Looking for an educational software K-12 business plan? You're in the right place.
Selling software to schools means answering questions a seed investor and a district buyer will both press on. How long does a district take to sign? What happens to cash while you wait? How is student data protected, and what do the federal rules actually ask of a vendor? A generic software template has no answer to any of them.
In this article we'll walk through a complete sample business plan for a company that licenses maths and reading practice software to Tennessee districts, section by section. We'll cover the executive summary, the SWOT analysis and, above all, the financials, from the first pilot to the fifth year.
Here's what you'll take away:
- The executive summary: see how to describe a district-sold product and its raise on one page, so an investor knows what the company needs and why
- The market and buyer sections: learn who inside a district really decides, and how to show that you understand its budget calendar
- The student-data section: find out how FERPA and COPPA shape a vendor's contract terms, so a district's technology director has less to challenge
- The sales plan and pipeline: work out how many formal opportunities Year 2's 7 contracts need, and what a paid pilot does for conversion
- The first year, month by month: spot how a school-year calendar leaves most of the year with almost no revenue, and plan cash around it
- The five-year profit, cash flow and balance sheet: see why a per-student licence business loses money for its first two years, and how large a reserve that takes
- The downside case: have an answer ready for the question of what happens if district sales run 20% short, including a year-late sales cycle and the contract count that triggers a bridge conversation
If you're planning an education software company, read this before you write your own. The company is fictional, so take what fits and change the rest.
In this plan
Want a educational software k-12 business plan you can edit for your own business? Get the educational software k-12 business plan template and build it in the Toolkit.
Executive Summary
Bluff City Learning is a Memphis software company that licenses maths and English language arts practice and short interim assessments to school districts and charter networks for grades 3 to 8. Districts pay per licensed student per year. The company opens on 1 January 2027, and co-founders Andre Whitfield (chief executive) and Priya Raman (chief technology officer) run it.
The company raises $1,900,000: $150,000 from the founders and a $1,750,000 seed round. Of that, $1,782,000 is held as an operating reserve, $44,000 buys devices and fit-out, and $74,000 pays for legal work, an independent security assessment and the launch campaign.
| Year 1 | Year 2 | Year 3 | |
|---|---|---|---|
| Revenue | $295,500 | $957,064 | $1,825,677 |
| Net income after start-up costs | ($769,161) | ($393,516) | $23,969 |
| Closing cash | $1,047,335 | $554,140 | $444,395 |
Five district and charter contracts go live in 2027, covering 11,400 licensed students at December. They come from conversations the founders opened in 2026, before the company existed. By the end of Year 5 the company has signed 38 contracts in total and licenses about 104,200 students. The company loses money in Years 1 and 2, because a school sale takes 9 to 14 months to close and most contracts start when the school year opens in August. Year 3 is the first profitable year, at $23,969, and profit reaches $675,721 in Year 5. The Year 3 margin is thin, 1.3%, so the plan is explicit about what a miss costs.
The plan tests itself two ways: a 20% shortfall in district sales, and a sales cycle that runs a year late. In the first the company holds cash at every year-end, but the margin in Year 5 is thin. In the second it runs out of cash in Year 3 and needs about $1,000,000 of new money by the end of Year 2. The forecast sets the contract counts that would trigger that conversation.
The sections that follow cover the company, the Tennessee district market, the people who sign a contract, the sales and marketing plan, operations, the team and the five-year forecast.
Bluff City Learning at Launch
Legal name: Bluff City Learning, Inc., a Delaware corporation registered to do business in Tennessee. Ownership after the seed: the two founders hold equal stakes totalling about 65%, the seed investors about 25% and an employee option pool the remaining 10%. Premises: 1,600 square feet of leased office space in Memphis. Start date: 1 January 2027, with the first paid pilots running by February. Stage: pre-launch. Version one of the maths engine is built and ships in January 2027. The reading module is in development and ships in June 2027, ahead of the first August go-lives. The item bank holds about 6,000 questions for grades 3 to 8, about three in ten of them licensed from content publishers.
The product
Teachers assign short practice sets that adjust to each student. Three times a school year, a 30-minute interim assessment shows where a class stands against the Tennessee Academic Standards. Principals and district staff see roll-ups by school and grade. Rosters sync from the district's student information system, and students sign in through the district's existing single sign-on.
What the company is for
Give Tennessee districts a practice and benchmark tool that teachers use every week and that a technology director can approve in one review.
The pipeline before launch
Andre began talking to curriculum directors in March 2026. Between September and December 2026 the founders ran unpaid pilots in five schools across three districts and charter networks, funded from their own savings (about $12,000, outside the model). Letters of intent from three of those organisations were signed before 31 December 2026: a charter network that starts in April 2027 and two districts that start in August. Two more first conversations, opened between March and August 2026, complete the five contracts in the Year 1 plan. A letter of intent is not a contract, and the plan's slipped-cycle case shows what happens if they do not convert on time.
Targets for the first two years
- Five contracts live and 11,400 licensed students by December 2027. The April contract starts with maths only, and reading is added in August.
- 12 contracts signed and about 31,800 students by December 2028.
- At least four of the first five contracts renewing at their first anniversary.
- A team of seven at the end of Year 2, and a first profitable year in Year 3.
Three revenue lines
| Line | How it is priced | Year 1 share of revenue |
|---|---|---|
| District licences | $35 per licensed student per year, blended | 56% |
| Implementation and teacher training | $8,000 set-up per contract plus $2,800 a training day | 28% |
| Paid school pilots | $3,500 per school for one semester | 17% |
Who the company answers to
A district's school board approves contracts above the board's own spending threshold, and the state sets rules on student records and online services. The company's counsel confirms the current Tennessee statutes and reads each district's data agreement before the first signature. The student-data section of the market analysis sets out what the plan relies on.
The Tennessee District Market
Who buys
The Tennessee Department of Education lists 147 public school districts in the state, and the state enrolls close to a million public school students (the Department's statistical reports give the exact count). If enrolment is spread evenly over thirteen grade levels, grades 3 to 8 hold roughly 460,000 students.
The plan reaches 33 Tennessee contracts by Year 5, charter networks included, licensing about 87,000 Tennessee students, or about one in five of that grade band. That is deliberately not a large share, and the plan widens its reach in stages. West Tennessee and the Memphis area come first. Middle and East Tennessee charter networks begin in 2029. Border-state districts in Mississippi and Arkansas begin in 2030, five contracts in all, each checked against its own state's student-privacy law before the first signature.
The obvious buyer, and why the plan does not count on it
Memphis-Shelby County Schools is the largest district in the company's home market and the obvious buyer. The plan books no contract with it. A district of that size runs a longer, more formal procurement and would likely start with a pilot in a few schools. A win would be upside to the forecast.
Where the money comes from
Districts buy supplemental software from recurring budget lines. Some paid for software with pandemic relief money. The US Department of Education's June 2024 grantee memo on ARP ESSER and ARP EANS funds set 30 September 2024 as the obligation deadline (the plan's editors could not open the memo itself and relied on its published summary; confirm current status with the Department). The plan counts no federal relief funding. Every contract is priced to be renewed from a district's ordinary budget.
Student data rules
Federal and state law shape every contract.
FERPA. The Department of Education's student privacy office explains that a district may share personally identifiable student information with an outside provider as a "school official" under 34 CFR 99.31(a)(1) when the provider performs a service the district would otherwise do with its own staff, is under the district's direct control over how the records are used and kept, and uses the data only for the purpose it was disclosed. A provider that rediscloses data improperly can be barred from receiving education records for at least five years.
COPPA. For students under 13, the FTC's COPPA FAQ says a school may consent for parents when the company collects data for the school's use and benefit and for no other commercial purpose. The company must give the school the same notice it would give a parent. If it uses the data for its own commercial purposes, parental consent is needed instead.
Tennessee. The Tennessee Comptroller's 2017 overview describes the Student Online Personal Protection Act of 2016 (T.C.A. 49-1-708). As summarised there, it bars the operator of an online service used mainly by K-12 students from targeted advertising based on student data, from building student profiles except for school purposes and from selling or renting student information, and it requires security procedures and deletion of student data. The overview is from 2017, so the company's counsel confirms the current text and any later changes.
The company builds its terms to stay inside all three. It does not sell student data, show advertising or build profiles for any other purpose. The district owns the data, can review and delete it, and the company deletes it at the end of the contract.
Contract norms. Districts commonly ask vendors to sign a student-data agreement, and many use a shared template, such as those published by the Student Data Privacy Consortium. Technology directors also commonly ask for a security questionnaire or an independent report such as SOC 2. Practice varies by district, so counsel confirms what each one requires. The plan funds an independent security assessment before the first go-live ($22,000) and an annual audit after that, and it treats a SOC 2 report as a Year 2 target, not a launch condition.
Pay for the people who build it
The Bureau of Labor Statistics reports a median of $135,980 for software developers in May 2025 and projects 10% employment growth from 2025 to 2035. The plan pays its engineers $125,000. That is below the national median, and recruiting at that level is one of the plan's risks.
What a district can buy instead
| Alternative | What it offers | Why a district picks it | How Bluff City Learning differs by design |
|---|---|---|---|
| Large district-wide assessment platforms | Benchmark testing and reporting across subjects | One vendor, one contract, familiar to many principals | Practice and benchmark in one tool, with a smaller sales and training team on call |
| Digital products bundled with a textbook adoption | Practice items matched to the adopted curriculum | Already paid for, or priced into the adoption | Works alongside any curriculum and reports against state standards |
| Free or low-cost teacher tools | Question banks and games | No procurement, teachers can start at once | A signed data agreement, district roster sync and class-level reporting |
| Tools built by the district itself | Custom quizzes in a spreadsheet or learning system | No licence fee | Calibrated items and no staff time to maintain them |
| Doing nothing new | Teacher-made quizzes and the state test | No change | Mid-year data before the state test, not after |
The table describes categories and where the company positions itself. It names no provider and quotes no prices, because each vendor publishes and changes its own.
SWOT
| Strengths | Weaknesses |
|---|---|
| A founder who ran curriculum for a district and knows how it buys | No sales record outside one region; every reference starts from zero |
| Items written to Tennessee's standards | A small team, with two engineers (one of them the CTO) until month 24 |
| A signed student-data agreement ready before the first quote | Revenue is lumpy: most of a year's licences start in August, and one contract can be a quarter of the seats |
| Opportunities | Threats |
|---|---|
| Districts moving from bundled tools to a single supplemental platform | Larger vendors bundling a similar tool at low marginal price |
| Charter networks, which the plan expects to decide faster than districts | A long sales cycle that can stretch past 14 months |
| Border-state districts once Tennessee references exist | A change in federal or state funding for supplemental programmes |
Who Signs the Contract
The buying group inside a district
A contract involves five roles. The curriculum director champions the product. An assessment or data coordinator checks the reports. The technology director reviews privacy, rostering and sign-on. The finance or purchasing office issues a purchase order, and above the board's own threshold the school board votes. Teachers use it, and their feedback during a pilot decides whether the champion keeps pushing.
What each of them needs
| Role | Needs to see |
|---|---|
| Curriculum director | Items matched to Tennessee standards and a plan for how teachers will use them |
| Assessment coordinator | Results by standard, school and student group, exportable |
| Technology director | A completed data agreement, a security summary, roster sync and an accessibility report |
| Finance office | A fixed per-student price, a clear term and one invoice a year |
| Teachers | Under 10 minutes to assign work and results by the next morning |
The trigger for change
A grade band whose state test growth is flat, a product the district is about to lose, or a principal asking for mid-year data. The plan treats price as a secondary reason.
Timing
Proposals reach finance in spring so that a contract can start with the new fiscal year, which begins on 1 July for most districts (each district confirms its own calendar). The plan expects charter networks to decide faster, within about a semester.
The evidence gap
The five-year plan does not pay for an independent efficacy study. Pilot reports are the evidence, so the company sells to districts that accept pilot data.
Winning District Contracts
The path from first call to signature
- Discovery call with the curriculum director.
- A pilot in two to three schools, unpaid in 2026 and paid from 2027, with weekly teacher check-ins.
- A data review meeting at the end of the pilot.
- A quote, a data agreement and a security summary.
- Board approval where required, then a purchase order.
- Set-up, roster sync and two training days before go-live.
The whole sequence takes 9 to 14 months. The chief executive takes every discovery call in Year 1. The first account executive starts in month 9 to build the pipeline that goes live from 2028, since the five 2027 contracts were opened in 2026.
How many contracts need how many opportunities
The plan uses a 25% win rate on formal opportunities, meaning a district that has seen a demonstration and a quote.
| Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | |
|---|---|---|---|---|---|
| New contracts | 5 | 7 | 8 | 9 | 9 |
| Formal opportunities needed | 20 | 28 | 32 | 36 | 36 |
| Contracts signed to date | 5 | 12 | 20 | 29 | 38 |
| Licensed students at year end | 11,400 | 31,800 | 54,300 | 79,600 | 104,200 |
| Training days delivered | 15 | 28.5 | 42 | 57 | 70.5 |
Year 2 needs 28 formal opportunities. The chief executive and the first account executive carry them. The second account executive starts in month 36 to carry the Year 4 and Year 5 load.
Training capacity
An employed trainer delivers about 30 billed days a year, with the rest of the time going to set-up, support and webinars. The implementation specialist covers Year 1 and Year 2. From Year 3 contract trainers deliver the August and September peak, which is why 40% of training revenue is booked as direct cost. A second employed trainer starts in month 46, and in Year 5 two employed trainers deliver about 60 of the 70.5 days.
Year 2 contracts by source
| Source | New contracts |
|---|---|
| Pilot conversions from 2027 | 3 |
| Referrals from districts already under contract | 2 |
| Conference talks and booths | 1 |
| Direct outreach by the account executive | 1 |
Pricing
The blended price is $35 per licensed student per year. A maths-only licence costs less than a bundle with reading, and price breaks apply above 5,000 students. Prices rise 3% a year at renewal. An $8,000 set-up fee and paid training days at $2,800 sit on top.
Pilots
A pilot costs a school $3,500 for one semester from 2027. Fourteen schools in seven districts and charter networks pilot in 2027, and those pilots feed the 2028 contracts. The fee covers the training and the weekly reports, and it screens out districts that were not going to buy.
The first contracts
The first contract, a charter network with 1,200 students, goes live in April 2027 with maths only. Three more go live in August: 2,800, 2,400 and 3,200 students. A fifth, of 1,800, starts in November.
Renewals
The model keeps 93 of every 100 licensed students at each renewal. That is an average. One 3,200-student contract is 28% of Year 1 seats, and losing it at its first anniversary would remove about $115,000 a year of licence revenue. The plan expects at least four of the first five contracts to renew, and it treats a lost first-year contract as a reason to review the pilot process, not as noise.
Marketing Spend and Channels
What the budget buys
Year 1 marketing is $72,000: $24,000 of launch spend funded from the seed and $48,000 of operating spend. That is 24% of Year 1 revenue, falling to 3% by Year 3 and 3% by Year 5 as references take over. Adding travel ($30,000) and commissions ($19,950), Year 1 acquisition cost comes to $121,950 for five contracts, about $24,400 each against an average first-year licence value of $79,800. In Year 2 the same costs add up to about $134,200 for seven contracts, or $19,200 each against $109,200. Sales salaries are extra. By Year 5 sales and marketing, salaries included, cost about 14% of revenue, which is lean for a company growing 41% a year and is one of the plan's stated risks.
| Channel | Year 1 spend | What it is expected to do |
|---|---|---|
| Website, brand, privacy and security page, sample reports (launch) | $15,000 | A site where a technology director can find the data agreement and security summary without asking |
| Conference debut (launch) | $9,000 | First meetings with curriculum directors at state education events |
| Conference booths and speaking slots | $14,000 | A pilot-results talk at one state and one regional event |
| Webinars for curriculum directors | $5,000 | Short sessions on reading interim assessment data |
| Pilot outcome reports and case notes | $8,000 | One page per pilot that a champion can forward to the board |
| Newsletters and email | $4,000 | A monthly note to district contacts around budget season |
| Reference visits | $5,000 | Hosting visiting district teams in a live classroom |
| Paid search and LinkedIn aimed at district roles | $12,000 | Awareness among curriculum and technology directors |
Calendar
- February 2027: first paid pilots begin.
- April 2027: first licence goes live.
- August 2027: three more contracts open the school year, taking licensed students to 9,600.
- December 2027: five contracts, 11,400 students and $33,250 of monthly licence revenue.
Building, Hosting and Protecting the Product
The Memphis office
The office is 1,600 square feet, set at about $26 a square foot a year ($41,600 in Year 1). It seats the team on three days a week and does not change in size over the five years.
How the product is built
Two-week development cycles, with no major release in the first month of a school year or during state testing windows. The curriculum lead writes and reviews in-house items, and the company licenses the remaining three in ten from content publishers. A contracted psychometrician calibrates item difficulty before items go into an assessment. Maths launches in January 2027; the reading module follows in June 2027. Engineering grows from two people (the CTO and one engineer) to four by month 54, and a second content developer starts in month 44.
Hosting and data handling
The product runs on a commercial cloud region in the United States. Data is encrypted in transit and at rest, access is by role, and every district's records are separated logically. The company completes an independent security assessment before the first go-live ($22,000, funded from the seed) and repeats an audit each year ($12,000 in Year 1, $38,000 by Year 5). Sub-processors are listed in the data agreement.
Accessibility and sign-on
Districts commonly ask for an accessibility conformance report. The company publishes one for each major release. Sign-on and roster sync work with the district's existing systems, which is where most set-up time goes.
Support and training
Support runs on school days. One implementation specialist, from month 5, covers set-up and training. Training capacity is covered in the sales plan above.
Insurance
Cyber, technology errors and omissions, general liability, workers' compensation, directors and officers cover, and key-person life cover on both founders, budgeted at $27,000 in Year 1 and $52,000 by Year 5. Districts often ask for certificates of insurance in the contract.
Software and vendors
Development tools, a customer relationship system, a learning-standards database and a support desk cost $34,000 in Year 1 and $86,000 by Year 5. A cloud provider and a payment processor are the only suppliers that would be hard to replace in a month.
Founders and Team
Andre Whitfield, chief executive
Andre has 14 years in public schools. He taught middle school maths for eight years, then spent six as a curriculum and instruction coordinator in a West Tennessee district, where he sat on the committee that bought its assessment software. He holds a master's degree in education. He has bought software at the district's table, and he now sells at it.
Priya Raman, chief technology officer
Priya has 11 years as a software engineer in Memphis, mostly building data pipelines and reporting tools for a logistics company. She leads engineering and security. She has not worked in education software before, and the curriculum lead covers that side.
Where the team is thin
Neither founder has sold across more than one district. Neither has run a psychometric study. The plan covers the gaps with an outside psychometrician, an advisory board of two retired superintendents and a first account executive hired in month 9. Professional fees of $32,000 in Year 1 cover accounting ($12,000), the psychometrician ($12,000) and counsel ($8,000).
If a founder is out
Andre takes every discovery call, so his absence stalls the pipeline. The first account executive builds a second relationship with each open prospect from month 9. Priya's code is reviewed by the second engineer from month 24, and the company carries key-person life cover on both founders.
Ownership, governance and the investors' return
The founders hold about 65% between them, equal stakes, the seed investors about 25% and an option pool 10%. A five-person board has the two founders, two investor seats and one independent director who has worked in a district.
The seed investors' return depends on a later event: a Series A once the company has a record of renewals, a sale to a larger education software company, or a distribution from profits if the business reaches them. The plan forecasts none of these and does not count a Series A in its cash. The investors accept that the first two years lose money, that the Year 3 profit is thin, and that a lost first-year contract or a late sales cycle could reduce the value of their stake.
Five-Year Forecast
One five-year model sits behind every table below. It runs month by month for 2027 and by year after that, and the operating figures come first so each number can be traced to its source.
Seed funding and where it goes
| Use of funds | Amount |
|---|---|
| Laptops, test devices (Chromebooks, tablets), network gear | $26,000 |
| Office fit-out and furniture | $18,000 |
| Legal: entity, data-privacy agreement templates, IP assignment | $28,000 |
| Independent security assessment before first go-live | $22,000 |
| Launch: website, sample reports, conference debut | $24,000 |
| Operating reserve for the pre-revenue and slow-payment years | $1,782,000 |
| Total uses | $1,900,000 |
| Source of funds | Amount |
|---|---|
| Founders' savings (Andre Whitfield and Priya Raman) | $150,000 |
| Seed round (angels and a regional fund) | $1,750,000 |
| Total sources | $1,900,000 |
The founders put in $150,000 of their own savings and a seed round supplies $1,750,000, so the company raises $1,900,000 in a single close. Nothing is borrowed: a software company with few contracts has little to pledge, and district receivables are weak collateral. Of the total, $1,782,000 is held as an operating reserve. The company loses $769,161 in Year 1 and $393,516 in Year 2, and the reserve carries it to a first profit in Year 3. Year-end cash never falls below $444,395, reached at the end of Year 3. No later round is counted on in the base case.
Operating figures behind the forecast
- Licences bill at $35 per licensed student per year, a blended price across maths-only, English-only and bundled contracts. The price rises 3% at each yearly renewal. Revenue is recognised evenly over the twelve months of a contract, starting in the month a contract goes live.
- Contracts cover grades 3 to 8, six of the thirteen K-12 grade levels. New contracts signed are 5, 7, 8, 9 and 9 in Years 1 to 5, averaging 2,280 licensed students in Year 1 and 3,356 in Year 5. Cumulative contracts signed reach 38 and licensed students about 104,200. Of the 38, 33 are in Tennessee (districts and charter networks) and five, signed from 2030, are border-state districts in Mississippi and Arkansas.
- Of every 100 licensed students, 93 are kept at each yearly renewal. That one figure covers districts that do not renew and districts that renew with fewer seats, and it is applied to each contract on its own anniversary. It is an average over many contracts. In Years 1 to 3 the book is lumpy: the 3,200-student contract is 28% of Year 1 seats, and losing it would remove about $115,000 a year of licence revenue.
- Contracts go live when the school year opens. Of the 38, 26 start in August and the rest in January, April, October or November. The first five were opened by the founders in 2026, through unpaid pilots in September to December 2026 and letters of intent signed before launch. After that a contract takes 9 to 14 months from first call to go-live, so one that starts in August 2028 is a prospect by mid-2027.
- Every new contract carries an $8,000 set-up fee and a first-year training load of three days at $2,800 a day, delivered in the go-live month and the month after. Each later year adds one and a half days. Training delivered grows from 15 days in Year 1 to 70.5 in Year 5. Employed trainers deliver about 30 billed days a year each, and contract trainers deliver the rest.
- Paid pilots run for one semester in a school at $3,500 each in Year 1, 14 schools across seven districts and charter networks, rising to 28 schools at $3,900 in Year 5. The 2027 pilots feed the 2028 contracts.
- Direct costs are 14% of licence revenue (cloud hosting, licensed item content and support tooling), 40% of training and set-up revenue (contract trainers and travel) and 20% of pilot revenue. About three in ten items in the question bank are licensed from content publishers and the rest are written in-house. Blended gross margin is 78% in every year.
- Districts pay purchase orders on net-30 to net-60 terms and slower around their fiscal year-end, so receivables are held at 60 days. The model collects each month's revenue in that month plus 60 days. It does not model invoicing a year of licences in advance, which would improve cash and is left out on purpose.
- Payroll adds 27% to wages for payroll taxes, health cover, workers' compensation and a retirement match. Wages in the team table are launch rates; 3% annual pay raises appear as a separate line from Year 2. The founders draw $110,000 (chief executive) and $125,000 (chief technology officer), below what each could earn elsewhere, and the engineer is paid $125,000, under the national median for software developers of $135,980 (BLS, May 2025). Both are hiring and retention risks that the equity stake is meant to offset.
- Sales and marketing cost about $552,000 in Year 5 before pay raises, 14% of revenue: marketing $104,000, district travel $76,000, commissions $59,483, two account executives and a marketing manager. Customer success and implementation sit on top. That is lean for a company growing 41% a year. The spending is held down because the plan has to reach profit on a $1.9 million raise, and a faster-growing company would spend more and take longer to break even.
- The office is 1,600 square feet in Memphis at about $26 a square foot a year ($41,600 in Year 1), shared by a team that works partly from home. It does not change size in five years. Sales commissions are 5% of the first-year licence value of each new contract. Insurance of $27,000 in Year 1 covers cyber, technology errors and omissions, general liability, workers' compensation, directors and officers cover, and key-person life cover on both founders.
- Tax is charged at the 21% federal corporate rate and the 6.5% Tennessee excise tax, with losses carried forward. Profits in Years 3 to 5 total $1,019,131, less than the $1,162,677 of losses from Years 1 and 2, so no income tax is paid in the five years. The Tennessee franchise tax and the state's treatment of software sales are not modelled; confirm both with a Tennessee tax adviser. All software development cost is expensed as incurred.
Revenue by line
| Revenue stream | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 |
|---|---|---|---|---|---|
| District licences (per student per year) | $164,500 | $745,190 | $1,544,016 | $2,488,055 | $3,587,086 |
| Implementation and teacher training | $82,000 | $139,874 | $192,661 | $253,075 | $303,213 |
| Paid school pilots | $49,000 | $72,000 | $89,000 | $99,000 | $109,000 |
| Total revenue | $295,500 | $957,064 | $1,825,677 | $2,840,130 | $3,999,299 |
| Growth on prior year | – | 224% | 91% | 56% | 41% |
Licences make up 56% of Year 1 revenue and 90% of Year 5. Training and set-up carry 28% of Year 1 and fall to 8%, and pilots shrink from 17% to 3% as the company sells more from references than from trials. The Year 2 growth rate of 224% looks steep because Year 1 is a part-year of selling: five contracts go live, three of them in August, and the company starts Year 2 with all five already billing and adds seven more. Growth then slows to 91%, 56% and 41%.
Month by month in 2027
| Month | District licences (per student per year) | Implementation and teacher training | Paid school pilots | Total revenue | EBITDA |
|---|---|---|---|---|---|
| Jan 2027 | $0 | $0 | $0 | $0 | ($76,330) |
| Feb 2027 | $0 | $0 | $6,000 | $6,000 | ($71,663) |
| Mar 2027 | $0 | $0 | $6,000 | $6,000 | ($71,663) |
| Apr 2027 | $3,500 | $12,200 | $8,500 | $24,200 | ($57,505) |
| May 2027 | $3,500 | $4,200 | $8,500 | $16,200 | ($63,728) |
| Jun 2027 | $3,500 | $0 | $0 | $3,500 | ($73,607) |
| Jul 2027 | $3,500 | $0 | $0 | $3,500 | ($73,607) |
| Aug 2027 | $28,000 | $36,600 | $0 | $64,600 | ($26,078) |
| Sep 2027 | $28,000 | $12,600 | $7,000 | $47,600 | ($39,302) |
| Oct 2027 | $28,000 | $0 | $7,000 | $35,000 | ($49,103) |
| Nov 2027 | $33,250 | $12,200 | $6,000 | $51,450 | ($36,307) |
| Dec 2027 | $33,250 | $4,200 | $0 | $37,450 | ($47,198) |
Revenue is near zero from January to March, when only pilots bill, and the first licence starts in April. The year's best month is August ($64,600), when three contracts and the set-up fees arrive together. EBITDA is negative in every month. Cash falls each month after the January close and ends December at $1,047,335, the Year 1 closing cash in the cash flow table.
How the team builds
| Role | Annual wage | Starts | Year 1 end | Year 2 end | Year 3 end | Year 4 end | Year 5 end |
|---|---|---|---|---|---|---|---|
| Co-founder and CEO (district sales and partnerships) | $110,000 | Month 1 | 1 | 1 | 1 | 1 | 1 |
| Co-founder and CTO | $125,000 | Month 1 | 1 | 1 | 1 | 1 | 1 |
| Software engineer | $125,000 | Month 1 | 1 | 1 | 1 | 1 | 1 |
| Curriculum and assessment lead | $88,000 | Month 1 | 1 | 1 | 1 | 1 | 1 |
| Implementation and training specialist | $70,000 | Month 5 | 1 | 1 | 1 | 1 | 1 |
| District account executive | $85,000 | Month 9 | 1 | 1 | 1 | 1 | 1 |
| Content developer (items and lessons) | $72,000 | Month 24 | – | 1 | 1 | 1 | 1 |
| Second software engineer | $125,000 | Month 30 | – | – | 1 | 1 | 1 |
| Support and data-privacy coordinator | $62,000 | Month 38 | – | – | – | 1 | 1 |
| Second district account executive | $85,000 | Month 42 | – | – | – | 1 | 1 |
| Customer success manager | $74,000 | Month 42 | – | – | – | 1 | 1 |
| Second content developer | $72,000 | Month 44 | – | – | – | 1 | 1 |
| Second implementation and training specialist | $70,000 | Month 46 | – | – | – | 1 | 1 |
| Marketing and events manager | $76,000 | Month 46 | – | – | – | 1 | 1 |
| Second senior engineer | $135,000 | Month 54 | – | – | – | – | 1 |
| Total payroll incl. on-costs | $664,210 | $773,430 | $949,854 | $1,290,426 | $1,673,543 |
Four people are on payroll in January: the two founders, one engineer and the curriculum lead. The implementation specialist starts in month 5, ahead of the August go-lives, and the first account executive in month 9, because a contract that goes live in August 2028 has to be a prospect by mid-2027. A content developer follows in month 24 and a second engineer in month 30. The support and privacy coordinator starts in month 38. The second account executive and the customer success manager start in month 42, a second content developer in month 44, a second trainer and a marketing manager in month 46, and a senior engineer in month 54. Every post after the first year is timed to the contracts that pay for it, and hiring stays behind revenue throughout.
Profit and loss
| Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | |
|---|---|---|---|---|---|
| Revenue | $295,500 | $957,064 | $1,825,677 | $2,840,130 | $3,999,299 |
| Direct costs (cloud hosting, licensed item content, contract trainers) | ($65,630) | ($212,562) | ($405,479) | ($630,788) | ($888,237) |
| Gross profit | $229,870 | $744,502 | $1,420,198 | $2,209,342 | $3,111,062 |
| Payroll incl. on-costs | ($664,210) | ($773,430) | ($949,854) | ($1,290,426) | ($1,673,542) |
| Rent | ($41,600) | ($42,800) | ($44,100) | ($45,400) | ($46,800) |
| Utilities | ($4,200) | ($4,300) | ($4,500) | ($4,700) | ($4,900) |
| Marketing | ($48,000) | ($56,000) | ($58,000) | ($84,000) | ($104,000) |
| Insurance | ($27,000) | ($32,000) | ($37,000) | ($44,000) | ($50,000) |
| Professional fees | ($30,000) | ($34,000) | ($38,000) | ($44,000) | ($50,000) |
| Software subscriptions | ($30,000) | ($38,000) | ($48,000) | ($64,000) | ($80,000) |
| Annual security audit and student-privacy tooling | ($12,000) | ($26,000) | ($30,000) | ($34,000) | ($38,000) |
| District travel, conferences and RFP responses | ($30,000) | ($40,000) | ($46,000) | ($62,000) | ($76,000) |
| Sales commissions (5% of first-year licence value of new contracts) | ($19,950) | ($38,213) | ($45,857) | ($55,647) | ($59,483) |
| Recruiting, training and professional dues | ($8,000) | ($12,000) | ($14,000) | ($14,000) | ($16,000) |
| Equipment replacement and new-hire kit | $0 | ($6,000) | ($8,000) | ($10,000) | ($12,000) |
| Bad debt allowance | ($1,000) | ($3,000) | ($6,000) | ($9,000) | ($12,000) |
| Annual pay raises (3% a year) | $0 | ($23,203) | ($57,846) | ($119,657) | ($210,044) |
| EBITDA | ($686,090) | ($384,444) | $33,040 | $328,513 | $678,293 |
| Depreciation | ($9,071) | ($9,071) | ($9,071) | ($9,071) | ($2,571) |
| Interest | $0 | $0 | $0 | $0 | $0 |
| Income tax | $0 | $0 | $0 | $0 | $0 |
| Net income before start-up costs | ($695,161) | ($393,516) | $23,969 | $319,441 | $675,721 |
| Start-up costs expensed at opening (legal, licensing, launch marketing) | ($74,000) | $0 | $0 | $0 | $0 |
| Net income after start-up costs | ($769,161) | ($393,516) | $23,969 | $319,441 | $675,721 |
Year 1 loses $695,161 before start-up costs and $769,161 after them. Year 2 loses $393,516. Year 3 is the first profitable year at $23,969, a net margin of 1.3% that leaves little room for a miss. Profit rises to $319,441 in Year 4 and $675,721 in Year 5. Gross margin holds at 78% while payroll falls from 225% of revenue in Year 1 to 47% in Year 5, which is where the improvement comes from. No income tax is paid in any year.
Cash and runway
| Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | |
|---|---|---|---|---|---|
| Cash from operations | ($808,665) | ($493,194) | ($109,745) | $161,753 | $487,744 |
| Devices and fit-out | ($44,000) | $0 | $0 | $0 | $0 |
| Funding received | $1,900,000 | $0 | $0 | $0 | $0 |
| Loan principal repaid | $0 | $0 | $0 | $0 | $0 |
| Owner distributions | $0 | $0 | $0 | $0 | $0 |
| Net change in cash | $1,047,335 | ($493,194) | ($109,745) | $161,753 | $487,744 |
| Closing cash | $1,047,335 | $554,140 | $444,395 | $606,148 | $1,093,892 |
Cash starts at $1,047,335 after the first year and falls to a low of $444,395 at the end of Year 3, the year the company first makes a profit. It rises to $606,148 in Year 4 and $1,093,892 in Year 5. There is no debt and no distribution to shareholders in the model.
Balance sheet
| At year end | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 |
|---|---|---|---|---|---|
| Cash | $1,047,335 | $554,140 | $444,395 | $606,148 | $1,093,892 |
| Accounts receivable | $48,575 | $157,326 | $300,111 | $466,871 | $657,419 |
| Devices and fit-out (net) | $34,929 | $25,857 | $16,786 | $7,714 | $5,143 |
| Total assets | $1,130,839 | $737,323 | $761,292 | $1,080,733 | $1,756,454 |
| Debt (none) | $0 | $0 | $0 | $0 | $0 |
| Paid-in capital | $1,900,000 | $1,900,000 | $1,900,000 | $1,900,000 | $1,900,000 |
| Retained earnings | ($769,161) | ($1,162,677) | ($1,138,708) | ($819,267) | ($143,546) |
| Total liabilities and equity | $1,130,839 | $737,323 | $761,292 | $1,080,733 | $1,756,454 |
Margins and the break-even point
| Measure | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 |
|---|---|---|---|---|---|
| EBITDA margin | -232.2% | -40.2% | 1.8% | 11.6% | 17.0% |
| Net margin (before start-up costs) | -235.2% | -41.1% | 1.3% | 11.2% | 16.9% |
| Payroll incl. pay raises as share of revenue | 225% | 83% | 55% | 50% | 47% |
| Revenue per full-time equivalent at year end | $49,250 | $136,723 | $228,210 | $202,866 | $266,620 |
| Average monthly revenue | $24,625 | $79,755 | $152,140 | $236,678 | $333,275 |
| Monthly revenue needed to cover operating costs | $98,123 | $120,939 | $148,600 | $201,485 | $260,612 |
| Debt service cover (EBITDA / interest + principal) | – | – | – | – | – |
Operating costs are covered in a year when average monthly revenue exceeds the figure needed in the last rows of the table. Year 2 averages $79,755 a month against $120,939 needed. Year 3 averages $152,140 against $148,600, the first year above the line and by only 2%. Years 4 and 5 clear it by $35,000 and $73,000 a month. There is no debt, so the cover ratio is blank.
A 20% shortfall in district sales
| Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | |
|---|---|---|---|---|---|
| Revenue | $236,400 | $765,651 | $1,460,542 | $2,272,104 | $3,199,439 |
| Net income before start-up costs | ($713,195) | ($505,789) | ($105,800) | $153,738 | $258,269 |
| Net income after start-up costs | ($787,195) | ($505,789) | ($105,800) | $153,738 | $258,269 |
| Closing cash | $1,039,016 | $455,298 | $244,341 | $273,743 | $382,145 |
The first case cuts every revenue line by 20% in every year. The response: every hire from month 13 starts six months later, the second senior engineer is dropped and the CEO takes a 20% pay cut. Marketing is not cut, because spending less while sales are short lengthens the problem. The company ends every year with cash, at no less than $244,341, loses $105,800 in Year 3 and is profitable from Year 4. Equity ends Year 1 at $1,112,805. Without the response, the same shortfall runs out of cash during Year 4.
The second case is the likelier failure for a district-sold product: the sales cycle runs a year long and every contract goes live twelve months later than planned, with no change in price or seats. The same response applies.
| Slipped by a year, with response | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 |
|---|---|---|---|---|---|
| Revenue | $49,000 | $325,895 | $1,000,616 | $1,887,774 | $2,932,363 |
| Net income after start-up costs | ($911,941) | ($823,010) | ($434,967) | ($95,103) | $117,476 |
| Closing cash | $945,075 | $85,619 | ($451,189) | ($683,055) | ($734,721) |
The company runs out of cash during Year 3 and needs about $1,000,000 of new money by the end of Year 2 to reach a profit in Year 5. The board therefore watches two numbers. If fewer than three of the five 2027 contracts are signed by 31 March 2027, hiring waits and management opens bridge talks with the seed investors. If fewer than 8 contracts are live in August 2028 (the base case has 11), the talks start within 60 days and the hires planned for the following six months wait.
Sources
- Tennessee Department of Education, School districts (147 public school districts).
- US Department of Education, Student Privacy Policy Office, FERPA (school official exception, 34 CFR 99.31(a)(1)).
- Federal Trade Commission, Complying with COPPA: Frequently Asked Questions (schools and consent).
- Tennessee Comptroller, Office of Research and Education Accountability, K-12 Student Data Privacy, 2017 (Student Online Personal Protection Act, T.C.A. 49-1-708). A 2017 document; statutes may have changed.
- University of Tennessee County Technical Assistance Service, Business taxes (excise tax at 6.5% of net earnings, T.C.A. 67-4-2007). Rates change; confirm with the Department of Revenue.
- Bureau of Labor Statistics, Software developers, Occupational Outlook Handbook (May 2025 pay data).
- US Department of Education, ARP ESSER and ARP EANS obligation deadlines and extensions, grantee memo of 12 June 2024. Not independently verified: the document could not be opened, and the 30 September 2024 date comes from the Department's published summaries.
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