“It lets R2D2 talk to C3P0," Keven Gambold, Droidish’s mastermind and the CEO of government contractor Unmanned Experts, explained to Forbes, recalling the iconic robot duo from Star Wars.
When researchers or government contractors crack the code, these advanced drone systems will launch together, work out amongst themselves how best to achieve their goals and land in tandem — with human pilots intervening only should something go awry. Spurred on by Ukraine’s extensive use of drones to defend against Russian invasion, and by fears of China’s advancing technological prowess, America’s best-funded agency is spending big across research labs, academia and AI tech companies to ensure the U.S. is at the bleeding edge of next-generation drone warfare.
Some software is absolutely more secure for being open source. There’s a reason why popular cryptographic libraries tend to be open, even those used in military applications.
If the security of your software component relies on an attacker not having access to your source, then your component is only secure until someone reverse engineers it and figures out how it works, at which point it is entirely compromised on all systems it’s deployed to.
So you need something else to provide security besides obscuring how the software works. In cryptography, that comes from a large, highly random encryption key. The reason that your online bank transactions are safe from an attacker snooping on your network is because, even having the full source code to the crypto libraries, it would take a computer longer than the age of the universe to guess the encryption key through brute force.
The benefit of open source is that it gets a lot more eyes on the code to find flaws and vulnerabilities - and to verify that the software does what the vendor claims, which is very much not always a given.