AION · Budapest — Cameras · Network · Access

Architecture first.
Technology second.

AION Networks is a Budapest-based technology architecture and systems integration company. We design, deploy, and operate AI-powered solutions, enterprise networking, physical security, and access control systems for buildings and businesses. Our clients include residential developments, healthcare facilities, corporate offices, public institutions, and architectural projects across Hungary and Central Europe.

We design, install and permanently operate the technology layer of premium buildings: security cameras, access control, network infrastructure and monitoring, with ongoing support for years. One accountable partner. You see the full cost before you sign anything.

Request a site surveySee how we work
  • 01

    CCTV & access control — Cameras placed to GDPR rules, keyless entry with fobs, codes and remote release — one system, managed for you.

  • 02

    Wi-Fi & network infrastructure — Structured cabling and an enterprise backbone on one documented riser, monitored around the clock.

  • 03

    Intercom & visitor management — The gate reads licence plates; visitors are announced and admitted remotely.

  • 04

    Ongoing service & technical support — Recordings stay in the building; every device reports to us.

050102040306+13,50±0,00−2,70ROOFAPARTMENTSCLINIC · GROUNDGARAGE · −1
Fig. 01 — The layers of one building. Illustrative.

Every building is different. Our process isn't

A family home is not a warehouse, and a clinic is not an office. Every environment has different requirements, but our approach stays the same: security, access, connectivity, documentation, and long-term support are planned from day one.

  • Wi-Fi coverage
  • Camera field of view
  • Controlled access
  • Intercom
  • Motion sensor
  • Vehicle recognition
  • Alarm sounder
  • Network core

01

Private residence

Security and coverage designed around the gate, garden, pool, and daily life at home.

Perimeter access · Pool-area coverage · Whole-property Wi-Fi

PRIVATE RESIDENCE — GROUND FLOOR PLANGround-floor plan of a detached family house set within a dashed site boundary with a vehicle gate to the north and a pedestrian gate to the west. The house contains a garage for one car, a central entry hall running front to back, a study and WC to the north-east, a living room of thirty-eight point four square metres, and a kitchen/dining room, with a terrace and partially shown swimming pool along the garden side. Structural grid bubbles A to D and one to four run along the top and left with chained dimension strings giving bay widths and overall dimensions. A section marker A-A cuts across the hall and living room. Furniture hairlines show a car in the garage, a sofa in the living room, a dining table in the kitchen and a kitchen counter. A sparse bronze technology overlay shows two wireless access points with coverage arcs in the living room and on the terrace, three cameras with view wedges at the vehicle gate, the entry and the pool, access readers and an intercom at both gates, a motion sensor in the entry hall, and a network core in the study, linked by discreet cable runs. Notes call out the gate intercom, conduit cast in the slab, and the pool's equipotential bond.GARAGE1 CARHALLSTUDYWCLIVING38,4 M²KITCHENDININGTERRACEPOOLABCD12345,203,209,2017,604,003,204,0011,20AANSCALE 1:100GROUND FLOOR PLANA-1011:100AP-01AP-02CAM-01CAM-02CAM-03ACS-01ACS-02INT-01GATE INTERCOMCONDUIT IN SLABPOOL EQUIPOTENTIAL BOND
Plate 01 — Ground-floor plan · private residence. The technology layer in bronze. Illustrative.

02

Condominium

Shared access and common-area systems that remain documented, manageable, and supportable long after handover.

Shared access · Common-area coverage · Building connectivity

CONDOMINIUM — BUILDING SECTION A-AVertical building section through the entrance and stair/lift core of a condominium, drawn as construction documentation. From bottom to top: a basement garage at minus two metres seventy with an entry ramp, a ground-floor lobby at datum zero, three stacked apartment levels at plus three, plus six and plus nine metres, and a roof parapet at plus twelve metres. Floor slabs and exterior walls are shown cut in section with pale navy poche fill; a stair flight steps between each level beside a lift shaft with a dashed hidden car. A chained vertical dimension string runs up the left margin and level datum triangles with values sit at the right edge; structural grid bubbles one to three mark the base. Earth hatch flanks the basement below grade. The apartment floors are drawn calm and empty with a note that they carry no cameras for privacy. A sparse bronze technology overlay marks a camera and intercom and access reader at the lobby street door, a licence-plate camera and camera at the garage ramp, and a dashed vertical cable riser from a network core in the basement plant room feeding small wireless access points on the lobby and apartment levels.APARTMENTS — PRIVATE.NO CAMERAS.GARAGE — RAMP TO STREET3,003,003,003,002,70+12,00+9,00+6,00+3,00±0,00−2,70123NET-01AP-01CAM-01INT-01ACS-01LPR-01CAM-02CONDUIT IN SLAB, TYP.RETENTION ≤ 3 DAYSLOCAL NVRCAT.6A RISER, 2 SPARESECTION A-ASCALE 1:100A-301
Plate 02 — Section A–A · condominium. Apartments stay private — no cameras past the lobby. Illustrative.

03

Company / office

Connectivity and access designed for staff, visitors, and the daily movement of the site.

Staff and visitor Wi-Fi · Access control · Reception and perimeter coverage

OFFICE — STREET ELEVATIONStreet elevation of a three-storey office building drawn as construction documentation. A glazed ground floor with a central entrance and steel canopy sits on a limestone base band; two upper storeys carry a regular grid of ten three-light windows between grids one to six. Dashed level lines mark plus zero, plus three sixty, plus seven twenty and plus ten eighty with half-filled level symbols at the left. Structural grid bubbles one to six and a chained dimension string of five bays totalling twenty-five metres run along the bottom. Two hairline trees and a figure with a one-eighty height mark give scale. A sparse bronze technology overlay shows two parapet cameras with downward view wedges, an access reader and intercom at the entrance pier, two concealed ceiling-mounted wireless access points noted by a dashed leader, and one alarm sounder under the eave.+0,00+3,60+7,20+10,801234565,005,005,005,005,0025,001,80CAM-01CAM-02INT-01ACS-01ALM-01AP — CEILING MOUNTED, TYP.PARAPET COPING — NATURAL STONELIMESTONEBASE BANDSTREET ELEVATIONSCALE 1:100A-201
Plate 03 — Street elevation · office. The systems disappear into the façade. Illustrative.

04

Private clinic

Security and connectivity placed discreetly around patient privacy, staff movement, and operating hours.

Staff access · Guest Wi-Fi · Privacy-conscious coverage

PRIVATE CLINIC — CROPPED WORKING-DRAWING EXTRACTA cropped extract of a clinic ground-floor plan, drawn as if a working sheet had been trimmed mid-drawing: exterior and partition walls run off the top and right edges of the frame, marked by crop ticks at the top-left and top-right corners. Visible are a reception desk and waiting area along the south side, a corridor running east off the crop with a controlled staff door, and two consultation rooms across the top whose north walls exit the crop. Both consultation rooms carry a tight diagonal privacy hatch labelled NO-CAMERA ZONE with a note citing GDPR and NAIH guidance. A small store room at the lower right, itself cut by the right edge, holds the network core feeding a local NVR. A bronze technology overlay is sparse and deliberate: cameras only cover the entrance and waiting area, one wireless access point serves the public zone, and an access-control reader guards the staff corridor door, with dashed cable runs routed orthogonally along the corridor back to the core. A structural grid is bubbled only where its lines exit the crop, and one dimension string along the bottom is itself cut by the right edge.1234AB2,400,402,401,00CONSULT. 1NO-CAMERA ZONE14,2 m²CONSULT. 2NO-CAMERA ZONE13,8 m²RECEPTIONCORRIDORWAITING42,6 m²STORE9,1 m²CAM-01CAM-02AP-01ACS-01NVR-01RETENTION ≤ 3 DAYS — LOCAL NVRPER GDPR / NAIH GUIDANCECAT.6A RISER, 2 SPARECLINIC — GROUND FLOOR EXTRACTSCALE 1:100A-104
Plate 04 — Working-drawing extract · clinic. Consultation rooms are no-camera zones. Illustrative.

05

Industrial / warehouse

Scanner coverage, loading access, truck recognition, and camera visibility planned as one operational system.

Scanner Wi-Fi · Loading access · Vehicle recognition · CCTV coverage · Door access

PLATE 05 — WAREHOUSE / LOGISTICS — MULTI-DRAWING SHEETA construction-documentation detail sheet with four small framed figures. Figure A is a site key plan at 1:500 showing a fenced warehouse yard with an entry gate, barrier, licence-plate camera, gate camera and access reader, a truck lane leading to three loading docks with a truck backed against the middle dock, and the network core inside the warehouse with a cable run from the gate. Figure B is a dock section at 1:100 showing the raised warehouse floor, dock wall and apron 1,20 metres lower, a truck trailer at the dock with a leveler plate, and a camera over the sectional door. Figure C is a gate detail plan at 1:50 with the barrier arm, kerbed island carrying the licence-plate camera post, card reader and intercom, and a dashed induction loop in the entry lane with dimensions. Figure D is a rack-aisle cross-section at 1:100 with two pallet racks, roof trusses, and a wireless access point on the roof steel with coverage arcs reaching the aisle floor. A hairline device schedule lists six cameras, four access points, three access readers, one licence-plate camera and one intercom. A title block sits at the bottom right.FIG A — SITE KEY PLAN 1:500PERIMETER FENCE H = 2,00NWAREHOUSE1 210 m²YARDGATE — FIG CDOCKS — FIG BBBLPR 01CAM 01ACS 01COMMS82,50FIG B — DOCK SECTION 1:100SECTIONAL DOORDOCK LEVELERCAM 02WAREHOUSEDOCK 021,206,20±0,00−1,20+6,5012FIG C — GATE DETAIL 1:50ENTRY LANELPR 01ACS 01INT 012,003,501,501,001,00INDUCTION LOOP — 2,00 × 1,00BARRIER — AUTOMATICFIG D — RACK-AISLE SECTION 1:100RACK R1RACK R2AISLE 03AP 01AP ON ROOF STEEL — TYP. 4×±0,00+8,402,703,202,70CDDEVICE SCHEDULEDEVICEQTYCAM — FIXED DOME06AP — WI-FI 604ACS — CARD READER03LPR — GATE CAMERA01INT — INTERCOM0105 — WAREHOUSE / LOGISTICSAIONLOGISTICSA-052026-07
Plate 05 — Site & detail sheet · warehouse. Gate, docks and aisle coverage as one system. Illustrative.

Architects — we design the technology layer at blueprint phase, so it disappears into your architecture. Partner with us →

An installation is a project. A building is a relationship.

We document systems, label what matters, and remain responsible after commissioning — so a building does not have to rediscover how it works years later.

The monthly service is the actual product.

Building System RecordAION · REC
Documented handover
Equipment, locations, access and system records retained.
Clear ownership
Defined responsibility after commissioning.
Service history
Maintenance, changes and technical decisions traceable over time.
Ongoing support
A partner who understands the installed system.

Compiled at handover · kept current in service

Four steps. The last one never ends.

  1. 01

    Site survey

    Free and in person. We walk the building and listen before we propose anything.

  2. 02

    Fixed-scope proposal

    Exactly what, exactly how much. No surprises arriving later as “extras”.

  3. 03

    Installation

    Clean, scheduled, documented — and invisible when we leave.

  4. 04

    Ongoing operation

    Monitoring, updates, access changes, repairs. The relationship, not the receipt.

    ← You are here for years

Technology, designed into the building itself.

Security, access and connectivity belong in the fabric of a building — visible where they serve people, invisible everywhere else.

Concept visualisation of a residential lobby with integrated building technology

Fig. 02 — Shared residential spaces · concept visualisation

Access, security and connectivity designed around daily building use.

Modernised entry system on an occupied apartment building

Fig. 03 — Building entry

Entry and intercom systems planned around how people move through the building.

Resident opening a door with a phone at a wall-mounted access reader

Fig. 04

Layered perimeter protection along a fence line

Discuss your building →See it building by building →

Designed. Installed. Documented. Supported.

AION remains responsible beyond commissioning: clear ownership, organised handover, and ongoing technical support.

Every building starts with a drawing. Yours starts with a survey.

Free, in person, no obligation — we walk your building, then put a fixed-scope proposal on paper.

Request a site surveySend plans for review →

Designed & operated by AION · Budapest · [email protected]

Last updated: July 27, 2026