The MulteFire Market in Numbers

Start with what the word covers, because lenders will test it. MulteFire is an LTE-based technology for small cells that runs solely in unlicensed spectrum, with the global 5 GHz band as its home. It was announced in December 2015 when the MulteFire Alliance formed around Nokia and Qualcomm, with Ericsson and Intel in the early membership. Release 1.0 of the specification was completed in January 2017. A "multefire business" is therefore not a shop or a restaurant. It is a company that designs, installs or operates private wireless networks, or one that sells radios, cores or devices into that trade.

The money in that trade is real, but it sits mostly outside the MulteFire label. SNS Telecom & IT projects global spending on private LTE and 5G infrastructure for vertical industries to grow at roughly 22% a year from 2025 to 2028 and to pass $7.2 billion by the end of 2028. Within that, private 5G grows near 41% a year and CBRS network infrastructure alone is put at $1.5 billion. Notice what is absent: a MulteFire line item. Your revenue will come from the buyer's problem (a warehouse that needs seamless handover for forklifts, a port that needs predictable latency), and the radio standard is a delivery choice.

Treat the spread as a planning lesson. One vendor report labelled specifically as MulteFire puts the market at $2.6 billion in 2024 rising to $14.4 billion by 2030, while a broader CBRS and private LTE/5G study from 360iResearch sizes its category at $22.46 billion for 2025. A 10x gap between two reports about neighbouring technologies tells you the definitions are loose. In your plan, quote the narrowest figure that still covers your addressable customers and show the arithmetic from site counts, not from a top-down percentage.

Where the installed base actually is

Concrete numbers about deployments are more useful to a lender than market-size headlines. Light Reading's coverage of Nokia reports the vendor passing 1,000 private wireless customers, with GSA data giving it over half of the enterprise private wireless market. In the US, trade research counts around 120 CBRS small-cell neutral host networks in operation, from hotels and campuses to Meta's in-building network of 1,500 small cells. Those are the reference points for a small integrator: a market with a dominant vendor, a few thousand live enterprise networks worldwide, and room for local specialists who handle survey, install and support.

What happened to the MulteFire Alliance

Founders should know this history, because an investor with telecom experience will. Specification work continued: Release 1.1 arrived to members in January 2019 and added eMTC-U in the 2.4 GHz band, NB-IoT-U for narrowband devices and a 1.9 GHz band used in Japan. But mobile operators never embraced the idea, and in June 2021 the group rebranded as MFA, moving away from technical development toward guidance for enterprises building private 5G networks under its Uni5G blueprints. The same month, Nokia pushed ahead its Industrial MulteFire router 700 series as the first device independently certified by the Alliance, available inside its Digital Automation Cloud private wireless package.

The commercial reading: MulteFire works and is certified, but its supplier base is narrow. A business plan that depends only on MulteFire needs a named hardware supplier, a device roadmap and a fallback radio. The rest of this page assumes you will quote MulteFire where it fits and CBRS, Wi-Fi or licensed private 5G where it does not.

MulteFire, Wi-Fi 6, CBRS and Public 5G Compared

Your sales pitch will be a comparison, so build it into the plan. The table below sets out the four options an industrial buyer realistically weighs. Coverage figures come from Celona's enterprise comparison, a vendor with an obvious interest, so treat the ratios as an upper bound and survey before promising them.

Two quantities drive your quoting. Celona's comparison says Wi-Fi covers up to about 5,000 square feet per radio, while a private LTE or 5G access point covers up to about 25,000 square feet indoors. Divide a 250,000 square foot warehouse by each figure and you get 10 cellular access points against 50 Wi-Fi radios. Fewer radios means fewer ceiling mounts, fewer cable pulls and fewer handovers for an autonomous mobile robot crossing the floor. That ratio is the core of the value proposition and the first number a sceptical buyer will challenge, so your plan should say how you will verify it (a predictive RF design, then a walk test).

For the choice between standalone MulteFire and CBRS, the deciding factors are geography and devices. A US customer can use CBRS spectrum with SAS coordination, where the unlicensed 5 GHz band has no coordination and no interference protection. Outside the US, CBRS is not an option and you are choosing among local licences (see the licensing section) and unlicensed technologies. Whichever you choose, the device list is the gating item: check that the handhelds, scanners, cameras and routers your customer already owns have a certified path onto your radio before you write that customer into the forecast.

Quick Answers Before You Write Anything

These are the questions founders and lenders ask first. Each answer is short enough to lift into your own plan.

What is MulteFire?

An LTE-based radio technology that operates entirely in unlicensed spectrum, mainly 5 GHz, with listen-before-talk so it coexists with Wi-Fi. Because it needs no licensed anchor carrier, a business can run its own LTE network with SIM-based authentication without buying spectrum.

Is MulteFire the same as CBRS?

No. CBRS is a band: 3550 to 3700 MHz in the United States, used by LTE (Band 48) and 5G NR (n48) and coordinated by a Spectrum Access System. MulteFire is a radio standard that happens to run in a different band, 5 GHz. A private network integrator may offer both.

Is the MulteFire Alliance still active?

It exists as MFA, rebranded in June 2021, and describes itself as the alliance for private networks. Its work now centres on Uni5G technology blueprints and a global PLMN identity issued through the ITU for private networks, not on new radio specifications.

Who makes MulteFire equipment?

The member list has included Nokia, Ericsson, Qualcomm, Athonet, Baicells, Boingo Wireless, Casa Systems, Ruckus Wireless and SpiderCloud Wireless. The certified product most often cited is the Nokia Industrial MulteFire router 700 series. Confirm current availability with the vendor before naming a supplier in a plan, because ecosystem status changes faster than analyst reports.

How is it different from private 5G?

MulteFire is an LTE (4G) air interface. Private 5G uses 5G New Radio in licensed, shared or unlicensed bands. A plan that sells "private wireless" can quote MulteFire for sites where unlicensed LTE is enough and move to 5G NR where latency or density demands it. Lenders prefer plans that do not stake all revenue on one air interface.

What It Costs to Launch

The figures below model a three-person private network integrator: two engineers and a founder who sells. They are Avvale planning estimates assembled from vendor price points and typical engineering salaries, not quotes, so replace each line with supplier quotes in the finished plan. A lean launch lands near $227K (£180K); a fully equipped lab, a longer engineering runway and a bigger first-project float push it to about $510K (£405K).

Line-by-line checklist

• Demo and lab kit: $38K–$95K (£30K–£75K). A small core, a few access points, test SIMs and a handful of the devices customers actually use. Ask vendors for evaluation loans before buying; Nokia, Celona and Baicells-type suppliers run channel programmes aimed at integrators.
• Founding engineers: $90K–$150K (£71K–£118K) for two RF and core-network engineers over six months. This is the single biggest line and the one lenders challenge, so show the hiring plan month by month.
• First-project working capital: $60K–$150K (£47K–£118K). You buy hardware before the customer pays. Negotiate a 40% deposit or use supplier terms to cut this.
• Sales and marketing: $15K–$40K (£12K–£32K). Trade-show passes, a site-survey offer, and case-study production. Private network buyers find integrators through vendor partner listings and referrals more than search.
• RF planning and test tools: $8K–$30K (£6K–£24K) for predictive design software, a spectrum analyser and a handheld walk-test kit.
• Insurance: $6K–$15K (£5K–£12K). Professional indemnity and general liability. Work at height on warehouse ceilings and rooftops drives the premium.
• Legal and IP: $5K–$12K (£4K–£9K). Customer master services agreement, SLA terms and a limit-of-liability clause for network downtime.
• Spectrum and regulatory: $3K–$12K (£2K–£9K). Installer certification, licence application fees and test equipment calibration (detail in the licensing section).
• Certification and training: $2K–$6K (£2K–£5K). Commercial CBRS installer courses cost about $595 to $599 per person; some providers offer them free.

Funding routes by market

In the US, the usual route is an SBA 7(a) loan up to $5 million, often combined with founder equity and vendor financing. In the UK, Start Up Loans of up to £25,000 at 6% fixed cover only a sliver of this budget, so founders pair them with angel money and, for qualifying R&D, Innovate UK-style grants. Venture backing exists for product companies in this space (Celona raised a $60 million Series C in 2022 and has raised over $135 million in total), but an integrator that resells those products is a services business and is usually funded like one: debt against contracts, plus modest equity.

US Lending Data for a Network Integrator

Lenders measure your ask against the market for loans, not the market for private networks. Using FY2025 program data compiled by SBA Feasibility Study's statistics roundup, the average 7(a) loan was $497,789 while the median was $195,000, and 47.5% of loans were $150,000 or less. SBA's own overview confirms the $5 million ceiling and repayment terms of up to 25 years. In fiscal 2023 the program approved more than 57,000 loans worth over $27.5 billion.

For a services-heavy integrator, the weak point is collateral: lab equipment depreciates fast and engineers are not assets. The strongest answer is contracted recurring revenue. A plan showing eight managed-service agreements at $25K a year each reads very differently from a plan showing a pipeline of "interested" warehouses. The next section models that.

Suppliers, Channel Partners and Software Your Plan Should Name

A lender reading a private-network plan looks for supplier names, because a supplier relationship is evidence that the technology will arrive and can be supported. Build a small table of who sells what and what channel terms you have actually discussed. The names below come from public vendor and trade-press material; whether any of them will give a new integrator reseller pricing is a conversation you must have, and the plan should record the outcome, not assume it.

Beyond hardware, the plan needs a line for a core network (hosted or on-premises), a SIM provisioning platform, a network monitoring tool, a ticketing system for the managed service desk and RF design software. As an Avvale planning assumption, budget software and cloud at 4% to 7% of revenue once you pass five live sites, and model it as a variable cost from year two. Where a supplier has not yet given you a price, write the assumption in the plan and flag it as unconfirmed. Lenders forgive an unconfirmed price; they do not forgive one that is presented as confirmed and turns out to be a guess.

Revenue Model and Per-Site Economics

An integrator earns from three layers, and the plan should price each separately: hardware resale, deployment services, and a monthly managed service. Hardware carries the thinnest margin because the vendor sets the list price. Services carry the middle margin and scale with engineer utilisation. The managed service carries the highest margin and is what turns a project business into one a lender or acquirer values.

Worked example: one 250,000 sq ft distribution warehouse

Using the coverage ratio from the comparison section, the site needs 10 cellular access points where Wi-Fi would need about 50 radios. The numbers below are a composite built from typical channel pricing and are meant to be replaced with your own quotes.

From year two the hardware and install revenue is gone and only the managed service remains, at $25,000 revenue and $16,000 gross profit a year. That is the whole game: each site you win produces $44,000 of gross profit in year one and $16,000 every year after, with almost no further selling cost. The reason to build a forecast per cohort of sites, not per month of "sales", is that you can see recurring profit compound.

Three-year forecast built from cohorts

Year two uses 8 new projects at $118K ($944K) plus $200K of recurring service from the first cohort of 8 sites. Year three adds 10 projects ($1,180K) and $400K from 16 recurring sites. The plan breaks even on a monthly basis around month 19 and the funding ask must cover the year-one loss plus working capital, which is why the sample plan later on this page requests $340K.

Where the model usually breaks

• Single-standard bets. A plan that sells only MulteFire depends on the few certified radios and devices in the market. Price the same site on CBRS and on Wi-Fi 6 so you can win when the customer's devices dictate the answer.
• Utilisation drift. Services margin assumes engineers bill 65% to 70% of their time. A 3-person team that spends a quarter of its time on unbilled pre-sales survey work loses about 8 points of services margin.
• Free managed service. Buyers will ask for the first year included. Include it in the project price, as in the table above, and make year two a separately priced renewal.
• Hardware inventory. Do not stock radios. Order against signed purchase orders, or your working capital line doubles.
• Support coverage. A distribution centre running three shifts needs 24-hour response. Price on-call engineers into the managed fee or accept that one outage will cost the contract.

Sales Motion and Operations Plan

Private wireless is sold through proof, not through brochures. The sequence that works for a small integrator has four steps, and each should appear in the plan with a duration and a conversion assumption.

• Site survey (1 to 2 weeks). A paid or credited survey, with a predictive RF design and a walk test. It qualifies the customer and produces the coverage evidence you need when you quote 10 access points against 50 Wi-Fi radios.
• Pilot (4 to 8 weeks). One zone of the site, usually the area with the worst Wi-Fi roaming problem, with a short list of agreed success measures such as dropped sessions per shift for handheld scanners or robot connection loss.
• Full deployment (4 to 12 weeks). Install, acceptance test against the pilot measures, and handover to the service desk.
• Managed renewal (month 12). Renewal at the standard managed rate, plus an expansion quote for a neighbouring building.

Segment your pipeline by site size. Sites below about 50,000 square feet rarely justify cellular over Wi-Fi 6 and should be quoted on whichever is cheaper. The sweet spot for the model in this plan is the 150,000 to 500,000 square foot distribution centre, cold store or manufacturing hall, where handhelds, autonomous vehicles and cameras all compete for the same airtime. Ports, mines and large outdoor yards are higher value but need a longer survey, better insurance and often a licensed or coordinated band rather than unlicensed 5 GHz.

Staffing and utilisation

The plan assumes three people in year one: a founder who sells and designs, an RF engineer and a core and integration engineer. At a blended billable rate near $155 an hour and 65% utilisation, each engineer produces about 1,300 billable hours a year, or roughly $200,000 of services revenue. The services line in the worked example ($41,000 per site) therefore uses about 265 engineer hours, which is why eight projects in year one already fill about 80% of two engineers' billable capacity. A fourth hire in year two takes on the managed service desk, and a fifth in year three, only if you pass roughly 16 live sites, covers 24-hour support.

Key operating metrics to put in the plan

• Survey-to-pilot conversion: target one in two, and lower it if you charge for surveys.
• Pilot-to-contract conversion: target 70% to 80% when success measures are agreed in writing beforehand.
• Engineer utilisation: 65% to 70% billable.
• Managed-service gross margin: at least 60%; below that, support costs are too high or pricing is too low.
• Mean time to repair: a figure you can put in the service-level agreement, such as four hours for a site-down fault.
• Renewal rate: above 90% in year two. A lost site removes $16,000 of annual gross profit, so renewal rate moves the forecast faster than new sales do.

Spectrum Licences and Compliance in Three Countries

Spectrum rules decide which radio you can sell, so the licensing section of your plan is a commercial argument, not a formality. The costs below were drawn from regulators' and practitioners' published material; confirm current fees before filing.

United States

• CBRS under 47 CFR Part 96. The FCC's Part 96 rules govern 3550 to 3700 MHz. Devices register with a Spectrum Access System, and Category B base stations must be installed by a Certified Professional Installer who is legally responsible for the data sent to the SAS.
• Unlicensed 5 GHz under Part 15. MulteFire and Wi-Fi share this band without a site licence. Equipment authorisation is the manufacturer's job, so your obligation is to buy certified radios and operate within power and listen-before-talk limits.
• RF exposure limits. FCC maximum permissible exposure rules apply to antenna placement; your design documents should show distances from work areas.
• State contractor licensing. Low-voltage and telecommunications installation licensing varies by state. Check each state where you will pull cable or mount equipment.
• OSHA fall protection. Rooftop and high-bay ceiling work needs documented training and equipment.

United Kingdom

• Ofcom Shared Access licence. Ofcom grants local licences in the 1800 MHz, 2300 MHz, 3.8 to 4.2 GHz and 26 GHz bands. Annual fees are published as £80 for 1800 MHz, £80 per 10 MHz in 2300 MHz and 3.8 to 4.2 GHz, and £80 per 100 MHz at 26 GHz, with urban medium-power licences at double those rates (for example £160 for 10 MHz).
• Licence-exempt 5 GHz. Wi-Fi style use of 5 GHz is licence exempt under Ofcom's regulations, with power and dynamic frequency selection limits. Confirm the current rules for any LTE-based use of the band.
• Work at Height Regulations 2005. Enforced by the Health and Safety Executive; relevant to every ceiling and mast installation.
• Application process. Licences are granted site by site, first come first served, once the application passes Ofcom's coordination process, so build a few weeks into your customer timelines.

Germany (a third benchmark)

• Local 3.7 to 3.8 GHz assignments. The Bundesnetzagentur assigns spectrum for non-public networks in 10 MHz blocks, up to 100 MHz. Fee commentary describes the formula as 1,000 + B × t × 5 × (6 × a1 + a2), where B is bandwidth in MHz, t is years, and a1 and a2 are area terms. The same source's example is a company taking 40 MHz for 10 years on a 15,000 square metre site, at €2,800.
• Why it matters to a plan. Germany shows the alternative model to US shared access: a one-off licence you own for up to 20 years, which suits industrial customers who need guaranteed spectrum. German integrators can win work with a licensed 5G campus solution where MulteFire's unlicensed band would not meet the customer's reliability bar.

One practical conclusion for the plan: the US offers a coordinated shared band with a certification requirement, the UK offers cheap site licences, and Germany offers owned spectrum. A business that wants to sell across borders should budget one compliance specialist from year two, and should present each market as a separate revenue line with its own licensing cost.

Glossary for Your Plan

Use these terms consistently. Lenders outside telecom will not know them, and a plan that defines them once, early, reads as competent.

• Listen-before-talk (LBT): a rule that makes a radio check whether the channel is clear before it transmits, so LTE devices coexist with Wi-Fi in unlicensed bands.
• CBSD: Citizens Broadband Radio Service Device, the base station or access point in a CBRS network.
• SAS: Spectrum Access System, the cloud service that tells each CBSD which channels it may use at its location.
• CPI: Certified Professional Installer, the person responsible for registering and verifying a Category B CBSD installation.
• GAA: General Authorized Access, the CBRS tier open to any registered user but not protected from higher tiers.
• PLMN ID: Public Land Mobile Network identifier, which tells devices which network they are joining. MFA obtained a global identifier it can issue to enterprises.
• MOCN: Multi-Operator Core Network, the architecture used by CBRS neutral host systems to let several carriers share one in-building radio network.
• Uni5G: MFA's name for its technology blueprints for private 5G networks in unlicensed, shared and locally licensed spectrum.

Five Questions a Telecom-Literate Lender Will Ask

Answer these inside the plan before they are asked. Each takes two or three sentences and removes a reason to decline.

• Which devices will actually connect? Provide a table of the handhelds, vehicles, cameras and routers at your first three target sites and mark which have a certified path to your chosen radio. If the answer for MulteFire is "none yet", say so and show the CBRS or Wi-Fi alternative.
• What happens to the business if one vendor exits? Name a second supplier for each layer, even if you have not yet bought from them.
• Who carries the interference risk? Unlicensed 5 GHz has no protection from other users. Describe the spectrum survey you run before quoting and the contract language that limits your liability.
• Why would a customer not simply buy from the vendor directly? Because the vendor does not survey, install, integrate with the warehouse management system or answer the phone at 3 a.m. Your service desk is the product.
• How fast does recurring revenue grow? Show the cohort table and the renewal assumption together, so the reader can see that growth depends on keeping sites as much as on winning them.

Sample Plan Preview

This extract shows the layout and numbers a finished plan carries. The company is fictional and the figures follow the cohort model in the revenue section.

What the Template Contains

The structure below is pre-filled with prompts for a private wireless or MulteFire-related venture, so you replace guidance with your own numbers instead of starting from a blank page.

• Executive Summary: the offer, the first anchor customer and the funding ask on one page
• Company Overview: legal structure, vendor partner status, certifications held
• Technology and Spectrum: radio options, device compatibility table and licence position by country
• Customer Analysis: logistics, manufacturing, ports, venues, with site-size bands
• Competitor Analysis: vendors with channel programmes, other integrators, and Wi-Fi incumbents
• Marketing and Sales Plan: partner listings, surveys as lead magnets, pilot-to-contract path
• Operations Plan: survey, install, acceptance, managed-service desk and escalation
• Management Team: founder bios, advisers, planned engineering hires

The optional Financial Forecast add-on (included in our $300/£250 and $1,000/£800 packages) provides a 5-year Excel model with income statement, cash flow, balance sheet, break-even analysis, and startup capital requirements. If you want a bigger picture of the sector first, see our related guides on the 5G industrial IoT and 5G services business plan templates, and the business plan writer service.

Frequently Asked Questions