Full transcript
0:00Hello everyone.
0:02I will present
0:03global case competition
0:0622 six operation closed.
0:09My name is Ziad and my colleague
0:12Laith
0:13and Hussein Al-Yazeed is uh
0:16not here unfortunately.
0:19We are from Effat University
0:21in Jeddah,
0:23Saudi Arabia.
0:25Uh I will present
0:27problem and uh
0:30question one and two and
0:32Laith will uh
0:35answer for question three and four and
0:37five.
0:39Uh next slide.
0:44Uh
0:44here we have uh
0:46close from Hormuz and this effect our
0:52this uh
0:53will uh
0:55transfer 142
1:00.9 million cargo ton.
1:03And
1:04uh insurance
1:06increase 400% from for this problem, the
1:11war and uh
1:13close of Hormuz.
1:15And we have
1:17baseline is 10,000 uh
1:20per day.
1:23And
1:24uh we will talk all this number in the
1:27next slide.
1:31Uh we have
1:33triple shock.
1:34The first shock is ghost fleet.
1:37It happened in port, cyber,
1:42and e-war,
1:44uh electronic electronic war, jamming,
1:47and uh
1:48etc. 14% port
1:52current fire foreign war frozen.
1:56And this will affect in
1:59the 10,000.
2:01We have it.
2:02And
2:03GPS and AIS certified across
2:08Convi.
2:09It will
2:11It have a problem with the ship and the
2:15truck.
2:17And it will increase the
2:20the time of
2:23this and it will affect in the 10,000.
2:27No.
2:28And
2:29shook two energy wobbles
2:33decrease for
2:34400 to 1,000.
2:37400 to 4,200 MW.
2:41And
2:43this loss in electric it will affect in
2:48the board and we have a
2:51solve it by renewable energy.
2:55And shook three
2:57is silicon carton.
3:00It's 55% cargo volume is Western and 16%
3:04core network. It's East Asian. The next
3:10slide we will talk about it.
3:12Cyber physical shielding is for
3:16the
3:18cyber the hacker.
3:20We will do
3:22ground
3:24basis LORAN C and RTK. We will build
3:31LORAN C.
3:33And this is the solution for the GPS and
3:37AIS. The communication between ship and
3:41truck.
3:42And HSM is for a private
3:47graphic to make the communication safe
3:50and
3:51not hack.
3:53And manual uh full back reflash.
3:57We have uh
3:59hacking in 14%.
4:02We will
4:05do reflash to recover and
4:09make it make it
4:11100%.
4:13Uh
4:14next slide, please.
4:17Uh
4:18this is the equation
4:21for uh
4:23uh baseline output.
4:26Uh first we have 10,000.
4:29And after the
4:31cyber shock, we have
4:34decreased 14%. This is equal 6,000 and
4:38we have another
4:41problem is
4:43e-war, electronic war, and
4:47firmware
4:48jamming and like this.
4:50Uh
4:51it make it from
4:5414
4:55to 58 hours. This will affect in this
5:00equation. We have uh
5:03the origin is 10,000 and after cyber
5:06shock 6,000 and after this is 1,480.
5:14Uh
5:15and next slide, please.
5:19Uh
5:19here is the megawatt we have
5:23electricity is 14,000
5:26and is decreased
5:28because the
5:31uh
5:32natural gas and this.
5:34Uh
5:364,200
5:38and we have now
5:419,800
5:43megawatt.
5:45And after this, we will
5:48subtract from the
5:50uh
5:51terminal or port and uh
5:56uh liquid
5:57natural gas
5:59uh
6:00is
6:01100,000 plus 1 8,000 is equal
6:06the total is 3,000.
6:09This is will subtract from 9 800,000. We
6:14will see it in the next slide.
6:19Here is the equation.
6:22Uh after we
6:24we should know the culture baseline is
6:26for
6:27for uh
6:29uh
6:304,000 minus uh
6:341,200 the 3,000 is equal 11,000 MW. This
6:40is the culture baseline.
6:43And uh
6:45should survive with 17%.
6:48The minimum is 700
6:527,700
6:54MW.
6:56And we have the actual big rate is 6,800
7:01that we have now.
7:03We should
7:04uh
7:05uh have renewable energy
7:07uh for this is 900 per
7:11minimum.
7:13Should be higher 5% for safety and like
7:17this.
7:19Not should be 900 uh 9 900.
7:25Should be uh
7:26more 5% for safety.
7:29Uh
7:30next slide.
7:33It will talk
7:34uh life.
7:37>> Okay, now.
7:39Thank you. Starting with the question
7:42three,
7:43which is navigating the Silicon Iron
7:44Curtain.
7:45Uh and so with this delicate situation
7:48with the Western trade block
7:50having a 55% control of westbound cargo
7:54volume and the Eastern infrastructure
7:56having 60% of 5G macro cells and fiber
8:01fiber optic cable and what and such. Uh
8:04well, in this dilemma uh we should
8:07resort to using a uh
8:10ZKP proof ZKP proof blockchain program
8:14where uh
8:16by which this program can allow
8:18communication through uh several to
8:21other uh
8:23users uh fully encrypted and safe uh
8:28without breaching uh any uh data in the
8:31process.
8:32And so moving on to question four where
8:34we enforce our multilateral SLA matrix.
8:37Uh but starting off, uh we had uh just
8:40uh the two most prominent uh issues that
8:42we face in our uh
8:44in our calculation in our uh
8:47in our um
8:50uh
8:50in our port. So the first being
8:54uh first being the uh
8:56generation of power. So we have to
8:58maintain 70% to maintain survival
9:01uh which is a very delicate uh
9:04uh
9:05number to achieve because we can't
9:07really go over except for by little
9:10little not so much due to the mandatory
9:12constraint of reducing 30% of grid uh
9:17con- uh containment.
9:19Um
9:20And the second problem being
9:22um
9:23second problem being the
9:25uh generation of data the
9:28uh
9:30the regional the customs border admin.
9:32So which uh this can cause many problems
9:36especially with time constraints, uh
9:38since cargo can take long amounts of uh
9:40time uh when passing through uh uh
9:44customs borders and uh having having to
9:47come come across uh desynchronization.
9:50And so, now moving on to the
9:51multilateral SLA matrix that we have, we
9:54have four depending on each uh entity.
9:57And so, the first being the regions
9:59customs and border admin. So, we have
10:01want to apply a strict minimum KPI of
10:04having 15 uh 100 TEUs take uh less than
10:0915 minutes
10:10uh and having a financial penalty of
10:12$2,500 per hour uh per train
10:16uh wasted. Uh and then moving on to the
10:19dependent entity of uh telecom
10:22communication authorities. So, here we
10:24would like to like to set up uh having
10:27latency be
10:28uh more be less than uh latency be less
10:32than 1,000 milliseconds. And uh anything
10:35more than that will result in a $15,000
10:38uh $15,000 uh uh
10:40downtime uh financial penalty.
10:43And to the moving on to the grid system
10:46power supply,
10:47here we'd like to uh have a guaranteed
10:501,200 mega mega watt to power the grid
10:54at all times and keep it running to
10:56avoid any delays in uh
10:58in uh logistical transport of cargo and
11:02such uh resulting and if not
11:06uh kept up to standard will result in a
11:08financial penalty of uh
11:12$50,000 uh
11:14per grid grid trip or malfunction. And
11:17lastly, with the dry port operators,
11:19uh we'd like to have uh a consistent
11:23velocity of having um more than
11:2755 cmph
11:30uh with uh having a degradation alert
11:33around
11:34uh less than 25 CMPH. And so, financial
11:38viability will result in
11:40of $120 per delayed TEU.
11:44And so, moving on to the last part of
11:46our presentation, the question, the
11:48roadmap, the 2030 post-crisis capital
11:51pivot. So, moving on to
11:53first the first year, 2027, we'd like to
11:56establish crypto security and uh the
12:01So, this this plan of this year would be
12:04to prevent any more malicious zero
12:08zero-day malware attacks and have
12:10everything under control with
12:12prevention, recovery keys of the
12:14firmware across all the chains.
12:18And on to the next year, 2028, we'd like
12:21to have automated SLA smart contracts.
12:24So, here we'd like to have all our uh
12:28all our asset multilateral SLAs
12:31institutionalized and standardized, so
12:33we can maintain a higher standard.
12:37Uh, then moving on to 2029,
12:39we'd like to have renewable
12:41renewable power expansion. We expand on
12:45how many on the output of our ports.
12:48So, instead of the baseline initial
12:50baseline pre-crisis of 10,000 TEU per
12:53day, we'd like to expand further by
12:55expanding the capacity for electricity
12:59that we can generate. And lastly, on to
13:022030, the autonomous green corridor. So,
13:04here we'd aim for a
13:06fully AI orchestrated autonomous
13:08warehousing
13:10plan.
13:11And also,
13:13try to go for a or do our best to
13:16maintain a green green sustainable
13:20uh green sustainable
13:22plan to keep the port the plans going on
13:27for long term.
13:28Inshallah.
13:30Okay, thank you. That is our
13:32presentation.