SciTransfer
Organization

RANPLAN WIRELESS NETWORK DESIGN LTD

Cambridge SME specializing in wireless network planning software, 5G/6G propagation modelling, and AI-driven radio access network optimization.

Technology SMEdigitalUKSMENo active H2020 projects
H2020 projects
8
As coordinator
3
Total EC funding
€2.0M
Unique partners
30
What they do

Their core work

Ranplan is a Cambridge-based SME specializing in wireless network planning and optimization software, with particular depth in indoor radio propagation modelling and dense small-cell network design. Their tools help mobile operators and building owners plan 5G deployments, optimize radio access networks, and predict signal behavior in complex indoor and urban environments. More recently, they have expanded into connected vehicle communications (V2X) and big data analytics for network management, positioning themselves at the intersection of wireless infrastructure planning and intelligent transport systems.

Core expertise

What they specialise in

Wireless network planning and optimizationprimary
6 projects

Core theme across DECADE, is3DMIMO, DAWN4IoE, BANYAN, CORRELATION, and mmChannel — covering small cells, heterogeneous networks, and radio access network planning.

Indoor and 3D radio propagation modellingprimary
3 projects

is3DMIMO focused on 3D MIMO array antennas in indoor environments; WAVECOMBE on mmWave propagation in built environments; mmChannel on millimetre wave channel modelling.

5G and millimetre wave technologiesprimary
4 projects

DAWN4IoE, BANYAN, mmChannel, and COSAFE all address 5G radio access, with mmChannel and WAVECOMBE specifically targeting millimetre wave frequencies and 6G preparedness.

Big data analytics for mobile networkssecondary
2 projects

BANYAN (their largest coordinated project) applies big data analytics to radio access networks; CORRELATION addresses service-level traffic prediction for network slicing.

Connected vehicle communications (V2X)emerging
1 project

COSAFE project covers 5G V2X, cooperative sensing, ADAS, and road safety — a clear diversification from pure network planning.

Machine learning for wireless systemsemerging
2 projects

mmChannel applies machine learning to channel prediction; BANYAN uses big data analysis techniques for network optimization.

Evolution & trajectory

How they've shifted over time

Early focus
Indoor network planning and optimization
Recent focus
AI-driven 5G/6G and V2X

In their early H2020 period (2015–2018), Ranplan focused squarely on traditional wireless network infrastructure: dense small-cell deployment, heterogeneous network optimization, 3D MIMO antenna modelling, and indoor propagation — the core of their commercial software business. From 2018 onward, their focus shifted noticeably toward data-driven and AI-powered approaches (big data analytics for radio access networks, machine learning for channel prediction) and into new application domains like connected vehicles and V2X communications. This evolution mirrors the broader industry shift from planning static networks to managing dynamic, intelligent 5G/6G systems.

Ranplan is moving from deterministic network planning tools toward machine learning-powered prediction and analytics for next-generation (5G/6G) and vehicular wireless systems — expect them to seek partners in AI, autonomous mobility, and smart city infrastructure.

Collaboration profile

How they like to work

Role: active_partnerReach: European11 countries collaborated

Ranplan shows a balanced collaboration profile: they coordinated 3 of their 8 projects (38%), all in the later period (2019–2020), suggesting growing confidence and leadership ambition as they matured in the H2020 ecosystem. Their earlier projects were all as participant in MSCA mobility schemes (RISE, ITN), which typically involve academic-industry knowledge exchange — indicating they value researcher secondments and training partnerships. With 30 unique partners across 11 countries, they maintain a broad but not sprawling network, consistent with an SME that brings specific technical value rather than acting as a project management hub.

Ranplan has collaborated with 30 distinct partners across 11 countries, primarily through MSCA mobility and training networks. Their Cambridge base and MSCA focus suggest strong ties to European universities and research institutes in wireless communications.

Why partner with them

What sets them apart

Ranplan occupies a rare niche as an SME that bridges academic wireless propagation research and commercial network planning software. Unlike university labs that publish models or large vendors that sell equipment, Ranplan turns propagation research directly into planning tools — making them an ideal industry partner for MSCA projects needing a commercial exploitation pathway. Their progression from participant to coordinator also signals a maturing organization that can now lead project delivery, not just contribute technical expertise.

Notable projects

Highlights from their portfolio

  • BANYAN
    Their largest project (EUR 539K) and first as coordinator — applying big data analytics to 5G radio access networks, marking their strategic pivot toward AI-driven network management.
  • mmChannel
    Coordinated project explicitly targeting both 5G and 6G millimetre wave channel modelling with machine learning — their most forward-looking research investment.
  • COSAFE
    Their entry into connected vehicles and road safety (V2X, ADAS, cooperative sensing) — a significant diversification beyond pure network planning into intelligent transport.
Cross-sector capabilities
Transport — connected vehicles, V2X communications, road safety systemsSmart buildings — indoor wireless coverage planning, IoT connectivityManufacturing — industrial IoT network design, private 5G for factoriesSecurity — cooperative sensing, data fusion for situational awareness
Analysis note: Strong profile supported by 8 projects with clear thematic coherence. Some projects (DECADE, WAVECOMBE, CORRELATION) lack keyword data, so their specific contributions are inferred from titles. All projects fall under MSCA schemes, meaning Ranplan's role centers on researcher mobility and training rather than large-scale R&D or demonstration — this shapes what kind of future collaborations they are best suited for.