Add Row
Add Element

Add Element
Moss Point Gulf Coast Tech
update

Gulf Coast Tech

update
Add Element
  • Home
  • About
  • Categories
    • Tech News
    • Trending News
    • Tomorrow Tech
    • Disruption
    • Case Study
    • Infographic
    • Insurance
    • Shipbuilding
    • Technology
    • Final Expense
    • Expert Interview
    • Expert Comment
    • Shipyard Employee
  • Mississippio
July 16.2025
3 Minutes Read

Revolutionizing Maritime Operations: Stratom’s DORI Secures SBIR Funding for Autonomous Refueling System

Modern naval vessel featuring advanced technology in ocean.

Stratom Secures Funding for Next-Level Naval Refuelling Technology

On July 16, 2025, Stratom, an innovative developer specializing in autonomous systems, announced it has secured a Phase I contract under the U.S. Navy's Small Business Innovation Research (SBIR) program. This pivotal funding will support the development of a groundbreaking autonomous refuelling system tailored for uncrewed surface vessels (USVs). With this move, Stratom aims to optimize naval operations, pushing the boundaries of current military practices towards a more autonomous future.

What is DORI?

The centerpiece of Stratom's initiative is its Deployable Onboard Refuelling Interface (DORI), a system designed to facilitate seamless fuelling operations without human intervention. DORI brings numerous advantages, including:

  • Automation of Refuelling: The system incorporates a sophisticated hose retrieval mechanism and perception sensors that allow for environmental awareness, critical to naval missions.
  • Operational Safety: The automated quick release coupling feature ensures safety during emergencies, allowing for rapid disconnection when needed.
  • Increased Range & Flexibility: Autonomous refuelling enables USVs to operate over extended distances, thus enhancing mission capabilities in various operational theatres.

Transforming Maritime Operations

According to Mark Gordon, Stratom’s CEO, this initiative isn’t simply about military advancements; it foreshadows a new era in maritime logistics and operations. "Autonomous refuelling is truly a force multiplier — and the next step toward a fully autonomous maritime force," he remarked, highlighting DORI's potential to keep uncrewed vessels on missions longer while minimizing the need for vulnerable crewed interventions.

Broader Implications in Commercial Shipping

While the military application is compelling, Stratom foresees opportunities in commercial shipping, particularly with ship-to-ship (STS) bunkering. This method of fuelling will become increasingly important to alleviate congestion in busy ports, making operations safer and more cost-efficient. The transition from military to commercial sectors exemplifies how advanced technology can streamline processes across industries, benefiting those involved.

Enhanced Safety and Efficiency

The DORI initiative promises not just operational benefits, but also crucial improvements in safety and labor management. Stratom’s RAPID platform has already demonstrated how automating refuelling can:

  • Improve Operational Availability: By reducing downtime related to refuelling operations, vessels can spend more time actively engaged in missions.
  • Decrease Labor Requirements: Automation reduces the human workforce needed for these processes, allowing for reallocation of personnel to more critical tasks.
  • Strengthen Safety Protocols: Improved technology reduces human error risks, a major contributor to operational hazards in maritime environments.

The Road Ahead: Innovations in Naval Tech

This funding marks just the beginning for Stratom as they embark on critical phases of prototype development and trade studies to confirm the technical viability of DORI's automated reel mechanism. As advancements in technology continue, naval authorities and technology enthusiasts must pay close attention to the innovations emerging in military tech, particularly as they transition to other industries.

Takeaway: The Future of Autonomous Operations

The upcoming advancements represented by Stratom's DORI system pave the way for a future where maritime logistics are redefined by technology. Stakeholders in both the naval and commercial shipping sectors will want to stay informed about these developments and consider how emerging innovations can be integrated into their operations for enhanced efficiency, safety, and operational range.

Technology

0 Comments

Write A Comment

*
*
Related Posts All Posts
01.18.2026

Discover the Future of Innovation: Apple's New MacBook Pro Release

Update A Revolutionary Leap in Performance: The New MacBook Pro Apple has often been synonymous with innovation, and the upcoming release of the new MacBook Pro models powered by the M5 Pro and M5 Max chips promises to continue that legacy. With single-core CPU gains of 13% and impressive multi-core improvements of 22%, these chips are set to redefine performance in the laptop market. The new technology not only enhances speed but also transforms how users interact with AI and other advanced features. Understanding the Impact of the M5 Chip The M5 chip brings significant upgrades, particularly in graphics performance, potentially rivalling GPUs like the GeForce RTX 4070. If Apple succeeds in achieving scores over 250,000 on benchmarks like Geekbench 6, the M5 Max will represent a substantial leap forward for creative professionals and gamers alike. This transformation is crucial for those in industries ranging from healthcare to finance, where speed and efficiency are paramount. Flexibility and Customization: Tailoring to User Needs Another exciting possibility with the M5 Pro and M5 Max chips is the introduction of more flexible configurations. Apple may allow users to customize CPU and GPU configurations based on their specific needs, made possible by innovative packaging technology that links separate CPU and GPU areas. This level of customization could be a game-changer in driving efficiency for professionals who require tailored computing power for unique tasks. Balancing Power with Sustainability In today's world, sustainability is more than just a buzzword; it’s a necessity. Apple’s commitment to reducing carbon footprints through environmentally sustainable practices is commendable. The new MacBook Pro, engineered with up to 45% recycled materials, is a testament to Apple's ongoing journey to minimize its environmental impact while delivering groundbreaking technology. Enhancing the User Experience The upcoming models will not only pack advanced hardware but also leverage macOS Tahoe, enhancing productivity with user-friendly features designed for professionals. From text-to-image generation to advanced AI workflows, the MacBook Pro is poised to be a must-have for professional users seeking efficiency and effectiveness in their tasks. Embrace the Future: Why You Should Care For mid-to-senior professionals in healthcare, finance, and tech, understanding the capabilities of tools like the new MacBook Pro can lead to significant business transformations. Whether it's enhancing productivity, analyzing data, or simply elevating creativity, investing in the right technology today can pave the way for unprecedented results in the workplace. Are you ready to explore the next generation of Apple technology? Whether you’re considering an upgrade or simply want to stay informed about the latest advancements, follow the updates on Apple products and immerse yourself in the forefront of innovation!

01.17.2026

Soaring Electricity Costs Turn Into Key Political Battlefield Amidst Growing Discontent

Update Soaring Electricity Costs: A Growing Political Concern As electricity prices continue to surge across the United States, the issue has quickly transformed from a mere financial burden into a potent political weapon. With utility bills climbing due to a multitude of factors including an aging power grid, increasing demand, and environmental policies, candidates in upcoming elections are scrambling to address public concern. Why Are Electricity Costs Rising? The U.S. Energy Information Administration reports that residential electricity prices have increased by more than 23% since 2020. Factors contributing to this significant rise include: Aging Infrastructure: Much of the U.S. power grid is outdated and strained, making it less efficient and more prone to outages. Increased Demand: The explosion of data centers—where artificial intelligence thrives—has resulted in a massive spike in electricity consumption. These centers can consume energy that would otherwise power hundreds of thousands of homes. Severe Weather: Climate change continues to prompt extreme weather events, further straining our already crumbling infrastructure. As a result, three in four Americans are now very concerned about rising utility bills, a sentiment that is only expected to intensify in the lead-up to the elections. Political Repercussions In light of rising electricity costs, political campaigns are responding aggressively. In states like New Jersey and Virginia, candidates are positioning themselves on utility costs as a core aspect of their platforms. For instance, New Jersey gubernatorial candidate Mikie Sherrill has made it clear that she will declare a state of emergency regarding utility costs if elected, while her opponent has proposed expanding energy generation capacities. On the Republican side, the narrative often shifts blame for rising costs toward previous administrations, claiming their policies have exacerbated the problem. Conversely, Democrats are calling for increased investment in clean energy solutions as a path forward. What Lies Ahead? Looking forward, the trajectory of electricity prices suggests continued challenges. With predictions that electricity generation capacities could fall significantly by 2035, both consumers and policymakers face a complex landscape. The ongoing debates about clean versus fossil energy highlight the tension between immediate affordability needs and long-term sustainability goals. This juxtaposition creates a unique opportunity for voters to reconsider their priorities and demands from their elected leaders. As candidates navigate this issue, their responses will likely play a pivotal role in shaping the political landscape going into the future. Choosing Action Amidst these developments, it's crucial for citizens to stay engaged with energy-related policies and advocate for solutions that balance economic viability with sustainable practices. Understanding the foundational issues behind rising electricity costs—including political accountability, energy dependence, and technological advancements—can empower voters to make informed decisions. The conversations surrounding energy costs are not merely economic—they hold the potential to reshape entire communities and environmental policies for generations to come.

01.17.2026

Archerfish Can Recognize Human Faces: A Fascinating Insight for Professionals

Update An Unlikely Breakthrough: Archerfish with a Unique Talent In a fascinating finding published by researchers at the University of Oxford and the University of Queensland, archerfish have demonstrated the remarkable ability to recognize human faces. This ability is particularly intriguing considering that fish are not evolutionarily primed to process human facial recognition, as their brains lack the neocortex, a region associated with complex cognitive functions in higher animals. The Science Behind Facial Recognition The research reveals that archerfish can learn to distinguish between human faces with a commendable accuracy of 81% to 86%. This is no small feat given that recognizing human faces involves discerning subtle differences among features that all share similar components. Dr. Cait Newport, the lead author of the study, explains that archerfish employ a form of visual learning that allows them to pick out familiar faces from a pool of others using their unique skills. The Experiment: Training the Archerfish During the study, these tropical fish, known for their impressive capability of spitting jets of water at prey, were presented with images of human faces displayed on a screen above their aquariums. After training to recognize a specific face, they were tested against a set of new ones. Remarkably, they maintained their accuracy even when visual cues like color and head shape were controlled to eliminate external features. Broader Implications of This Discovery The findings have stirred debates within the scientific community regarding the nature of facial recognition. Traditionally, scientists believed that such complex recognition abilities were predominantly limited to species with highly developed brains. However, the success of archerfish challenges this perception, suggesting that even creatures with simpler neural architectures can exhibit sophisticated pattern recognition capabilities. Expert Perspectives on the Study's Relevance Dr. Newport emphasizes the study’s implications are more than just a quirky fact about fish. As archerfish demonstrate this ability without the evolutionary background that shaped humans’ face recognition abilities, it invites further exploration into the cognitive capabilities of other species. Understanding these mechanisms could lead to enriched insight into animal behavior and cognition. Potential Applications in Technology and Innovation With technology constantly evolving, insights from the archerfish study could influence fields such as robotics and AI. The ability to process complex visual patterns could enhance the design of resilient algorithms in artificial intelligence, making them capable of processing visual information more like these fish. This form of innovation can potentially disrupt industries by providing smarter solutions to everyday tasks. Future Trends and Opportunities in Research As research progresses, the implications of such discoveries are profound. The exploration of facial recognition in various species, from birds to archerfish, can open new avenues in ecological studies and innovations in tech. Such findings may redefine our understanding of cooperation across species and inspire novel technologies, giving rise to smarter solutions based on insights drawn from nature. In conclusion, the archerfish’s unexpected ability to recognize human faces exemplifies the extraordinary intelligence present within the natural world. As we continue to unravel these complexities, we can glean insights that may not only affect scientific understanding but also inspire significant technological transformations.

Terms of Service

Privacy Policy

Core Modal Title

Sorry, no results found

You Might Find These Articles Interesting

T
Please Check Your Email
We Will Be Following Up Shortly
*
*
*