// THERMAL AI MONITORING

Videre — AI Surveillance Platform for UAVs.

Real-time processing of the thermal video stream from unmanned aircraft: computer vision and neural-network object detection — for reconnaissance, border security and critical-infrastructure protection.

Request a pilot project HEMUS 2026 · Booth 6-A-7 · 3–6 June · Plovdiv
// 01 — PROBLEM
A perimeter that cannot be patrolled by eye

1,726 km of borders. Most of it dark, most of the time.

Bulgaria sits on NATO's south-eastern flank — bordering Turkey, Serbia, North Macedonia and Romania, with the Black Sea to the east. Around 1,726 km to monitor. Conventional visual surveillance falls short exactly where it matters most: at night, in adverse weather, across long perimeters with few operators.

1,348km
Land borders
378km
Black Sea coast
1,726km
Total perimeter
ROMANIA · 609 KM SERBIA · 318 N. MACEDONIA · 162 TURKEY · 259 BLACK SEA 378 KM
Romania609 km
Serbia318 km
Turkey259 km
N. Macedonia162 km
Black Sea coast378 km
// 02 — HOW IT WORKS Capture → Process → Distribute → Decide

One pipeline from camera to operator.

A thermal stream from any RTMP/RTSP-capable drone is processed by AI on GPU infrastructure, enriched with detections and tracks, then distributed to every operator simultaneously — with end-to-end latency around 1.5 seconds.

STEP 01

Capture

Thermal camera on a UAV streams video over standard RTMP/RTSP — no proprietary hardware required.

STEP 02

Process

AI computer-vision detects objects and anomalous heat signatures, then tracks them across frames in real time on GPU.

STEP 03

Distribute

The enriched stream — video, detections, tracks, metadata — reaches every operator simultaneously, wherever they are.

STEP 04

Decide

The operator assesses and acts. AI assists with detection and tracking; the human remains in command.

END-TO-END LATENCY
~1.5 seconds
Low-latency streaming from drone shutter to operator screen.
// 03 — KEY CAPABILITIES What the platform does

Operator-grade tools, no engineers required.

CAP.01

Real-time thermal detection

People, vehicles and anomalous heat signatures detected live, across White Hot, Black Hot and Iron thermal palettes.

CAP.02

Persistent object tracking

Stable IDs across frames. Targets stay locked even with camera motion, gimbal slewing or short occlusions.

CAP.03

Distributed operations

Pilot in the field, operator at a desk, command anywhere in the country — one live feed, multiple synchronised roles.

CAP.04

Mission Prompt

Operators configure the detection task in natural language, directly in the interface. No engineers, no reconfiguration cycle.

CAP.05

Automatic mission reports

Object counts, coordinates and structured documentation are ready immediately after the flight — not hours later.

CAP.06

Multi-drone scaling

From one aircraft to dozens. Number of simultaneous streams is bounded only by server infrastructure, not the platform.

// 04 — WHY VIDERE Differentiators

Built for the operators it serves — not adapted from a foreign stack.

01

Bulgarian-developed

Full data sovereignty, local engineering support, and adaptable to national operational requirements.

02

NATO Human-in-the-Loop

AI detects and informs. It never makes operational decisions. The human remains in command throughout.

03

Hardware-agnostic

Works with any thermal source over RTMP/RTSP — DJI, Autel, Skydio, Quantum Systems, and Bulgarian-made UAVs. No per-device modification.

04

On-premise by default

Servers deploy on the customer's side. Video, data and archives never leave the customer's perimeter.

// 05 — USE CASES Operational applications

Three theatres. One platform.

LAND · NIGHT
Use case · 01

Land border patrol

One operator with AI support and a single drone covers a significant stretch of border — especially at night, when visual patrols break down.

MARITIME · OPEN WATER
Use case · 02

Maritime & coast guard

A drone launched from a patrol vessel extends surveillance beyond line of sight and flags vessels off legal routes — particularly effective at night.

T-01 T-02 T-03 T-04
RECON · STRUCTURED
Use case · 03

Military reconnaissance

Automatic object counting, coordinates and structured mission reports delivered immediately after the flight — analysis time goes from hours to seconds.

// 06 — STATUS Where we are today

Working MVP. Live thermal AI. NATO DIANA in preparation.

Live

End-to-end demo-ready

A deployed system with real-time thermal AI detection running on a live RTMP/RTSP stream.

In preparation

NATO DIANA application

Preparing our submission to the NATO Defense Innovation Accelerator for the North Atlantic.

Open

Seeking pilot partners

Open to operational pilots with defence, border, coast guard and critical-infrastructure operators.

// 07 — TEAM Operators & engineers

The people behind Videre.

OE

Olga Emelyanova

Founder & CEO

Certified UAV pilot. Designs the system architecture and operational scenarios; flies missions and prepares thermal training data.

IS

Igor Sorokin

Co-founder & CTO

Leads AI model development — training and optimising neural networks for thermal object detection.

VD

Veselin Dochkov

Co-founder & CBO

Leads strategy, partnerships, customer relations and pilot-project development.

// 08 — CONTACT Looking for pilot partners

Let's find a real operational scenario.

We're at HEMUS 2026 to find real operational scenarios where Videre can be deployed and tested. If you operate borders, coastline or critical sites — let's talk.

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Request received. We'll come back to you within two working days. If you're at HEMUS 2026, find us at Booth 6-A-7.
Meet us in person HEMUS 2026 · Booth 6-A-7 3–6 June 2026 · Plovdiv International Fair
Email [CONTACT_EMAIL_TBD]
Headquarters Sofia, Bulgaria
Particularly relevant for Bulgarian Ministry of Defence · Border police · Coast guard ·
Defence industry partners · NATO member state representatives