Locus Lock

The Drone Dominance Program (#DDP) is moving quickly to get critical capabilities into the hands of the warfighter, with significant production volumes planned for 2027. With initial orders of ~400-500 drones per vendor, followed by potential production awards totaling 60k drones in 2027, UAS manufacturers and their suppliers need to be preparing for this scale now. Locus Lock's Leo200 software-defined GNSS receiver is commercially available today, and we're ready to support both initial evaluation quantities and larger production orders. Leo200 is designed for autonomous platforms operating in contested and degraded GNSS environments, offering: - Multi-frequency, multi-constellation GNSS - Anti-jam and anti-spoof capabilities - Fused GNSS/inertial navigation - Low-SWaP architecture leveraging existing onboard edge compute - Software-defined architecture with new capabilities and threat mitigations delivered through software updates We're already working with defense and autonomous systems manufacturers to integrate our GNSS technology across UAS and other platforms. If you're competing in DDP, now is the time to evaluate your GNSS receiver, complete integration testing, and start planning production quantities. For teams that have already completed evaluation, now is the time to place larger production orders and secure delivery schedules ahead of the 2027 ramp. With initial DDP deliveries targeted for February 2027 and larger production deliveries by fall 2027, early coordination with suppliers will be critical to meeting these milestones. Leo200 is available to configure and purchase directly through our website: https://lnkd.in/gkT7zM72 For larger orders or production planning, reach out to our team directly. #DroneDominance #DDP #GNSS #UAS #AssuredPNT

Locus Lock's Leo200 software-defined GNSS receiver is officially available for purchase! Two weeks ago, we introduced Leo200 and gave engineering teams an early look at the technology. Today, we're opening up direct purchasing. You can now configure and order Leo200 directly through our website, with options for software licensing, RF front-end configuration, and compute hardware. We're excited to make it easier for aerospace, defense, and autonomous systems teams to get their hands on our technology and begin evaluating it on their own platforms. Explore & purchase here: https://lnkd.in/g4sPYcVe #GNSS #ResilientPNT #Aerospace #DefenseTech Locus Lock

Super excited to share this today - the Locus Lock new website is live, giving aerospace and defense teams a closer look at Leo200 ahead of the full launch in October 2026. We’ve opened up more of the technical information: software-defined GNSS architecture, anti-jam and anti-spoof resilience, field testing, specifications, and integration options. The goal is to help engineering teams understand how the technology works and what they’d want to evaluate on their own platforms before the kit becomes available. I’ve been looking forward to giving teams a closer look at what we’ve been testing and where Leo200 could fit into their systems. Take a look: https://locuslock.com #GNSS #ResilientPNT #Aerospace #DefenseTech #LocusLock

Welcome to the IQT portfolio: Locus Lock More platforms across air, ground, maritime, and space depend on precise positioning, just as jamming and spoofing are becoming cheaper, more common, and more sophisticated. Locus Lock moves advanced Global Navigation Satellite System (GNSS) signal processing off specialized hardware and into software running on general-purpose compute, so positioning capabilities can be updated as quickly as threats, missions, and platforms change, without waiting on multi-year hardware redesigns. The technology has already been field-tested in real-world radio frequency environments and is being integrated across aerospace, defense, and autonomous systems. Next month, the team launches Leo200, its new software-defined GNSS receiver platform, starting with an Evaluation Kit that lets engineers test it in their own systems. Read the full press release: https://lnkd.in/e9-tWZhd #IQT #GlobalSecurityInvesting #IQTInvests #LocusLock #GNSS #Autonomy

Software-Defined GPS Receiver Developer Locus Lock In Strategic Funding Round - Defense Daily https://lnkd.in/eVa9PEM5

We started Locus Lock to put better positioning technology in the hands of engineers building the next generation of autonomous systems. Now, we’re making it easier to get your hands on it. This October, we’re launching Leo200, our software-defined GNSS Evaluation Kit, built to give aerospace, defense, GNC, and autonomy engineers a straightforward way to evaluate and integrate Locus Lock on their own platforms. We’re also announcing funding from Range Ventures, IQT, Backswing Ventures, Aurelia Foundry, Techstars, Golden Seeds, Creations VC, POV Ventures and others to support that mission and the broader deployment of our technology. We’ve spent the last several years building alongside some incredible engineering teams and Leo200 is about expanding to many more. More engineers. More platforms. Better tools for building resilient positioning across air, ground, maritime and space. Built by engineers, for engineers. Read more about the announcement here:  https://lnkd.in/gbjPpbe2 The Leo200 waitlist is now open for early access: www.locuslock.com   #GNSS #PNT #ResilientPNT #Autonomy #DefenseTech

I’ll be speaking today at Colorado Startup Week! Join me and three other founders across EdTech (MagicSchool AI), Aerospace & Defense (Locus Lock), Mining (Aquarry), and BioTech (Codebreaker Labs) to talk about building a company here in Colorado, moderated by Taylor Hurst from Konvoy. Today 9/16 from 2 - 3 pm MT Colorado Startup Week HQ, 930 15th Street, 12th Floor, Denver Sign up here: https://lnkd.in/gWQy5x8R See you there! #Colorado #StartupWeek #Founder

At Locus Lock, we’ve spent the last couple of years building, field testing, and iterating on our software-defined GNSS receiver. Over the coming weeks, we’ll be unveiling what we’ve built. Before we do, I wanted to share a little about why we’re building it in the first place. GNSS is increasingly operating in environments shaped by jamming, spoofing, and interference. Those threats are constantly evolving. We believe the future of GNSS positioning is software-defined. Much of the critical signal processing in GNSS receivers has traditionally been tied to specialized hardware. Locus Lock moves that processing into software running on edge compute already deployed on the platform. For engineers, that means new capabilities and threat mitigations can be deployed through software as operating environments evolve, while still delivering precise PNT in challenging RF environments. We’ve spent the last couple of years proving that approach outside the lab - working with leading aerospace and defense teams and testing against real-world jamming and spoofing, at high dynamics, and in challenging signal environments through US DoW programs and active operational deployments. Over the coming weeks, we’ll start sharing more of that work: the engineering, the field testing, and the products we’ve built around it. RF threats evolve at software speed. GNSS receivers should too. #GNSS #PNT #ResilientPNT #SoftwareDefined #DefenseTech

Locus Lock is hiring! We’re looking for a Government Strategy & Capture Lead to help define how our technology reaches the aerospace & defense market. This role is about figuring out where we should invest, building the right relationships, and creating opportunities (not just pursuing them). If that sounds fun to you (or someone you know)... please apply below! #Hiring #Aerospace #Defense #NationalSecurity #PNT #Colorado

Locus Lock is hiring!! Come join the team! We’re looking for an PNT Software Test Engineer who gets excited about catching bugs, building automation, and making software releases boring (in the best way possible). If that sounds like your kind of engineering, apply below! #Hiring #SoftwareTesting #GNSS #PNT #Colorado