![]() Additionally, CrossClave’s application of Distributed Ledger/Private Blockchain capabilities is unique in the industry and raises the bar on managing authority and trust around data and processes, providing a new level of data integrity and non-repudiation. Leveraging Zero Knowledge Encryption, CrossClave eliminates entire categories of cyberattacks, reducing the attack surface and the subsequent vulnerabilities attackers can exploit. A security-first alternative to existing SaaS-based file sharing tools, CrossClave gives users absolute confidence in the safety and integrity of their most sensitive data across trusted and untrusted networks alike. SpiderOak’s CrossClave solution is a fully secure modern productivity suite designed from the ground up to meet the information security needs of the Federal government. The world is a safer place when its data is secure.” However, doing so securely is the challenge. The urgency of this situation compresses the due diligence runway of deploying such capabilities from miles to feet. "Public and private organizations are rapidly expanding their use of remote communication and collaboration capabilities. "SpiderOak’s security value proposition could not be more relevant to the Federal mission space than it is right now, and I can think of no better partner than Carahsoft to expand our reach to these potential clients, ” said Mike Campanelli, Federal VP at SpiderOak Mission Systems. ![]() Under the agreement, Carahsoft will serve as SpiderOak’s Master Government Aggregator™, making the company’s secure communications solutions available through Carahsoft’s NASA Solutions for Enterprise-Wide Procurement (SEWP) V contracts and reseller partners. Congress has begun referring to as the “Outernet” through legislation.WASHINGTON and RESTON, Va., J(GLOBE NEWSWIRE) - SpiderOak Mission Systems, providers of cryptographically secure communication and collaboration products, today announced a strategic partnership with Carahsoft Technology Corp., The Trusted Government IT Solutions Provider ®, to accelerate awareness and availability of its Zero Knowledge Encryption/Distributed Ledger-based capabilities to Federal agencies and the intelligence community. The latest funding for SpiderOak will allow the company to complete on-orbit testing and achieve flight heritage of OrbitSecure 2.0 - a project intended to demonstrate end-to-end cybersecurity for the Department of Defense’s future Hybrid Space Architecture, an initiative the U.S. SpiderOak also is a portfolio company of locally managed KCRise Fund. “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,” said Beames, noting additional investment participation by Method Capital and OCA Ventures. SpiderOak - a leader in zero-trust cybersecurity solutions for next-generation civil, military and commercial space operations - on Thursday announced a $16.4M Series C round led by Empyrean Technology Solutions, a space technology platform backed by funds affiliated with Chicago-based private equity firm Madison Dearborn Partners.Īs a result of the round, the company will move its headquarters to Reston, Virginia, allowing a complete build out of SpiderOak Mission Systems’ program and engineering teams. ![]() “The Space Force and the space industry consensus is that a cyber-attack is the most likely and most damaging threat to these assets.” “Today, space-based assets are mission essential in all civil and military operations and rapidly becoming mission critical for all national and corporate infrastructure,” said Charles Beames, executive chairman of SpiderOak. A Lenexa-based company’s industry-leading technology is taking orbit with new investments that validate SpiderOak’s end-to-end cybersecurity efforts - a “mission critical” platform that reduces the attack surface of satellites and damages the ability of adversaries to jam and disrupt space communications.
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