The Investor Pitch for a PNT Company

Assured PNT stands for assured positioning, navigation and timing. The phrase describes any system that keeps delivering a trustworthy position or a trustworthy time signal when GPS and other satellite navigation signals are jammed, spoofed, blocked or simply unavailable. A business plan in this category is read differently from a plan for a restaurant or a SaaS tool. The reader is usually a program manager at a defense or transportation agency, a deep-tech venture partner, or an infrastructure operator who has already been burned by a signal outage. Each of them is looking for the same three things: a threat you can name, a technical approach that is credible against that threat, and a buyer who has a budget line for it.

That is why this guide opens with the pitch and not the market report. If you cannot compress your company into one paragraph that a stranger can repeat, the rest of the plan will not rescue the raise. Here is the structure we use with PNT founders. Replace the bracketed fields with your own facts and keep every sentence to one claim.

What PNT investors diligence that other investors skip

Deep-tech funds that back navigation companies ask a set of questions that generalist angels rarely think of. Build the answers into the plan so the diligence call becomes a confirmation, not a discovery session.

• Holdover or drift number with test evidence. A timing claim without a stated error budget over a stated outage duration is marketing. State it in nanoseconds or microseconds, name the reference clock you measured against, and say how long the trial ran.
• Technology readiness level, honestly stated. Government buyers use TRL language. A lab bench demo is TRL 4. A prototype in a relevant environment is TRL 6. Claiming TRL 7 without an operational-environment test invites a quick loss of credibility.
• Who pays after the grant. Phase I and Phase II awards fund research. Investors want to see the transition path: which program office, which acquisition vehicle, which fiscal year.
• Export classification already done. A product that cannot legally be sold to half your addressable market is a different business. Show the classification, or the plan to obtain it, in the plan.
• Supply chain for the oscillator and the chip. Atomic and quartz oscillators, GNSS chipsets and FPGAs have lead times and single-source risks. A one-page sourcing table is worth more than three pages of vision.
• Who else can the buyer call. Safran Federal Systems (which absorbed Orolia in 2022), Spirent Federal, Satelles, TrustPoint and Xona Space Systems all appear in the same procurement conversations. Name the ones you meet and say why a buyer picks you.

The Safran acquisition is worth a sentence in the exit section of your plan. Safran, 2022 announced the purchase of Orolia with the stated aim of becoming a leader in resilient PNT, which tells you that strategic acquirers pay for timing and GNSS-assurance assets. It is one data point, not a forecast, but it supports the claim that the category has real buyers at the exit.

Where the Money Is Moving in 2026

Every analyst firm that tracks this category uses a different boundary, so the headline numbers disagree. Search results for the 2025 market size range from roughly $0.85 billion to $1.6 billion depending on what is counted. One widely quoted series, from The Business Research Company, 2026, puts the market at $1.35 billion in 2025, rising to $1.74 billion in 2026 (a 28.9% compound annual growth rate) and $4.83 billion by 2030. Global Market Insights, 2025 projects $10.2 billion by 2035 at a 28.4% rate and reports that defense accounted for 60.7% of 2025 demand, with the air segment holding 41%.

Two lessons for the plan. First, quote a range and name the source, because an investor who has read two reports will notice if you cherry-pick the largest figure. Second, notice the 60.7% defense share: your near-term revenue is probably government-funded, and the commercial telecom, finance, energy and transport segments are the option value that justifies a venture-sized round.

The demand side: why outages became a budget line

Policy created much of the buyer pull. In the United States, Executive Order 13905, signed 12 February 2020, directs agencies to use a risk-based approach to identify where PNT services are required and to limit the impact of disruptions. The Department of Homeland Security and CISA followed with a Resilient PNT Conformance Framework that defines expected behaviours for resilient receivers, which gives a founder a published yardstick to design against and to quote in a plan. The Department of Transportation's Complementary PNT Action Plan, described by GPS World, targets adoption across transportation and other critical sectors, and in October 2025 Iridium announced a DOT contract for complementary PNT deployment and testing. Those are demand signals a plan can cite.

In the United Kingdom the argument is economic. London Economics, 2017 estimated that a five-day GNSS disruption would cost the UK economy about £5.2 billion, made up of £1.7 billion of lost gross value added and £3.5 billion of lost utility benefits, with road, maritime and emergency and justice services accounting for 67% of the impact. The government has since backed a £180 million next phase of the National Timing Centre, led by the National Physical Laboratory, which will use two sites with atomic clocks to generate an independent national time scale (NPL). Public money flowing into the reference layer creates downstream demand for the equipment that consumes it, which is exactly where a startup sells.

The supply side: how the funded players are positioned

Capital has concentrated in three technical lanes. LEO signal services are the best funded: Xona Space Systems raised $92 million in a Series B led by Craft Ventures, bringing total funding to about $150 million, to build a planned 258-satellite constellation in low Earth orbit. Xona names TrustPoint and Satelles among its competitors. Inertial and photonic sensing is the second lane, where Anello Photonics, a maker of silicon photonic optical gyroscopes, reported a $25 million Series B-2. Quantum sensing is the third: Southampton's Aquark Technologies took a €5 million seed round led by the NATO Innovation Fund and later an Innovate UK contract of £1,409,702 under the Quantum Sensors and PNT Missions Primer competition.

The plan should place your company on this map with one sentence: which lane, which stage, and which of these companies a buyer would compare you against. Founders who skip this step get asked about it in the first five minutes of every investor meeting.

What It Costs to Reach a First Contract

Costs in this category depend almost entirely on whether you ship hardware. A software company that adds spoofing detection or integrity monitoring to existing receivers can reach a pilot for $150,000 to $400,000. A company that designs its own timing appliance, anti-jam antenna or inertial module needs far more, mostly for engineers and test time. The figures below are Avvale planning estimates for a hardware-led seed-stage company that spends roughly 18 months from incorporation to a first paid pilot. They are composites built from the cost lines founders in this sector report, not quotes from a supplier.

The total lands at roughly $985,000 to $1.83 million (about £780,000 to £1.45 million), and nearly two-thirds of it is payroll.

Line items worth explaining in the plan

• Simulator time. You cannot test anti-spoofing logic against real spoofers over a public network, so you need a GNSS signal simulator, owned, leased or rented by the day. Spirent Federal, which has worked on signal simulation for Xona, is one of the vendors in this space. Budget for it as a recurring cost, not a capital purchase.
• Oscillators. A timing product lives or dies on its clock. An oven-controlled crystal oscillator costs a few hundred dollars and holds time for minutes to hours. Rubidium and chip-scale atomic clocks cost much more and hold for days. The choice sets both your price and your holdover claim.
• CMMC and NIST 800-171 readiness. If you want defense work, controlled unclassified information must be handled in a compliant environment. Plan for a cloud enclave, policies and an assessor, which is why the cybersecurity line sits at $35K to $90K.
• Test-range access. Government test events that include GPS interference are rationed. Private range days cost money, and your plan should name the one you intend to use.

The Funding Stack: Grants, Contracts, Equity

Most PNT companies are financed in layers. Non-dilutive money pays for the first prototype, a contract validates demand, and equity funds production. Presenting the stack in that order shows investors you understand the sequence.

Layer one: non-dilutive research money

In the United States the entry point is the Small Business Innovation Research program. The AFWERX open topic program lists Phase I awards of up to $75,000 (SBIR) or $110,000 (STTR), Phase II awards of up to $2 million, and Direct to Phase II awards of up to $1.25 million. TrustPoint was reported as winning a $1.9 million SBIR Direct to Phase II contract for GPS-independent PNT, which is a useful comparable when you size your own ask. The Defense Innovation Unit has also run a quantum sensing effort for PNT, with prototype awards to a mix of startups and established firms.

In the UK, Innovate UK competitions play the same role. A Contracts for Innovation competition on quantum sensors and PNT missions offered a share of £14 million, and the Aquark award above shows what a single winner can receive. Write the grant calendar into the plan: named programs, expected submission dates, and the technical milestone each tranche pays for.

Layer two: SBA loans for the production phase

Once a company has contracts, hardware production creates working capital needs that equity is poorly suited to fund. The SBA 7(a) program lends up to $5 million, and a contract backlog from a credible agency is stronger collateral than a prototype. Lenders will ask for the same basics as in any other business: a plan with monthly cash flow for year one, evidence of repayment capacity, and the owner's own investment. Founders in this sector are sometimes surprised that a lender wants an equipment list and an inventory plan, not a research narrative. Give them both, and keep the research story in the equity deck.

Typical use cases for debt in a PNT hardware company include funding a first production lot of 200 to 500 units, buying test equipment, and bridging the gap between delivering to a prime contractor and getting paid on 60 to 90 day terms. In the UK the Start Up Loans scheme tops out at £25,000, which is too small for a hardware build but can cover legal setup and early test costs for a software-only founder.

Layer three: equity, sized by milestone

Equity rounds in this category are priced on technical milestones more than on revenue. The table shows Avvale's planning ranges for a US hardware company. They are internal planning assumptions, not market statistics, so adjust them to your investors' feedback.

For an example of how defense-adjacent hardware raises are framed, see our SAITECH Defence business plan case study.

Revenue Model and Unit Economics

A PNT company usually has four revenue streams that mature at different speeds: research contracts (months 3 to 24), pilot and evaluation units (months 12 to 30), production hardware (months 24 onward), and recurring support or data subscriptions. Investors want to see how the mix changes, because a company that is 90% research revenue in year four is a services business with a technology label.

Worked example: a holdover timing appliance

Consider a composite company that sells a rack-mount timing appliance for telecom and utility sites. It takes multi-constellation GNSS input, detects spoofing, and holds time on a rubidium-class oscillator when the signal is untrustworthy. The numbers below are illustrative planning assumptions.

If the company ships 400 units in its second year, hardware revenue is $2.36 million and gross profit is about $1.58 million. If it ships 900 more in year three, hardware revenue reaches $5.31 million, and the 400 year-two units add $240,000 of subscription revenue, so total revenue is roughly $5.55 million. The plan should then subtract engineering payroll, certification cost, warranty reserve (budget 2% to 4% of hardware revenue) and sales cost to show operating profit. A hardware company that sells to utilities and carriers faces long procurement cycles, so year-two volume is more fragile than the arithmetic suggests. Model a six to nine month delay as a downside case.

Contract revenue needs its own logic

Government research revenue is lumpy and governed by cost-plus or fixed-price milestone rules. Do not blend it into product revenue. Show it on a separate line, with award dates and end dates, and show the point at which product revenue exceeds it. Investors read that crossing point as the moment the company stops being a research lab. Also include the indirect rate you will charge and the fee, which on many small-business awards is a single-digit percentage of cost.

For software-only plays the model changes: price per protected site or per receiver, annual licences, and engineering services for integration. Gross margins above 80% are normal, but customer concentration is a bigger risk because one integrator often controls the channel.

Three Business Models Compared

"Assured PNT" covers businesses that have almost nothing in common operationally. Choosing the right one early prevents a plan that tries to be all three. The table compares the three models Avvale sees most often in founder briefs.

The ranges above are Avvale planning estimates for comparison only. The practical advice is to start with the model whose capital need matches the round you can actually close. A first-time founder with a $1 million pre-seed should not write a plan that requires a constellation. A quantum physicist with a working lab demonstrator should not write a plan that promises revenue in 12 months.

If your idea sits between two columns, say so and sequence it: for example, start with a software integrity monitor to generate revenue and customer data, then use the proceeds and the data to fund sensor R&D. Investors like sequencing that finances the hard part with the easy part.

Export Control, Spectrum and Compliance

Compliance is a product feature in this category. Investors who know defense technology treat export classification and spectrum rules as gating items, and a plan that is silent on them reads as naive. Cover three jurisdictions.

United States

• ITAR or EAR. Per the Department of Commerce space office, military GPS and GNSS receivers are controlled under ITAR Category XII(d), while most civil and commercial GNSS equipment falls under the Export Administration Regulations. Anti-jam antennas have been moving: the State Department's 2025 Munitions List revisions addressed some of these items. Confirm the current text with an export attorney before you publish a classification in your plan. Budget $5,000 to $25,000 for counsel and a possible commodity classification request.
• Federal contracting registrations. SAM.gov registration, a CAGE code and a UEI are needed before you can be paid on a government award. Allow several weeks.
• CMMC and NIST 800-171. Required where contracts involve controlled unclassified information. The compliance environment should be set up before the first award, not after.
• Federal acquisition guidance. CISA publishes PNT services acquisition guidance with contract language that buyers can adopt. Reading it tells you what federal customers will ask for in a statement of work.

United Kingdom

• Dual-use export licences. Anti-jam antennas and some inertial and quantum sensors sit on the UK dual-use control list, and an export licence is usually required for sales outside the UK. Apply through the Export Control Joint Unit and build the lead time into your delivery schedule.
• Ofcom GNSS repeater licence. If your testing or product retransmits GNSS signals indoors, Ofcom's guidance OfW 524 sets the licensing regime. A GPS World report describes a one-time £75 fee and indoor-only use. Transmitting simulated signals outdoors without authorisation is an offence, so keep lab work shielded.
• Companies House and tax reliefs. Register as a private limited company. R&D tax relief and, for outside investors, SEIS or EIS status can shape your first raise; see our free business plan template hub for how to structure the funding section.

European Union

The EU's Galileo Public Regulated Service is an encrypted signal reserved for government-authorised users. Access to PRS-capable receivers and security modules is controlled through national authorities, so a company that wants to sell PRS-capable products must plan for national accreditation. The Galileo PRS overview explains the service. In practice a UK or US startup sells into this market through an EU partner with the right clearances, which should appear in the plan as a partnership strategy rather than a direct sales line.

Mistakes That Sink PNT Raises

These are patterns we see repeatedly in drafts from technical founders. None of them are about the physics. All of them show up in investor feedback.

1. Selling to a user instead of a program

A soldier, a pilot or a network engineer will tell you that your device is useful. They rarely control the money. Federal and carrier budgets sit with program offices and procurement groups. A plan that lists "end users" as the customer and does not name a funding line, an acquisition path or a prime contractor looks like a pre-sales story. Name the buyer's organisation and the vehicle through which it buys.

2. Treating the demo as traction

A successful bench test or a one-day field trial is encouraging. It is not validation. Investors weight signed evaluation agreements, funded pilots and repeat orders far more. If the only evidence is a demo, say so, and show how the next 12 months convert it into paid evaluation.

3. Ignoring export classification until a customer asks

A founder with a European customer waiting finds out that the product needs a licence that takes months. The plan should show the classification step as an early milestone. It also protects the valuation: acquirers run export diligence and a clean file shortens the process.

4. Underestimating certification and test time

Resilient PNT equipment that goes into telecom, aviation or utility settings must pass conformance, environmental and electromagnetic compatibility tests. Each adds weeks and cost. A schedule that goes straight from prototype to shipping, with no test phase, is not credible. Put a named test lab and a duration into the timeline.

5. Depending on a single sensing modality

The premise of assured PNT is that no single source is trustworthy. A product that relies on one oscillator type, one constellation or one sensor invites the obvious objection. Show how your design cross-checks sources, and what it does when two sources disagree. The DHS conformance framework is a good checklist for this.

6. Pricing from cost instead of from the outage

Founders often price a timing appliance as the sum of its parts plus 50%. Buyers think in terms of outage cost. If a telecom site losing timing means a degraded network, or a utility substation losing synchronisation means a protection fault, the value of the box is the avoided loss. The London Economics estimate of £1.7 billion in lost output over five days is a useful anchor for the national picture, but you need a site-level version of the same arithmetic for your own pricing.

Questions Founders Ask Before Starting

These are the questions that come up most often in early conversations, answered briefly. Deeper answers are in the sections above.

What is assured PNT, in plain terms?

It is the ability to know where you are and what time it is with confidence, even when GPS is degraded. "Assured" means the system checks that its answer is believable, falls back to other sources, and tells you when it cannot be sure. The term is common in defense procurement, and appears in the Breaking Defense report on assured PNT for 160,000 tactical vehicles, which shows how large a single program can be.

How is assured PNT different from GPS?

GPS is one satellite system. Its signals reach the ground at very low power, so they are easy to jam and, with the right equipment, to fake. Assured PNT combines GPS and other constellations with sources that do not depend on satellites, such as inertial sensors, atomic clocks, terrestrial signals and low Earth orbit services, and with software that detects anomalies. GPS is an input. Assured PNT is the system around it.

Who buys assured PNT products?

Defense is the largest buyer: 60.7% of 2025 demand according to Global Market Insights. Telecom carriers need precise time for network synchronisation. Power utilities need it for grid protection. Financial institutions need traceable timestamps. Transport operators, from ports to rail, need resilient position. Each buyer type has its own purchase cycle, so pick one for the first plan.

Do I need a PhD to start a PNT company?

Not for all models. Hardware and sensor companies usually need deep technical founders. Software and integration companies can be led by a business founder who partners with a technical co-founder. Investors back the team, so the plan should show who owns RF engineering, who owns systems and test, and who owns government sales.

How long before a PNT startup makes money?

Grant revenue can start within 6 to 12 months of a successful application. Product revenue from hardware usually takes 18 to 30 months. Quantum sensor companies often need more than three years. Your plan should state which revenue type arrives first and what funds the months in between.

Sample Plan Preview

The extract below shows the tone and numeric density of a plan built with this template. It uses a fictional company, Kestrel Timing Systems, and is faded to show only the opening of the document.

What the Template Contains

The assured PNT template follows the order investors expect in a technical hardware company, with prompts written for this sector rather than for a generic startup. Each section has guidance text, an example paragraph and a number to calculate.

• Executive summary and pitch paragraph with the fill-in structure shown above
• Threat and problem statement naming the failure mode, the affected customers and the outage cost
• Technology and readiness section with a TRL table, test evidence slots and holdover or drift claims
• Market and buyer map separating defense, telecom, utility, finance and transport demand with cited sources
• Competitor and comparable table for Safran, Spirent, Satelles, TrustPoint, Xona, Aquark and other names relevant to your lane
• Go-to-market plan covering primes, integrators and direct government sales
• Funding plan with an SBIR or Innovate UK calendar, SBA debt tab and an equity round table
• Regulatory and export control checklist for US, UK and EU
• Operations and supply chain including oscillator and chipset sourcing
• Five-year financial model in Excel, with separate contract and product revenue lines, warranty reserve and scenarios
• Risk register with technical, regulatory, market and funding risks

Looking at an adjacent sector? Our assured positioning, navigation and timing plan is written for the buyer-side and operations perspective, and the autonomous navigation business plan covers vehicle and robotics use cases.

Frequently Asked Questions