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Multipc Technologies
MULTIPC VEGA · AI VOICE ASSISTANT

INTRODUCING MULTIPC VEGA – YOUR AI VOICE ASSISTANT

Control every computer, in every office - locally and gloablly - with just your voice. VEGA connects your screens, apps, and workflows into one AI-driven command center. PATENT PENDING.

See how it works See Security
Operator orchestrating multiple global systems via Multipc
Scroll down to experience
Scroll down to experience

User, one desk, no keyboard.

A single user sending voice command using MultiPC VEGA from his computer to multiple computers located in his overseas offices: “Send finance report with AI analysis from India. Run test cases and send me the results from London. Fetch staff data from London as well.”

California hub routes the commands.

Behind the scenes, a California system becomes the hub. It turns that one voice request into structured packets targeting specific machines in India and London — not the whole network.

Remote systems prepare the results.

The remote systems open the right tools, run AI analysis and test suites, collect staff data, and assemble finished outputs — all without additional operators.

MultiPC VEGA steps into city operations.

Now think larger: a city command center watching live maps, camera feeds, and traffic flows. The same voice-first orchestration routes actions through an entire urban grid.

“Create a green corridor for Ambulance A-12.”

The operator issues a single command: “Create a green corridor from Mercy Hospital to Junction 18 for Ambulance A-12.” The route path lights up across the city map.

AI orchestration validates the corridor.

A digital checklist confirms: signals are paired, paths are clear, devices are online. The corridor is simulated and verified before a single light changes.

AI orchestration checklist

Traffic lights form a living corridor.

Along the chosen route, intersections flip to green in sequence, creating a moving wave of “Priority Green” that carries the ambulance forward.

Signs and barriers adapt around the corridor.

Overhead gantries warn: “EMERGENCY CORRIDOR — KEEP RIGHT”. Side-street bollards lift, and pedestrian crossings lock, keeping the path clean without manual coordination.

Drones and cameras watch the corridor.

Live tiles show the ambulance moving through the city as drones and fixed cameras monitor head-on traffic and bottlenecks in real time.

Progress tracked at every checkpoint.

A route timeline shows the ambulance passing node by node: “Checkpoint 3/9 — Clear” with ETA and corridor health updating live.

Operation complete, metrics captured.

A completion card confirms: ambulance A-12 arrived. Time saved, signals controlled, signs updated, and incidents are all recorded for audit and training.

“Run AI analysis on the whole corridor.”

With one more voice command, the operator asks for a full AI review of every signal, camera, drone, and billboard used in the operation.

All reports, one desk.

Logs and visuals converge back to the operator’s machine. AI compiles a unified report on corridor performance, risks avoided, and what to tune for next time.

One command. Many systems.

MultiPC VEGA and MultiPC Replicator are built for environments where one operator must safely orchestrate many endpoints — without losing control. Private alpha · Patent pending.

Multipc VEGA

MultiPC VEGA is a secure command layer that turns spoken intent into structured, machine-readable instructions. Instead of driving screens or keyboards remotely, VEGA routes actions to approved systems only. Ideal for control rooms, city operations, healthcare networks, and enterprises that need one operator to coordinate many machines — with a clear, auditable trail of what was asked and what executed.

MultiPC Replicator

LAUNCHING MID 2026

Enterprise-grade security posture

Both products are being designed with defense and high-stakes environments in mind: encrypted transport, paired devices instead of broadcast, outbound-only connectivity on endpoints, and signed software. The result is a coordination layer that feels futuristic, while respecting very traditional security boundaries.

Security at Multipc Technologies

Multipc is being designed for defense, mission-critical corporate, and multi-terminal environments. The goal is simple: let one operator orchestrate many endpoints, without expanding your attack surface.

Transport & channel security. All control traffic is planned to be protected with modern TLS (1.3+), with mutual authentication between Multipc components wherever possible. Commands are sent as structured instructions, not raw screen or keyboard streams.

Paired devices, not open broadcast. Each sender and receiver is explicitly paired and tied to your license: 1 sender + N receivers that you approve. Unpaired devices simply never see the traffic, and unauthorized endpoints are treated as untrusted.

No inbound ports on your endpoints. The architecture is being designed so that agents initiate outbound connections only. You don’t have to open random ports on internal machines just to make Multipc work.

File and data handling. Where file transfer is involved, the intent is to hash and verify payloads end-to-end, and to give you control over where logs and artifacts are stored (on-prem, private cloud, or a hardened tenant). Sensitive payloads are never exposed to other customers.

Signed software, locked-down permissions. Multipc binaries are planned to be code-signed, with updates delivered through controlled channels. Local agents are designed to run with only the permissions they need to perform their tasks.