alone.

Request Pilot Briefing
N°003 Concept

Not more data.
More trust in
what remains.

Each observation becomes signed evidence.
Each node keeps a local record through blackout.
The runtime reconciles state when links return.

01
Observe
operational events
02
Sign
cryptographic provenance
03
Store
local evidence log
04
Reconcile
opportunistic sync · quarantine
05
Explain
operator audit trail
signed_evidence_objectv1.0 · 192B
sourcedrone_id · key_fp
time2026-04-12T14:08:42Z
confidence[vis 0.91 · ir 0.84]
signatureed25519 · 64B ✓
verified · trust evidence● TRUSTED
●  Loading sequence 00 / 61
N°004Integrated into the UAV stack
Stage 01 / 05scroll to advance

Existing UAV platform

Built by OEMs. Operated in real environments. Already part of the fleet.

0020406585100
N°005 Product

One kit.
Four layers of resilience.

Four software layers.
One deployable trust package for autonomous systems.

01
Preserve evidence
Verifiable observations

Turns onboard sensor observations into signed evidence objects.

02
Navigate under uncertainty
GNSS-denied navigation

Supports local navigation when GNSS becomes unreliable.

03
Continue through blackout
Local record · distributed runtime

Maintains trusted network state through isolation, partition and rejoin.

04
Reconcile distributed state
Operator console

Shows operators what the network believes, why it believes it, and what was rejected.

N°006  Operating Envelope●  LIVE TELEMETRY · CLASS B AIRSPACE

Built for
intermittent autonomy.

GNSS may degrade.
The link may fail.
The network may fragment.
The operational state must continue.
FIG. 07 — OPERATIONAL ENVIRONMENT FOR EINHARD↓ Runtime loop
Live runtime envelope
Operational continuity
Preserved.
GNSS confidencedegraded
Uplinkdegraded
Local evidence logactive
Route confidencemaintained
Network statepartial
N°007 System proof

The system does not stop
when the network does.

EINHARD keeps local evidence active through blackout and reconciles network state when links return.

LINK · 14 hops · μ=42msNODE ANODE Blocal log · ASIGNED · MONOTONIClocal log · BSIGNED · MONOTONIC
Phase 01 / 04 — NORMAL LINK
Both nodes observe, sign and exchange evidence in real time.
Auto-cycle · 4.2s
Click any phase to pin →
Trusted node
Active link / signal
Local evidence log
Conflict / quarantined
N°008 Market route

Reference integration kit
for heterogeneous UAV platforms.

EINHARD does not manufacture airframes or sensors.

The trust runtime integrates with existing AI autonomy stacks through standard interfaces — PX4, MAVLink, ROS 2.

Delivered as SDK, integration package, or retrofit kit.

Quadcopter
Fixed-wing UAV
VTOL
Payload box
Ground station
Standard interfaces
PX4 / MAVLinkEO / IRUWBROS 2Secure evidence logBrowser COP
N°009Product Architecture

One runtime core.
Two software products.

The same trust runtime, productized in stages — Assurance Kit for fleets already operating, Operating Layer ahead.

FIG. 010 — Deployment ArchitectureCorridor · Class B · Operational
Shared Runtime Core
Evidence ledgerINS / VIO fusionMesh reconciliation
Core / v1.0
N°009 / A
Phase B · Q3–Q4 2026 (pilot)
EINHARD Assurance Kit
For fleets already operating.

Validates autonomous system operations through replayable trust, provenance, and assurance reports. For fleets already deployed and operating — logistics, infrastructure, industrial autonomy.

  • Replayable trust timeline
  • Provenance & contradiction analysis
  • Operator decision log
Phase B · Q3–Q4 2026 (pilot)See Assurance Kit →
N°009 / B
Phase C · 2026–2027 (direction)
EINHARD Operating Layer
Where the foundation is going.

Full integrated trust runtime across all four layers — signed observations, mesh reconciliation, trust-aware decisions, replayable evidence. Mesh-native, platform-agnostic.

  • Signed observations
  • Mesh reconciliation
  • Trust-aware decisions
Phase C · 2026–2027 (direction)Notify when available →
N°010 Moat & IP

Patent-pending
architecture.

Patent applications across the Evidence Mesh protocol, GNSS-denied navigation, and mesh reconciliation.

EU-sovereign IP. Filed with the DPMA in Berlin.

Patent applications pendingEvidence Mesh protocolGNSS-denied navigationMesh reconciliationEU-sovereign IP
N°011 Geographic relevance

Made in Berlin.
For trustworthy
autonomous systems.
Aufgebaut in Berlin. Für vertrauenswürdige autonome Systeme.

Position

Engineered in Berlin under EU jurisdiction. EU-sovereign IP. Built for European autonomy programs and industry partnerships across logistics, infrastructure, and industrial autonomy.

Operational footprint
01Berlin · DE
02EU jurisdiction
03EU-sovereign IP
04Berlin autonomy ecosystem
05EU autonomy programs · research consortia
06Local engineering & support
N°012 Engagement

One pilot.
Verifiable trust evidence.

Evaluation Engagement
Spec / v1
Scope
90-day evaluation pilot
Includes
EINHARD Assurance Kit · integration support · Operator console
Outcome
Verified evidence chain · operator audit trail · degraded-conditions runtime validation
For
Autonomous systems operators · drone OEMs · infrastructure operators · research consortia
Briefings by introduction · NDA available on request
N°013 Closer

Autonomy needs
a layer of trust.

We work with autonomous systems operators, drone OEMs, infrastructure operators, and research consortia across Europe.

Contact
contact@einhard.ai
Request Pilot Briefing
EINHARD · Berlin, Germany · einhard.ai
Trust infrastructure for autonomous systems
© 2026 EINHARD SystemsBerlin · DE