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Lucie Liversain EN
π Geopolitics

“In the absence of an army, Europe will have to cooperate”

Lucie Liversain_1
Lucie Liversain
PhD student at I³-CRG* at Ecole Polytechnique (IP Paris)
Key takeaways
  • The technological complexity of military capabilities contributes to the increasing cost of armament programmes: faced with budgetary constraints, it is increasingly difficult to maintain an army with full-spectrum capabilities.
  • For medium-sized powers such as France and the UK, maintaining their military capabilities has been a cooperative process for a number of decades.
  • However, major programmes conducted between allied states and involving large industrial companies are complex to implement and the distribution of project management between partners reinforces a prescriptive approach to the detriment of innovation.
  • Faced with the emergence of New Space and dominant private players in certain AI, cloud and other technologies, cooperation is expanding to include a nebulous number of new players.
  • These European innovation ecosystems still seem to be missing a “ringmaster”, like the DARPA in the United States.

Recent events in Ukraine have brought the issue of defence to the fore­front in Europe. Full autonomy in this area pre­sup­poses an army with full-spec­trum cap­ab­il­it­ies. Mean­while, the USA and China have the means to fin­ance this, whilst at the same time devel­op­ing the full range of defence tech­no­lo­gies, the issue is dif­fer­ent for smal­ler states, includ­ing medi­um-sized powers such as the UK and France, which have retained their ambi­tions in this area.

The financial challenge

The debate, tra­di­tion­ally held at a par­lia­ment­ary level, is hampered by the severe budget­ary con­straints that lie ahead. In France, a recent report by the Court of Aud­it­ors high­lights the need to make trade-offs in order to avoid across-the-board budget cuts that would impair over­all per­form­ance. Instead, invest­ments should be made in those cap­ab­il­it­ies deemed cru­cial (such as cer­tain major pro­grammes for the Air Force and the Navy, intel­li­gence, cyber defence, or space), and European and NATO cooper­a­tion should be encour­aged for the rest.

With­in the frame­work of NATO, one option favoured by many European coun­tries is the off-the-shelf pur­chase of Amer­ic­an equip­ment. How­ever, such pur­chases are not without stra­tegic con­sequences, since the use of such equip­ment is partly reg­u­lated by the United States, which has spe­cif­ic reg­u­la­tions (Inter­na­tion­al Traffic in Arms Reg­u­la­tions, ITAR) to con­trol the man­u­fac­ture, sale and dis­tri­bu­tion of defence and space-related objects and ser­vices. For instance, the urgent acquis­i­tion of Reap­er UAVs by the French armed forces to make up for a short­fall in MALE UAVs, which is par­tic­u­larly neces­sary in the Sahel theatres of oper­a­tion, was only pos­sible by accept­ing one of the con­di­tions imposed by the Amer­ic­an side: the United States’ right of veto on the use of UAVs in operations.

This is why a num­ber of European coun­tries, led by France, are push­ing the idea of “stra­tegic autonomy”, which includes cooper­at­ive weapons programmes.

Working towards European autonomy

But on what scale should this be imple­men­ted: for the EU as a whole, or simply between a few coun­tries? The cre­ation of the European Defence Fund in 2020 rep­res­en­ted a sig­ni­fic­ant step for­ward in European cooper­a­tion on secur­ity and defence issues. But it also high­lights the dif­fi­culties: its cre­ation was heav­ily debated, both on the size of the envel­ope and on its very exist­ence. Dur­ing the nego­ti­ations, at the instig­a­tion of the Finnish Pres­id­ency, its appro­pri­ations were reduced from €13bn to €7bn. Nev­er­the­less, this fund con­firms the will of Europeans to sup­port the con­struc­tion of a coher­ent cap­ab­il­ity, which is essen­tial to meet the “ITAR-free” object­ive1 of European stra­tegic autonomy.

The design of mil­it­ary equip­ment is a com­plex mat­ter and, even between close allies used to work­ing togeth­er, cooper­a­tion is not at all straight­for­ward: armies’ doc­trines of use may dif­fer, and indus­tri­al play­ers are caught up in the logic of “coo­peti­tion”. The devel­op­ment of new cap­ab­il­it­ies via a pro­ject man­age­ment sys­tem shared between sev­er­al European coun­tries also comes up against ten­sions between the short term and the long term, bear­ing in mind that arma­ments pro­grammes often run over one or more dec­ades. A recent example is the Future Air Com­bat Sys­tem (SCAF), a cooper­a­tion between France, Ger­many, and Spain. This pro­gramme came under pres­sure when, wor­ried about the crisis in Ukraine, Ger­many decided to increase its defence budget sig­ni­fic­antly but opted to acquire the F‑35; at the same time the French, as is often the case, put for­ward their ambi­tions in terms of their stra­tegic cap­ab­il­it­ies, as can be seen from Dassault Avi­ation’s state­ments high­light­ing its « capa­city to take on the pro­gramme alone ».

Technological needs 

Aside from these polit­ic­al dif­fi­culties, there are oth­ers that are more subtle but no less import­ant. The main one con­cerns design, which is some­times made more rigid and less innov­at­ive by cooper­a­tion. Indeed, the dis­tri­bu­tion of pro­ject man­age­ment between part­ners who know little about each oth­er rein­forces the pre­script­ive aspect, which often goes against the integ­ra­tion of tech­no­lo­gic­al innovations.

It is with­in this con­text that the notion of an eco­sys­tem, which has been pushed for­ward in par­tic­u­lar with the cre­ation of the European Defence Fund, is inter­est­ing to explore. Cooper­a­tion no longer takes place on a polit­ic­al basis imposed by states, but based on aligned busi­ness strategies and com­ple­ment­ary skills. Among the suc­cess factors of these eco­sys­tems, which are more flex­ible than the defence indus­tri­al and tech­no­lo­gic­al bases (DITB), is the inter­ac­tion between tra­di­tion­al defence play­ers and new civil­ian play­ers who have inves­ted heav­ily in gen­er­ic tech­no­lo­gies such as AI, cyber, etc. such as those which can be observed in “New Space”, they hold the prom­ise of a faster adop­tion of new tech­no­lo­gies, but also of an easi­er return of the dividends of the defence invest­ment in the civil­ian fields.

Nev­er­the­less, the ques­tion arises as to wheth­er the strategy and the resources alloc­ated will enable the emer­gence of cham­pi­ons cap­able of impos­ing them­selves bey­ond the bor­ders of the Uni­on, and not just of cre­at­ing short-term indus­tri­al cooper­a­tion. To achieve this, the mech­an­isms for link­ing research to devel­op­ment and a strong polit­ic­al will to encour­age the most prom­ising play­ers, based on a DARPA (Defense Advanced Research Pro­jects Agency) mod­el, are needed.

Bey­ond fund­ing, the Amer­ic­an example high­lights the prob­lem of struc­tur­ing an innov­a­tion eco­sys­tem and the abil­ity of play­ers, par­tic­u­larly the state, to lift bur­eau­crat­ic bar­ri­ers to bring about innovation.

Working together

There are many ini­ti­at­ives to ration­al­ise and encour­age European cooper­a­tion: joint equip­ment pro­cure­ment pro­ced­ures, such as the Franco-Bel­gian CaMo part­ner­ship; joint oper­a­tion­al exper­i­ments to align NATO/EU require­ments, such as the Tak­uba task force; or cooper­a­tion through­out the life cycle of equip­ment, such as the BeNeS­am agree­ment between Bel­gi­um and the Neth­er­lands on the main­ten­ance of frig­ates and mar­ine fighters.

How­ever, an essen­tial ele­ment still seems to be miss­ing with­in these European innov­a­tion eco­sys­tems: that of a lead­er, cap­able not of dir­ect­ing the eco­sys­tem like a “plat­form lead­er” but rather of doing what Elie Cohen calls in his latest book on Indus­tri­al Sov­er­eignty “accom­pa­ny­ing from the bot­tom up”.

Giv­en the absence, for the time being, of a lead­er with­in the EU, the ques­tion arises as to wheth­er cer­tain more agile nation­al play­ers cap­able of play­ing a facil­it­at­ing role might not be able to ful­fil this func­tion. In France, this could be the Defence Innov­a­tion Agency: it con­trib­utes to the orches­tra­tion of defence innov­a­tion by pos­i­tion­ing itself as an inter­me­di­ary between the explor­a­tion and devel­op­ment phases, by bring­ing investors closer to pro­ject lead­ers, by sup­port­ing the sim­pli­fic­a­tion of acquis­i­tion pro­ced­ures, and by detect­ing and cap­tur­ing innov­a­tions from the civil­ian world for mil­it­ary use.

A large part of the chal­lenge for European stra­tegic autonomy there­fore lies in the devel­op­ment of new col­lab­or­a­tions between states and indus­tri­al start-ups: this requires European states to provide indus­tri­al start-ups with the means, both fin­an­cial and in terms of sim­pli­fied access to mil­it­ary acquis­i­tions, to devel­op innov­at­ive and dis­rupt­ive solu­tions for defence.

1Inter­na­tion­al Traffic in Arms Reg­u­la­tions. US reg­u­la­tions that con­trol the man­u­fac­ture, sale and dis­tri­bu­tion of defence and space related items and ser­vices.

Contributors

Lucie Liversain_1

Lucie Liversain

PhD student at I³-CRG* at Ecole Polytechnique (IP Paris)

Lucie Liversain is a PhD student at Ecole Polytechnique's Centre de recherche en gestion (I³-CRG*). Her work in collaboration with the Centre Interdisciplinaire des Études pour la Défense et la Sécurité (CIEDS) has led her to delve into the heart of the problems of integrating innovation into armament operations.

*I³-CRG: a joint research unit of CNRS, École Polytechnique - Institut Polytechnique de Paris, Télécom Paris, Mines ParisTech

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