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"For large software companies or major corporations such as banks or health care firms with large custom software bases, investing in software security can prove to be valuable and provide a measurable return on investment, but that's probably not the case for smaller enterprises, said John Viega, executive vice president of products, strategy and services at SilverSky and an authority on software security."

Bullshit.

It’s foolish and short sighted to pretend that software security is only a problem for enterprises or enterprise software vendors. Small companies write software that big companies use, which means that these big companies are putting their customers at risk. This is happening all of the time.

And it’s wrong to believe that small shops can’t do anything practical about building secure software. I'm not talking about swallowing something like – for some people, the argument seems to be that

“If you aren't following Microsoft’s SDL then you can’t build secure software, and , so you might as well give up.”

But you don't need to adopt the SDL, or any other large-scale, expensive, enterprise-quality software security program. Any small shop can take some reasonable steps that will go a long way to building secure software:

1. First, take some time upfront to understand the business requirements for security and compliance and for handling confidential and private data – what information do you need to protect, who can see and change what data, what data do you have to encrypt, what data should you not store at all, what do you need to log? All of this is just part of understanding what kind of system you need to build.
2. Think about your , and choose a good application framework. For all the noise about , almost everybody who builds business apps – even small teams following Agile/Lean methods – use some kind of framework. It’s stupid not to. A good framework takes care of all kinds of problems for you – including security problems – which means that you can get down to delivery features faster, which is after all the point.
   If you’re a Ruby developer, Rails will take care of a lot of security problems for you – as long as you and you (the Rails community has made some mistakes when it comes to security, but they ).
   , a popular application framework for Java and Scala, includes built-in , as do many other frameworks for Java, and and other languages, and of course there’s platforms, which is loaded with security capabilities.
   None of these frameworks will take care of every security problem for you – even if you use them properly and make sure to keep them patched as security vulnerabilities are found. But using a good framework will reduce risk significantly without adding real costs or time to development. And when you do need to do something about security that may not be included in the framework (like properly handling encryption), there are good security libraries available like that will make sure that you do things right while still saving time and costs.
3. Write solid, : code that works and when it is used in the real world. Check input parameters and API return values, do a good job of error handling, use safe libraries. Program responsibly.
4. Take advantage of static analysis tools to catch bugs, including security bugs. At least understand and use any static and free, easy to use tools like and for Java, or Microsoft’s tools for .NET. They're free, they find bugs so you don't have to - why wouldn't you use them?
   Most commercial tools are too expensive for small teams, although if Cigital comes through with small-bundle pricing for this would finally provide small development teams high-quality feedback on security bugs.

Sure there is a lot more that you could do or should do if you need to. But even modest and reasonable steps will go a long way to making software safer for customers. And there’s no reasons that small teams can’t – or shouldn't – do this.

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