There are a lot of reasons why the US struggled to adopt the new drone revolution. Some of these have to do with capacity: budget, cybersecurity restrictions, supply chain considerations. But most of them won't be fixed with a memo. Thread below to understand why.
1) For years, small drones weren't a priority for the armed services. The AF prefers strategic drones controlled by the AF; the Navy struggled to find a mission for drones; the Marines are limited by what the Navy buys; the Army isn't sure it wants the wars these drones enable.
2) The Biden Administration often fought the services to keep drone programs funded. The Replicator program was at the OSD level and DIU, a joint office, was often given money straight from Congress as a stop-gap until the services decided to fund programs of record.
3) One of the problems those efforts had was that, when the services did build requirements for small drone programs, they wanted so much out of them that the programs were doomed to fail. Check out minute 40 episode 6 of The Hand Behind Unmanned podcast
4) DIB capacity follows DOD demand. The DIB will not respond with production investment until small drone programs exist in armed service budget lines for procurement as well as operation & maintenance (as opposed to just research and development).
5) There are new companies, funded by venture capital, that are investing their own research & development ahead of these official requirements. Companies like Anduril have close connections with the Trump Administration & are making big bets that the budget lines are coming.
6) Let's say the memo forces armed services to allocate more funding to small drones, that the DIB is nimble & aggressive, & that policies that restricted acquisition due to supply chain, cybersecurity, or other concerns disappear. Is that enough to make the US a drone leader?
7) Probably not. The most impactful innovation stems from clear strategic priorities. Who are we willing to fight? Over what? At what stakes? The drone war in Ukraine, an entrenched war of attrition, is not the type of war the US has fought since the all volunteer force.
8) Meanwhile, the Israeli use of drones as part and parcel of manned-unmanned offensives (like the one against Iran) had extraordinary tactical success, but struggles to achieve strategic victory. Nor has the tit-for-tat of drone volleys between Russia & Ukraine led to victory.
9) The US can't copy-paste the Ukrainian or Israeli drone revolution, nor can the DOD just fund more drones & get the right weapons for the American way of war. From OSD, the DOD needs a clear strategy that articulates what the US is willing to fight for and in what ways.
10) It also needs Congressional reform that gives more money & authority to combatant ccs. It needs room for experimentation from bottom-up & processes to scale & standardize successful experimentation. These are not innovation units; but combat units empowered to innovate.
11) And it probably needs leaders that extend beyond a 4 year political appointee term. Military leaders that successfully shepherded emerging technology into armed budgets included Schriever and Rickover, who both had extended terms protected by Congress.
We talk about this extensively in our podcast, check out episode 7 for insights on the US contemporary drone innovation, featuring @paul_scharre, Mike Brown, @StaciePettyjohn, @KofmanMichael, Andrew Krepinevich, Ben Jensen, & others!
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Today at Hoover’s DC office I am excited we introduce the Hoover Wargaming & Crisis Simulation Initiative- an open source data-focused bridge between traditional wargaming & academia. hoover.org/research-teams…
The initiative has 3 pillars: run wargames, expand the wargaming community, & host a collection of data & games in @HooverArchives. The goal is to is to advance wargames, simulations, and their data as analytic tools & learning resources for academia, policy, and industry.
Centerpiece is a publicly accessible digital wargame repository @HooverArchives. The archive is searchable across substantive & methodological terms, hosts materials & data for evaluation, replication, & testing; & provides classroom games. Beta link here digitalcollections2.hoover.org/browse/collect…
There is, once again, a lot of buzz about China-Taiwan-US wargames. In the most recent @CSIS report, researchers conclude that Taiwan & the US can beat out China, but at a high cost to all countries involved. csis.org/events/report-…
This report comes on the heels of other publicly conducted Taiwan scenario wargames. A @CNASdc game led by @StaciePettyjohn & @becca_wasser found, similarly, that a US-Taiwan alliance could thwart a Chinese invasion, but at a protracted & deadly cost. cnas.org/publications/r…
Meanwhile, wargames, conducted by the military, but released for public consumption, have warned that the US must buy new weapons (like the AF's pet sixth gen fighter) if it hopes to fend off a Chinese invasion of Taiwan. @ValerieInsinna defensenews.com/training-sim/2…
I study technology & war--how tech affects war initiation, how wars are fought, & ultimately who wins wars. From this research, I have a few thoughts about the ultimate outcome of Russia's war against Ukraine & how the US might help Ukraine persevere against a much larger foe.
As part of this research, @jumacdo & I looked across military revolutions & RMAs to understand what technological characteristics lead to strategic (vice operational) victories; ie not who wins the battles, but instead who wins the wars. papers.ssrn.com/sol3/papers.cf…
We find that characteristics that provide operational advantage—lethality, range, maneuver, precision—rarely create long term advantages for states. Instead, when tech has truly revolutionary effects on war outcomes, it is because it decreases economic/political cost of warfare.
Yesterday we dunked on the Army after a series of ridiculous comments at #AUSA2021 about Army's role in great power (sorry strategic) competition. That was fun, but seriously let's talk about why the Army still matters in a China scenario & why we don't like talking about it🧵
1. We often envisage a fight over Taiwan as a high tech battle of missile volleys, surface/subsurface engagements, anti-satellite launches, long range air to air engagements, and cyber attacks as the US & China struggle to limit escalation to mainland strikes or nuclear attacks.
2. I think this vision of conflict is likely. But its just the beginning. In order for China to assert control over Taiwan it needs to not only beat aircraft, submarines, surface ships, & missiles; it also needs to take & control the island (i.e. boots on the ground).
Those things are 16 infrastructure sectors, ranging from concert venues to federal buildings to wastewater plants & pipelines (& thousands of other things in between). Fundamentally, I think what we want is for state-sponsored cyber attacks against civilians to be off limits.
But it becomes more complicated when these "civilian" infrastructures are entangled w/military or regime--shared power grids, commercial data services, transportation, finance. This makes norms about state sponsored cyber attacks against civilian tgts difficult to implement.
As it stands, we are both asking too much (restraint against 16 critical infrastructures) and not expecting enough (seriously, do we think its ever ok for a state to launch campaigns targeting civilians for foreign policy objectives?).
My first thoughts on the strategic impact of Solar Winds: this is appears to be a large infiltration of networks that contain important information about US government operations. This could be a huge intelligence loss for the US with long term implications for national security
As of yet, no released evidence that hack led to disruptions, deletions, or manipulations of data (still waiting here). Unclear whether this was restraint by (presumable) Russian actors, lack of opportunity, or a combination of both, i.e. intel benefit outweighed attack benefit.
Lessons learned: 1) there is a proliferation of private & public US actors that have the capability and willingness to attribute. Attribution may become less of a political decision as these private attribution actors become more influential & capable.