SpiderOak's zero-trust OrbitSecure software was developed for 21st century space needs and is also backward compatible to the Space Force's existing on-orbit constellations. With its ultra-low storage and processor needs, OrbitSecure is the ideal solution for the next generation of mesh networks in proliferated LEO." "We have designed it to be backwards compatible with legacy space systems, to allow current on orbit systems to take the step to much higher cybersecurity protections. "SpiderOak's software solution begins by securing every data record, both in transit and at rest," added Dave Pearah, CEO of SpiderOak. Through our existing platform, Empyrean Technology Solutions, we are thrilled to be their partners into the future." Their successful demonstrations of OrbitSecure make them the clear new leader in the space cybersecurity arena. "Their proven track record in developing commercial zero-trust technology is backed by a substantial patent portfolio. "SpiderOak brings a wealth of industry experience in cybersecurity solutions to national security, an area we are already heavily invested in," said Matt Norton, Managing Director and Head of MDP's Business & Government Software and Services team. The company will also establish its headquarters in Reston, VA, allowing a complete build out of SpiderOak Mission Systems' program and engineering teams. Additionally, SpiderOak will also develop a unique space cybersecurity laboratory for hardware in the loop qualification testing for OrbitSecure and custom mission partner solutions. SpiderOak's latest funding will allow the company to complete on-orbit testing and achieve flight heritage of OrbitSecure 2.0. This oversubscribed Series C round by true industry leaders highlights their trust in our ability to solve this problem for both government and commercial customers." "Space is a demanding environment in many ways and SpiderOak's proven zero-trust solution, using its patented distributed ledger tech, is well positioned to address these cyber threats head-on. The Space Force and the space industry consensus is that a cyber-attack is the most likely and most damaging threat to these assets," said Charles Beames, Executive Chairman of SpiderOak, Inc. "Today, space-based assets are mission essential in all civil and military operations and rapidly becoming mission critical for all national and corporate infrastructure. SpiderOak will compress the data blocks anyway, so the compression beforehand isn't necessary.SpiderOak, the leader in zero-trust cybersecurity solutions for next generation space systems, raises $16.4M in Series C round. Of course, SpiderOak will be able to do the very best deduplication just by archiving the uncompressed file with each backup. In this case, the compressed output will remain more similar, even when the uncompressed input has small changes. Newer versions of gzip support an option called -rsyncable which increases the size of the compressed archive by about 1%, but also syncs the compressed output with the uncompressed input frequently. So even though the uncompressed source files might be 99% identical, the compressed files are 99% (or even 100%) different. The way zip, gzip, and most other compression algorithms work means that even very small changes in the uncompressed file will cause a "cascade" of differences throughout the compressed file. This is a situation where SpiderOak provides an ideal backup solution, allowing you to store many historical states of the backup file using very little space within your SpiderOak account. In most cases, the data in the file will be very similar from one day to the next, with a small portion of the data changing. One of the most common server backup scenarios is something like a "daily backup dump file." For example, you may back up a SQL database to a compressed file each day. Please see the Help Center for the newest version. This article has moved to our new Help Center and will no longer be updated on this page.
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