Deep tech built in-house
Proven on industrial clients

Global Vision Technology researches and builds its own AI technology, from the models to the edge units they run on. Every release runs on the Group's own industrial parks before it reaches a client.

HOW IT WORKS

Four layers between the sensor and the decision.

LAYER-01

Sensing and intake.

Cameras, sensors, PLCs, robots and the documents and systems already in place are read through connectors. Nothing installed is replaced.

LAYER-02

Models.

Vision, prediction, planning and language models trained on the organization's own data, on open-weight foundations, served on GPUs at the machine and on site.

LAYER-03

Orchestration.

AHEAD Edge runs the agents: it fuses what the sensors and models report, keeps the source of every fact and proposes the action.

LAYER-04

Decision and action.

At the machine the decision takes under 100 milliseconds. Anywhere else the action goes to the person who signs it off, then into the log with its sources.

THE STACK

Models, orchestration, and the edge they run on.

Models trained on the organization's own data, on open-weight foundations.

Vision models for inspection, prediction models for equipment and process, planning models for logistics and language models for documents, trained on the client's own data for one site or for all of the client's sites at once.

The foundations are open-weight models under permissive licenses, so nothing the models learn leaves the organization and no third party holds a license over the result. Serving runs on NVIDIA Jetson at the machine and RTX GPU nodes on site, on TensorRT, Triton and DeepStream.

MODELS
Vision, prediction, planning, language
FOUNDATIONS
Open-weight, permissive licenses
SERVING
Jetson at the machine, RTX nodes on site
EDGE INFERENCE NODE
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ORCHESTRATION CONSOLE
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The orchestration layer behind every deployment.

AHEAD Edge is the layer the agents run on. Connectors read the systems already in place, ERP, MES, customs, freight and document stores, over REST, EDI, databases and file drops, and a new system is onboarded with configuration rather than code.

A fusion layer keeps the provenance of every fact, resolves conflicts between sources by reliability and recency, and applies releasability rules per source and per participant. Retrieval over the organization's own documents returns the page an answer came from, and every agent action goes to a person for approval.

CONNECTORS
REST, EDI, databases, file drops, OCR
FUSION
Provenance, conflict resolution, releasability
OVERSIGHT
Human approval, decision log with sources

Built to keep deciding with the uplink down.

The platform runs on-premise or fully air-gapped. When the uplink drops, each node keeps its own state, keeps deciding at the edge and queues what has to travel, then resynchronizes when the link returns.

Data stays on the organization's hardware and inside the country, encrypted in transit and at rest, with every access logged, and identity is OAuth2 and OIDC on every interface with mutual TLS per source. One stack runs from a single Jetson at a machine to a GPU rack in a data center, one continuum.

TOPOLOGY
On-premise or air-gapped
RESYNC
Store-and-forward when the link returns
IDENTITY
OAuth2, OIDC, mutual TLS per source
STORE-AND-FORWARD ACROSS SITES
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THE TEST BED

Every release runs on our test beds before it reaches a client

Global Vision develops and operates ten industrial and logistics parks and two production facilities, and the Group's facility management division runs on AHEAD Edge across that portfolio for predictive maintenance, energy, waste and site safety.

Every new model, connector and release is deployed there first, on real production workloads and real equipment, with the Group's own multi-tenant warehouses as the permanent live environment.

The engineers who ship it are the ones who operate it afterwards, a senior team with Amazon, Bolt and AWS backgrounds and a PhD in logistics optimization.

GROUP PARK, EDGE NODE IN SERVICE
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PARKS
10
INDUSTRIAL AND LOGISTICS PARKS
SPACE
800,000 m²
PRODUCTION AND LOGISTICS FLOOR
FACILITIES
2
PRODUCTION FACILITIES
MODULES
4
MAINTENANCE, ENERGY, WASTE, SITE SAFETY
IN PRODUCTION

In service at clients, on their own hardware, every day.

Four numbers carry the stack, and all four come from deployments in service, on the client's hardware and inside the client's network.

Supply chain deployments for the wood industry trace origin from four continents through to the finished product, and the largest runs on twenty-four edge nodes across six production locations.

A logistics deployment federates three systems that had never talked to each other, an international freight platform, a customs and warehousing system and SAP, into one live picture. Each deployment is described on the Case Studies page.

CLIENT DEPLOYMENTS IN SERVICE · ON THE CLIENT'S HARDWARE
NODES
24
EDGE NODES IN THE LARGEST DEPLOYMENT
LOCATIONS
12
CLIENT PRODUCTION LOCATIONS IN SERVICE
CONTINENTS
4
OF ORIGIN TRACED THROUGH ONE SUPPLY CHAIN
LEAD TIME
2
wk
HARDWARE DELIVERY TO FIRST INFERENCE
BEHAVIOR

What a node does when the link drops, and before it acts.

Uplink loss and resync.
ONE EDGE NODE · STORE-AND-FORWARD
Approval gate.
EVERY AGENT · EVERY ACTION
chart
SPECIFICATIONS

Technical specifications

Figures apply to the current AHEAD Edge release and a standard deployment. Site-specific values are issued with the feasibility study.

PLATFORM
AHEAD Edge, Enterprise Agentic AI Platform
IP
Developed in-house, self-funded, no third-party IP
MODELS
Vision, prediction, planning, language, open-weight foundations
DECISION TIME
Under 100 ms at the machine
EDGE COMPUTE
NVIDIA Jetson at the machine, RTX GPU nodes on site
RUNTIME
TensorRT, Triton, DeepStream
DEPLOYMENT
On-premise, edge, air-gapped
CONNECTIVITY
Store-and-forward, resync when the link returns
INTEGRATION
Vendor agnostic, any camera, PLC or robot, configuration not code
INTERFACES
REST and OpenAPI, OAuth2 and OIDC, mutual TLS, OCI containers, EDI
DATA
On the organization's hardware, in country, encrypted in transit and at rest
OVERSIGHT
Human approval on every action, decision log with sources
RESEARCH AND PROGRAMS

IPCEI-AI

Active in major cross-border deep tech programs such as IPCEI-AI, through project ARIA-EU: certified industrial AI for automotive and aerospace, with foundation models trained on shop-floor data and a verification layer that checks and logs every command a model sends to a machine.

Industrial AI in Germany

Deep tech projects today with a German industrial innovation cluster of automotive and industrial manufacturers, supported by Global Vision's own division in Germany, on the cloud-edge continuum principle: processing at the edge, data kept inside the property, no dependence on hyperscalers.

Dual-use innovation

An AI decision system for resilient supply networks in contested and disconnected operations, built on AHEAD Edge, is in the final round of an international dual-use innovation program, the only Romanian project to reach it from around four thousand proposals, and the Group's first dual-use program.

Consortium partner.

For European research and industrial calls, Global Vision Technology joins consortia as the edge AI and sovereign computing partner, bringing on-premise and air-gapped deployment and a live test bed of ten parks with real production workloads.