1. The Impact of Technology in Agriculture
2. Energy in Kenya and the Potential for Renewables
3. The Benefits of Informal Savings Groups
4. Renewable Energy in Kenya: Policy Tools and Anticipated Effects
5. The Paradox Behind Nitrogen And How Ag Tech Can Help
At ID, we’re interested in the growing “Internet of Things” (IoT) trend, especially in the energy and agriculture sectors. In energy, IoT allows for remote monitoring and management of pay-as-you-go and other smart grid systems. In agriculture, it can give farmers fast insight on their crops and livestock without having to physically inspect them. This week, we’re highlighting examples in the news of both applications and a glimpse at the technology development.
‘Internet of things’ turns up the heat on utilities by David Ferris on Midwest Energy News
Nest, now owned by Google, is the leading example of IoT and energy management coming together to increase efficiency. More than just turning off your thermostat when you’re not home, IoT has big potential to capture hyper-local and specific usage data. This is putting pressure on US utility companies who will have to move quickly to provide their customers with seamless, itemized bills that “look more like your phone or bank bill that has line items.” IoT can disrupt the energy in the US, then the potential in emerging markets. We are excited by this synergistic relationship between energy and ICT, and can envision the application in emerging markets where populations are remote and energy is scarce, making efficient management and data collection critical features rather than luxuries.
Wireless Smart Energy Markets to Reach $20 Billion by 2018, Says ON World on PRWeb
According to global technology research firm ON World, the worldwide “Smart Energy” market will grow to over $20 billion in the next five years. The emergence of IoT technology is disruptive to the energy sector, with some of the largest and faster growing markets around the globe. The vast penetration of mobile devices, cheap wireless sensors, and cloud services has allowed for explosive growth in this area. The leading wireless sensor network technologies like ZigBee, WiFi, Bluetooth, EnOcean, and Z-Wave are expected to power 50 million smart homes and buildings by 2018.
Vital Herd Selects ThingWorx M2M Technology Platform for Livestock Management on ThingWorx
Vital Herd, a startup with a health-monitoring bolus for livestock farmers, announced that it will use ThingWorx to power its M2M animal monitoring technology. According to the USDA, about four million animals die in the United States in dairy and beef production, and many more get sick. Vital Herd actively monitors the health of the animal and provides alerts when there are issues. ThingWorx is the platform behind VitalHerd that allows it to rapidly develop applications and alerts to bring problems to farmer’s attention sooner.
On the Internet, nobody knows you’re a cow by Brian Fung on The Washington Post
Dairy producers worldwide regularly suffer losses as a result of their livestock becoming sick or dying. IoT and M2M technologies can help mitigate this by providing farmers with valuable data and analytics to better manage their herds. Scotland-based Silent Herdsman uses remote sensors embedded in the cows’ collars to deliver recommendations to farmers on when each cow should be inseminated, and claims to raise milk yields by 12% over the course of a year. We are always looking for new ways to increase the efficiency of global food production, and it’s clear that IoT will play a large role in this regard.
FCC Approves First Machine-To-Machine Cell Signal Booster on Field Technologies Online
SureCall, a leader in cellular booster technology, just announced that its M2M booster has received approval from the FCC. This marks the first time that the commission has approved a booster that used machine to machine technology. The M2M boosters have been gaining ground in many industries, notably renewable energy. The compact and strong design allow for easy integration and operation in even the most demanding of environments, ranging from below freezing to 150 degrees Fahrenheit. This is a critical development for monitoring technologies for renewable energy systems that are often in harsh environments (i.e. wind farms on Lake Turkana or solar home systems along the Equator).
Editor’s Note: Special thanks to our financial analyst and Excel whiz Lee Carter for his work on this post.
Startup projections come in all shapes and sizes. At Invested Development, we have seen 5-year expected revenues ranging from less than $300,000 to over $10 billion. One company might expect to make money selling to less than 10 customers for its entire lifetime, and another will expect to sell to over 250 million users by the time of an investor exit. Some companies expect to multiply their revenue by 100x every year for the next five years, while others expect a steady 5% increase in revenue over each year (see the chart below). Despite the differences, every startup can benefit from building its projections in a way that investors or anyone outside the company can easily understand and use.
Business plans and pitch decks provide the context in which your business works. Financial projections show how the business will succeed and what needs to happen in order to succeed. A simple yet thorough set of financial projections will not only get you in investors’ good graces, but also significantly decrease the length of the diligence process. This allows you to show off the exciting parts of your business for which you will likely raise thousands or millions of dollars. Below are some guidelines for you, the entrepreneur, to follow when creating or reviewing your company’s financial projections.
1) Assumptions should drive your projection and they should be easy to find.
Input assumptions (for both revenues and costs) should tell investors everything they need to know about what the company needs to do to become profitable. If these are clearly stated, investors won’t have to waste time trying to find exactly what makes your company run. You must be able to defend your input assumptions, preferably with outside validation. This can come from a bill of materials for cost of goods sold (COGS) and assumptions or comparable company statistics for user acquisition costs. Your final projection should NEVER have hard-coded numbers in it, if something is hard-coded, we will most likely be unable to understand why you made that assumption and it will be the first question asked about your financial statement. If you have to go back, try to remember what you meant, and then explain it to the investor, you are wasting valuable time and lowering investor confidence.
2) Revenue projections should be built from the ground up not from the top down.
Revenue projections should be built on sales and marketing assumptions you create, which show how investment dollars will turn into revenue dollars. Some useful metrics to include depending on your type of business: user conversion rates, marketing spend, word-of-mouth speed/conversion rate, client onboarding process length, user attrition, returned goods, etc. If your revenue projections are based on a percentage of market share you expect to obtain, it only shows that you have not defined (or you are unsure of) your go-to-market strategy.
3) Financial projections are projections.
Projecting where a startup will be in five months, much less five years, is never an exact science. Investors understand that entrepreneurs cannot predict the future and that startups will pivot. Projections are not a strict budget, but rather a critical demonstration of the mechanics behind the business and goals for the future and an important roadmap. As long as you believe your assumptions are reasonable and achievable, and you can back that belief up with data, investors can use them as guidance to understand the business and analyze the potential scenarios and outcomes.
4) Less is more!
Building a model that includes all 48 countries you are expanding to in the next 10 years with 15 different products for each country does not help anyone understand how you are going to reach profitability. If your model can show how you will become profitable at a small scale, showing your ability to scale up should be done as simply as possible. Similarly, showing off your ability to use Vlookups, pivot tables, and offset functions in Excel only helps IF investors looking at your sheet can easily trace the projections’ calculations back to input assumptions. If we cannot easily trace the roots of your outputs, we might miss important pieces of the model that would help us understand why your company is so amazing.
5) Not all projected revenue is equally likely to occur.
Adding additional revenue streams to your company in future years is good to show you are thinking about other ways you can earn money. However, investors are more interested in how you are making money now and how that will scale up. Your assumptions for future data mining revenue or bulk unit shipments to distributors in Russia will be shakier than your projections for your first year sales to customers you have already identified. Investors want to see that you can become successful from the business lines that you have already started selling or have laid the groundwork to start in year 1.
6) Show some skin in the game.
In order to receive venture funding, investors need to know that you are in the game with them. You need to show that you are so passionate about your business that you are willing to invest your time and money with the expectation that you will be rewarded with future equity earnings (whether by exit or dividend). Asking for high starting salaries does not show you are confident in your abilities, but insecure about your future potential equity earnings. This is not to say that you shouldn’t be rewarded for your hard work. You should! All in due course.
7) Be wary of your cash flows versus your Profit and Loss statements (especially for hardware companies).
When evaluating an investment, investors need to know what their money will be used for and what money you will need to raise in the future. If all you can show is annual profitability of the company, we will have no clue how much money needs to be raised and when it needs to be raised. We created a whole segment of our fund to inject capital into portfolio companies who have cash flow constraints. Companies should show (at least) a two-year projected month-to-month cash flow statement with accompanying goals to achieve those numbers, and a five-year profit and loss statement, showing what investors can expect for the company around the time they hope to exit. Check out the Excel file called “ID Milestones and Timeline” on the Resources page for a template for the two-year projection (it’s easier than it sounds).
8) Justify your valuation (if you have quoted one).
If you have quoted a pre-money valuation for investment, the first question related to it will be “Why that amount?” If your answer is “a combination of sweat-equity, prior investment, and foregone salaries that we don’t have written down anywhere,” then the valuation is useless. Better ways are to:
- Show a valuation you have been offered by another investor;
- Calculate the net present value (NPV) of expected exit value;
- Point to recent valuations of (reasonably) comparable companies;
- Calculate your sweat-equity, cash in the business, asset value, and foregone salaries and show the sources and data to back it up.
These methods are quantitative and defensible. Investors will always do their own valuation calculations, but if you offer a well-defended valuation, it can show you have some reasoning for your quoted valuation and potentially sway investors to agree with you.
We hope that this post helps you navigate investor thinking during the diligence process. We’re committed to supporting entrepreneurs, and this advice goes for all startups, whether they identify as “social” or not. As impact investors, once we identify that your product or service solves a big problem and matches our investment thesis, it’s equally critical that we see that the business makes sense on paper. It’s the only way to ensure that your pay-as-you-go solar home system or farm management software can scale to have the biggest impact possible.