Ekahau Wireless Site Survey — One-North, Biopolis & Fusionopolis Singapore

Why One-North demands specialist WiFi

One-North is Singapore’s premier innovation district — a 200-hectare mixed-use research, technology and media cluster developed by JTC Corporation. The district brings together biomedical R&D in Biopolis, deep-tech and ICT companies in Fusionopolis, media and broadcast organisations in Mediapolis, and MNC regional headquarters across Science Park. This concentration of high-value, technically demanding tenants creates wireless challenges that generic site survey approaches cannot adequately address.

• Laboratory RF interference — scientific instruments, NMR machines, centrifuges, RFID specimen tracking, Bluetooth biosensors and medical devices all generate RF noise that corrupts standard predictive models and requires passive spectrum analysis before design
• High device density — open-plan innovation offices with BYOD policies, hot-desking, collaborative workstations and high concentrations of connected devices demand capacity-first WiFi design, not just coverage
• Multi-building seamless roaming — the campus model means researchers and staff move between buildings continuously; the wireless network must support 802.11r/k/v fast roaming with no perceptible handoff delay across the full Biopolis or Fusionopolis footprint
• R&D data security — proprietary research data and intellectual property require wireless network segmentation: separate SSIDs, VLANs and access control policies for research, corporate and visitor traffic
• Event and conference loading — Fusionopolis and Science Park venues regularly host large conferences and hackathons; the network must handle high-density event WiFi demands on top of base load
• Healthcare IoT at Biopolis — medical device wireless connectivity for clinical research operations must coexist with enterprise WiFi without mutual interference, requiring careful frequency planning and channel separation

Biopolis and Fusionopolis buildings we survey

eNeoteric’s Singapore engineers are familiar with the specific construction, layout and RF propagation characteristics of the major One-North buildings. We survey across the entire cluster.

Survey types we deliver at One-North

• Passive Survey

  Measure the existing RF environment without connecting to any AP. Identify interference sources including lab equipment, RFID systems and neighbouring APs, along with dead zones, coverage gaps and co-channel interference across every floor. Essential first step before any WiFi remediation or new design in a One-North building.

• Active Survey

  Connect to the AP and measure real-world throughput, coverage quality and roaming performance across the survey area. Validates what your WLAN actually delivers to client devices under production conditions — including roaming across floors and between buildings.

• Predictive Design

  CAD-based AP placement design before installation. We model attenuation through One-North’s characteristic concrete and glass construction using Ekahau AI Pro, factoring in laboratory partition materials, equipment rooms and linkways to determine optimal AP count, placement and configuration.

• Post-Deployment Validation

  Verify that the deployed WiFi network matches the design specification before business go-live or tenant handover. Catch coverage gaps, channel conflicts and roaming failures before users encounter them — particularly important for lab environments where rework is disruptive.

R&D and biomedical wireless considerations

Laboratory environments in Biopolis and Science Park demand an elevated level of survey rigour that separates specialist Ekahau practitioners from generalist WiFi vendors. Standard predictive design tools assume office-grade RF environments; biomedical and research labs present a fundamentally different RF landscape.

Our ECSE-certified engineers approach One-North lab surveys with the following considerations built into the methodology:

• Spectrum analysis before design — we conduct passive spectrum surveys to map interference from NMR spectrometers, centrifuges, ultrasonics, RFID specimen trackers and other lab instruments before committing to any AP placement design
• ISM band conflict identification — RFID tags and biosensors commonly operate in the 2.4 GHz ISM band, directly competing with WiFi; we identify these sources and design around them using 5 GHz and 6 GHz where appropriate
• Medical device coexistence — for clinical research environments, we plan wireless network segmentation to ensure medical device connectivity is isolated from enterprise and visitor WiFi
• Construction material modelling — Biopolis laboratory floors use reinforced concrete and specialist partition materials with significantly higher RF attenuation than standard office drywall; our Ekahau AI Pro models are calibrated to actual floor plan materials rather than defaults
• Roaming continuity across linkways — the interconnected Biopolis buildings are linked by covered walkways and bridges; we design for continuous coverage through these transition zones so roaming clients maintain connectivity as users move between buildings

Frequently asked questions — One-North WiFi survey

Do you survey Biopolis and Fusionopolis buildings in One-North?

Yes. eNeoteric surveys all Biopolis cluster buildings (Centros, Chromos, Genome, Helios, Matrix, Nanos, Proteos, Synapse), Fusionopolis (Connexis North/South, Galaxis, The Symbiosis), Mediapolis and Science Park. Our Singapore office handles local logistics and on-site coordination.

How do laboratory RF environments affect WiFi surveys?

Labs with scientific instruments, RFID, Bluetooth and medical devices create interference that standard predictive models miss. Our passive spectrum survey identifies these interference sources before design, ensuring the final RF plan accounts for actual lab conditions.

Can you design WiFi for seamless roaming across a multi-building campus?

Yes. Multi-building campus roaming — for example across all 8 Biopolis buildings — is a specialty. We design for consistent BSS transition, 802.11r/802.11k/802.11v support, and unified SSID coverage to ensure devices roam seamlessly as users move between buildings.

How do you handle R&D data security in wireless design?

We include network segmentation recommendations — separate SSIDs, VLANs and access policies for research, corporate and visitor networks — as part of the survey deliverables. This ensures research data and IP are appropriately isolated on the wireless layer.

How long does a Biopolis building survey take?

A typical 5,000 sqm Biopolis lab/office floor takes 5–7 hours for passive and active survey combined. Lab environments take longer than standard offices due to interference mapping requirements. We provide building-specific estimates in the quote.

Get One-North Site Survey Quote View Singapore Site Survey Hub