All posts by Guest Author

Battlestar Galactica Deadlock – The Thought Provoker?

By Alex Clarke

The Bilge Pumps Crew Does NavyCon 2020 Online

The Bilge Pumps is probably best described as a laid-back meandering chat on modern naval matters with a historical perspective. It strives to unravel the context and complex detail behind headline events through interviews with those in the know, and wild speculation from those who don’t! In this circumstance therefore we are proud to admit that we are the ever so slightly zany weekly podcast brought to you by the wonderful people of CIMSEC, and three drips who should know better than to spout ship! Sign up to see for NavyCon 2020 today.

This time though, the drips are taking their passions of science fiction, naval history, and current affairs and using it all to take a voyage into the future. Come along and see if it unravels along the way!

So here it is, using the medium of Battlestar Galactica Deadlock and the Battlestar universe, The Bilge Pumps crew explore AI, robot boarding parties, digital versus analogue, flak, EMPs, and lasers.

Part 1: AI, Robot Boarding Parties & the delicacy of digital

Part 2: Flak, EMPs, and Lasers

Alex Clarke is the host of The Bilge Pumps podcast. Contact the podcast team at [email protected]

Featured Image: Battlestar Galactica Shipyards Book illustration for Eaglemoss by James Hibbert, NBC/Universal (via Artstation)

Bilge Pumps Episode 22: A Whole lot of Bilge; SBS & Ultra Long Range Gunnery

By Alex Clarke

Bilge Pumps, Episode 22. We’re being very current, almost bang up to date for Bilgepumps! No guest unfortunately, it’s just your regular crew, but we hope you will enjoy our musings on the SBS, the future of ship to ship boarding, and all the other things it sparked. However, with no guest and it being rather late in the UK and extremely early in Australia, we decided to call it a night. But it felt too short, so we added in the bonus episode we had been saving for when Navy Con (https://www.eventbrite.com/e/navycon-2020-a-tickets-125821115343) goes live…enjoy.

#Bilgepumps is still a newish series and new avenue, which may no longer boast the new car smell, in fact decidedly more of pineapple/irn bru smell with a hint of jaffa cake and the faintest whiff of cork– but we’re getting the impression it’s liked, so we’d very much like any comments, topic suggestions or ideas for artwork to be tweeted to us, the #Bilgepump crew (with #Bilgepumps), at Alex (@AC_NavalHistory), Drach (@Drachinifel), and Jamie (@Armouredcarrier). Or you can comment on our Youtube channels (listed down below).

Download Bilge Pumps Episode 22: A Whole lot of Bilge; SBS & Ultra Long Range Gunnery

Links

1. Dr. Alex Clarke’s Youtube Channel
2. Drachinifel’s Youtube Channel
3. Jamie Seidel’s Youtube Channel

Alex Clarke is the producer of The Bilge Pumps podcast.

Contact the CIMSEC podcast team at [email protected]

Creating a Global Accelerator Network to Launch the Digital Ocean

By Julie Angus and Michael D. Brasseur 

Oceans support the livelihoods of over three billion people, provide the primary source of protein for a third of the planet, and are the transportation corridor for over 90 percent of internationally traded goods. The global blue economy is expected to grow to $3 trillion by 2030. This explosive growth is fueled by exciting bluetech startups creating new technologies to increase our understanding and ultimately unleash the full potential of the oceans. In recognition of the important but yet untapped potential of the oceans, the United Nations Decade of Ocean Science for Sustainable Development will launch next year.

A digital ocean would advance our blue economy and ability to safeguard oceans in remarkable ways, providing unparalleled insights and access to some of the most remote and inhospitable places on our planet. This “Internet of Things” for the ocean would create a network from seafloor to ocean surface across millions of square miles. Leveraging advances in artificial intelligence, communications and robotics, a system of underwater, surface, and aerial drones could continuously patrol the maritime environment while powered primarily by the sun, wind, or waves. Data from advanced sensors, cameras, and acoustics transmitted in real-time would provide early warning for risks like oil spills, safeguard against illegal fishing, and detect subversive ships and submarines.

To achieve these innovative breakthroughs, we need bluetech companies, yet even those with great promise are extremely vulnerable in their early stages due to the challenges of fundraising, attracting talent, and product-market fit. But uniting global innovation ecosystems has the potential to foster and unify disruptive technologies to protect and make the most of shared resources like our oceans.

Accelerators nurture fledgling companies and shepherd them to a stage of greater resilience by providing business guidance, access to capital, connection to community, shared resources, and the support of a mentor network to grow early-stage tech companies. The number of accelerators increased tenfold in the U.S. between 2008 and 2014, and now there are more than 7,000 accelerators and incubators globally. According to a report by the Brookings Institute, the average value of U.S.-backed accelerator companies is $7.1 million, and for those that go on to secure venture funding, their valuation skyrockets to $90 million.

The innovation and capital creation that is unlocked through accelerators is impressive, but could it be better? What if we were to create a global accelerator network to turbocharge the bluetech sector and focus companies on the creation of the digital ocean?

To do this, we would need a driving force that can connect nations, bring them together, and focus them on a common goal. NATO, with its 30 allies and over $1 trillion dollars in annual defense expenditures, is well-positioned to lead this new global accelerator network toward a common goal, like the creation of the digital ocean. The seas are critical to NATO member states, with 24 being maritime nations, and the remainder within close proximity to the water. These nations have a shared need to protect their waters to ensure safety, economic prosperity, and food supply for their citizens.

In fact, the newly launched NATO Maritime Unmanned Systems Initiative (MUSI), which brings together 14 NATO Allies to accelerate the development and integration of unmanned systems into Allied navies, could lead the effort to create the digital ocean. Given just how vast our oceans are and how expensive ships, submarines, and aircraft have become, it is clear that drones above, on, and below the water will be critical in making the digital ocean a reality. Maritime drones, many of which are created by bluetech startups and powered by wind, solar, and wave energy, are relatively inexpensive to build and operate. And these drones, when networked over secure digital networks, could not only increase our understanding of the maritime domain, but also help secure it by providing a powerful deterrent to potential adversary submarines, seaborne migration, and illegal fishing.

NATO, led by the MUSI team, could use this shared focus and pooled resources to create a network of accelerators in member states, all working toward the same goal. Each country’s accelerator would harness the nation’s academic resources, business elites, technology giants, and venture capital to drive toward the digital ocean. This convergence of research, business, and venture creates an ecosystem that nations need to drive a culture of innovation and give rise to the startups needed to finally harness the ocean’s full potential. The accelerator’s impact would be leveraged beyond its borders by linking it to the network of NATO accelerators, all focused on exciting new bluetech to make the digital ocean a reality. These accelerators across nations would share assets, knowledge, and expertise creating a pool of resources that is unlike anything else we have seen in the accelerator space to drive the development of new technologies.

Uniting the fast-paced innovation ecosystem that flourishes within accelerators with the support and guidance of NATO, with its seven decades of experience and unparalleled resources, can be the driving force that unlocks the disruptive technologies we need to tackle the seemingly unsolvable problems in our oceans. A global accelerator network under the shared vision of NATO would leverage comparative advantage, creativity, and capital to win the race to create new technologies and implement them. It has the potential to be uniquely capable of focusing on challenges and opportunities that transcend borders, like our oceans, paving the way to create a digital ocean that would meet both our security and commercial needs, grow the ocean economy, advance sustainability and protect our waters.

Julie Angus is the CEO and co-founder of Open Ocean Robotics, a marine drone company that is transforming how we understand and protect our oceans. She is a leading adventurer, bestselling author, scientist and entrepreneur, who was awarded National Geographic’s Adventurer of the Year award when she became the first woman to row across the Atlantic Ocean from mainland to mainland.

Michael D. Brasseur co-founded and served as the first Director of the NATO Maritime Unmanned Systems Innovation & Coordination Cell (MUSIC^2), which is the key integrator and accelerator for the NATO MUS Initiative which aims combine the synergistic network effects offered by the most powerful global military alliance with the agility, ingenuity, and mindset of a start‐up to enhance the Alliance’s capabilities through manned/unmanned teaming. Michael has commanded two U.S. Navy warships, served on four others, and sailed the world’s oceans with friends and allies. His views are presented in a personal capacity and do not necessarily reflect those of any government or agency.

Julie and Michael both serve on the NATO Maritime Unmanned Systems Innovation Advisory Board (IAB), providing advice on how best to improve, accelerate and scale the NATO MUS Initiative. 

Featured Image: The port of Cape Town, South Africa. (Wikimedia Commons)

The Navy Should Stop Talking About the Future and Start Building It

Force Structure Perspectives Series

By Frank T. Goertner

Four years ago, the U.S. Navy began talking seriously about future fleet design. Directives were released, forums were held, studies were commissioned, roadmaps were constructed, and long-range plans were drafted – each of which called for innovation at scale and reform at speed. Six Navy Secretaries, five Defense Secretaries, four federal budgets, three elections, two Congresses, and one Chief of Naval Operations later, the Office of the Secretary of Defense finally added its voice with Battle Force 2045.

Now it is time to stop talking about the fleet’s future and start building it. This is why.

Words are Cheap 

Naval leaders have a way with words. Flag officers scrutinize them, commanders study them, selection boards interpret them, and staff officers labor over them. Hours of every Navy day are spent molding words into scrupulous emails, formulaic memos, transmittable orders, prosaic strategy documents, and immemorial PowerPoint slides. For better and worse, contemporary naval careers are about surfing words as much as making waves.

But as indispensable as they are to bureaucracy and stricture, most words are cheap, especially in the Pentagon. The shelf-life of a typical action memo or decision brief not required by a program of record or operational order is less than a year. With personnel tours rarely aligned to program requirements or project aims, it proves impossible for staff officer teams to aggregate, iterate, and advocate new ideas beyond the few overlapping months they have together.

The predominance of email and PowerPoint as standard communication mediums only makes matters worse. Once sent or briefed, the words they contain struggle to hold value amid torrents of other communications each day. Emails become guarded or siloed in personal inboxes. Slides, if saved, are uninterpretable once divorced from the briefer. And the obsession with brevity cultivated by both mediums dissuades the critical, memorable, and lengthy learning-based discourse rich topics deserve. 

On some level, the Pentagon knows this, and so does the Navy. The antidote is often thought to be strategy. It is not. 

Strategy is Fragile

When I reported to the Pentagon in 2016 for my final Navy orders, it was to a newly created “Office of Future Strategy.” Established by then-Chief of Naval Operations (CNO) Admiral John Richardson as part of his Design for Maintaining Maritime Superiority, we were a small team tasked with identifying vectors and markers to move the Navy from words to action on future fleet design. The result was an internal report, Future Fleet Design and Architecture for 2045, that set strategic design priorities and architectural attributes for a future fleet that closely match those endorsed by Defense Secretary Esper in recent weeks. That report was published three years ago.

What happened next highlights why strategy in today’s Navy is too fragile for hope. The admiral who signed the Future Fleet Design and Architecture for 2045 transferred within one week of its approval. The Office of Future Strategy lasted less than nine months beyond completion of the report. The CNO who sponsored it retired two years hence. And in the meantime, there were countless executive turnovers within the Navy staff directorates, program offices, and fleet commands on which its recommended reforms relied for execution and support.

Most of this was expected. Even in calm seas, the sprint of Navy flag officers through posts at the Pentagon, alongside the persistent tinker of senior Navy executives within service staff structures, can capsize a Navy strategy. What was unexpected was how rough the seas would become.

Adrift, roiled, crippled, struggling, unclear: each is a published descriptor of America’s naval leadership in the past three years of continuous turnover among appointed and acting Secretaries of Defense and Secretaries of the Navy, questionable fleet fires and firings, on-again off-again Navy approaches to education reform, Pentagon wrangling over naval force structure assessments, and unplanned changes in CNO accession.

It was a perfect storm to sink a fragile future fleet design. That any remnants of it survived is a testament to one thing: the future is here.

Building is Everything          

When words are cheap, strategy fragile, and the future now underway, there is only one path to enduring impact. The Navy needs to stop talking, writing, and strategizing for the future. It needs to start building it now, and it needs to build to last.

Whether the goal is 355 ships or 500 ships by 2045, those tasked to pursue it need to acknowledge that between today and mission completion stand 25 federal budgets, a dozen new Congresses, up to seven different Commanders-in-Chief, at least a half dozen CNOs, and a full generation of naval officer careers. What will it take to build a fleet to ply those waters?

First, the Navy needs to build a new Navy Staff structure (OPNAV) that biases the future over the present. This will no doubt incur risk to current operations, impact readiness, and be decried by advocates for fleet platforms that have served our nation well for decades. But a future fleet cannot be cast, shaped, and hardened from a naval staff structure built to focus on the present. The Navy needs requirements directorates, programs of record, and assessment directives aligned to future fleet goals rather than current fleet demands.

This can take several forms. OPNAV N8 and N9 can be rebuilt around future fleet mission-sets, cross-community force packages, integrated kill-chains, or networked decision loops. Which vector is chosen matters less than that it shatters stove-pipes and breaks the horizon.

Second, the Navy needs to build learning momentum. The standup of a new 3-star OPNAV N7 Directorate dedicated to warfighting concept development and education, along with the assignment of a former fleet commander to its helm, was a step in the right direction. VADM Franchetti’s nomination to move jobs less than two months after reporting was not helpful, however. Nor is the failure to replace the Navy’s Chief Learning Officer or mirror the Army Futures Command’s collaborative approach toward capability innovation that goes beyond strictly military sources of thinking. If the Navy is serious about growing into its future fleet, it needs to build leaders with tenure and partners to prove it, and staff structures whose missions can withstand rapid leadership turnover.

Third, the Navy needs to build a maritime manufacturing base for the future fleet. It is always tempting to assume that the U.S. industrial base is up to any task. But a plan to nearly double the number of hulls in the U.S. fleet and boost nuclear submarine construction by a third is no easy feat for a shipbuilding industry that has been in steady decline for several decades. There may be some solace that as ships turn autonomous, and thereby smaller, the number of private shipyards able to build and service them will expand. Yet there is less solace in the fact that autonomous ships like Sea Hunter have yet to be fielded beyond an experimental capacity, or built at scale for the weaponry needed in contested seas. There remains much to be studied on both sides of the public-private relationships that fuel U.S. sea power, and the only way to learn fast is to build and experiment fast.

Fourth, the Navy needs to build interoperability with future allied navies. Oliver Hazard Perry-class frigates, SM-3 missiles, AEGIS, MK 46/48 torpedoes, F/A-18 jets, H-60 helicopters – each is among the most enduring and cost-effective fleet platforms of recent decades. These platforms have also been popular acquisitions by U.S. allies as assurance that freedom of the seas and defense of our nations is a joint venture. This is no coincidence, as much of the U.S. Navy’s success in the Cold War and since has derived from the degree to which foreign navies were attracted to its standards. America’s is not the only allied Navy building up in NATO or sizing up future fleets in the Pacific. Combined, these forces already have over 500 blue water hulls. By 2045, they could produce over 1,000. But across international borders, tactical and technological futures should converge by design more than by chance.

Finally, the Navy needs to build civic enthusiasm for its mission and future. A 40 percent boost to the Navy’s annual shipbuilding budget is an audacious goal. The projected $27 billion shipbuilding budget request Defense Secretary Esper hinted at for 2022 is more than 40 percent what the executive branch requested for spending on education next year. That is a tall order in any year, but a towering one in a government struggling to redesign schools and reskill workforces for the digital and pandemic disruptions of our age.

As gratifying as it is to see defense leaders embrace the future fleet and the resourcing it requires, the stakeholders that really matter are the American taxpayers, voters, and representatives who must fund it. That will take a concerted effort to engage them as beneficiaries of its outcomes and missions. It will take educating and including their representatives on decisions about not just what is needed to build the fleet, but how and where it will be used and why. It may even take a bipartisan U.S. Maritime Commission, akin to the one launched in 1936, to tend to the public will of a maritime nation in distress.

All of this is to say that it is time for the Navy to stop relegating the future to words. Building the fleet of 2045 needs to become a top priority for 2020. There are not another three years, or even three months, to lose.

Frank T. Goertner, a retired U.S. Navy commander, is director for military/veteran affairs and national security programs at the University of Maryland’s Robert H. Smith School of Business. His final uniformed contribution to the Navy was as lead author of a 2017 report on Future Fleet Design and Architecture for 2045. The opinions expressed here are his alone.

Featured Image: NORTH SEA (Sept. 28, 2020) U.S. Marine Corps Capt. Chris Streicher with Marine Fighter Attack Squadron (VMFA) 211, launches from the deck of the British Royal Navy aircraft carrier HMS Queen Elizabeth (R08) armed with a Gun Pod Unit (GPU) – 9/A, at sea, September 28, 2020. (U.S. Marine Corps photo by 1st Lt. Zachary Bodner)