TVRIN — broadcast
20260806 090000 UTC
499 transcript segments
Google Cloud Speech-to-Text API (Chirp) + Gemini 2.5 Flash Non-Thinking
Data courtesy of The GDELT Project (https://www.gdeltproject.org/), from the Internet Archive TV News Archive.
Machine transcription. Treat it as a searchable index of what was broadcast, not a verbatim quotation record.

[00:00:00] Personalized teeth are printed for each person, sir, so
[00:00:03] for personal use, and there is also Bongraf. This also
[00:00:07] has a non-invasive hemoglobin measuring device
[00:00:10] that is attached to the earlobe, so
[00:00:14] no need to
[00:00:18] AI MBG. So, Bongraf, B-graph bone, yes, for the Bongraf
[00:00:21] correct.
[00:00:26] Yes, then there is what's called Miss Happy's
[00:00:30] happiness meter. This is similar to AI, sir, for mental
[00:00:34] health.
[00:00:37] Oh, I see.
[00:00:39] Alright.
[00:00:43] This is animal vaccine Initem.
[00:00:46] Correct.
[00:00:50] Sir, this is cosmetics. Sir, this is
[00:00:52] cosmetics. Then
[00:00:55] also have research products, there is a kit for TB and also meningitis for
[00:00:58] checking. Yes, for checking. So someone is testing. Correct,
[00:01:01] sir, for testing. This is for
[00:01:03] meningitis.
[00:01:05] Still under development, sir. If it's still in preclinical trials,
[00:01:09] sir, still in preclinical trials. Correct. Now,
[00:01:12] this is herbal medicine and
[00:01:15] phytopharmaca. There are two that
[00:01:18] have been produced. Those are medicines
[00:01:20] in Manyar, Gresik, the productivity made from natural ingredients,
[00:01:23] sir.
[00:01:26] So there are some for lowering
[00:01:30] cholesterol, then health maintenance for
[00:01:33] the liver, lowering blood sugar, like that,
[00:01:37] sir. Yes. Now this
[00:01:40] is for what's called liver health.
[00:01:44] Now, the one on the left is, yes, these are all herbal,
[00:01:48] sir, while this is phytopharmaca.
[00:01:50] Correct.
[00:01:53] Yes.
[00:01:56] Then this one is what's called raw materials for
[00:02:00] helping the robot industry in Indonesia, because we still import 95%.
[00:02:04] That's right, sir. Now, this is
[00:02:07] for vaccines with new technology, so for tuberculosis,
[00:02:11] it's an mRNA vaccine for
[00:02:14] tuberculosis with the latest technology. There's also dengue, and
[00:02:17] it's already started. Yes, and also
[00:02:21] you can see influenza, sir.
[00:02:24] Thank you. You're welcome, sir. Thank you
[00:02:25] too.
[00:02:28] Good afternoon, Mr. President. "Excuse me, this
[00:02:32] is a multi-function offshore dismantling vessel, sir. So,
[00:02:36] according to the data we received, more than
[00:02:38] 100 offshore platforms are currently reaching the end of their operational life.
[00:02:42] And according to the engineering
[00:02:46] concept, when we dismantle an offshore platform, several
[00:02:49] vessels are needed, such as tugboats, heavy lift crane
[00:02:52] barges, pontoons, but we incorporated all those vessel concepts
[00:02:56] into one design, so we called it a multi-purpose vessel."
[00:03:04] It is currently still in the planning concept, sir, but it is already certified
[00:03:07] by the Indonesian Classification Society.
[00:03:10] And we seek your support, Mr.
[00:03:12] President, so that there will be investors who
[00:03:16] come in and build this ship,
[00:03:18] sir.
[00:03:21] It's a new design, already certified,
[00:03:23] sir.
[00:03:26] Yes, thank you. Now, this is a cargo ship
[00:03:30] for limited waters. As
[00:03:33] you know, currently gas distribution mostly
[00:03:36] relies on pipeline
[00:03:38] infrastructure, and in this design,
[00:03:42] we aim for limited waters to be reached
[00:03:46] from the mothership. We distribute gas compressed in
[00:03:50] it will be placed directly on ISO tank containers, and this ship has
[00:03:54] the specialization that it can
[00:03:57] dock at all sorts of ports. It does not
[00:04:00] require specific loading and unloading
[00:04:03] facilities. LST, landing ship tank,
[00:04:06] then trucks can enter, and this ship has
[00:04:10] a kind of container,
[00:04:13] then the container can directly enter the
[00:04:16] truck. And this is the last one,
[00:04:19] sir, a design 100% by
[00:04:23] Brain, which is currently
[00:04:24] being built by Caputra,
[00:04:27] sir, a custom order.
[00:04:30] How long is it? 38 meters.
[00:04:34] Its advantage is
[00:04:36] that, in addition to its high dynamic stability, this ship
[00:04:40] has a 360-degree
[00:04:43] view at the captain's deck, and this
[00:04:46] is 30 knots,
[00:04:47] sir.
[00:04:52] Besides that, sir, if I may say, this is proof
[00:04:55] that Brind also supports
[00:04:58] electrification for two-wheeled vehicles. This is a fast
[00:05:02] charging station that we have already
[00:05:05] licensed to PT Forlex
[00:05:09] assistant. In Indonesia. We ask for your support, sir, for hilirization. It's already
[00:05:12] used, already in use, and another advantage
[00:05:16] is
[00:05:18] that it's certified by the National Standard of Indonesia, sir,
[00:05:21] SNI, and it already complies with
[00:05:24] IEC and
[00:05:28] it's very economical, sir, 110 million for two
[00:05:32] plugs. Oh, two, correct, for
[00:05:34] motorcycles.
[00:05:37] Sir. Ready, sir.
[00:05:40] Yes.
[00:05:49] If possible, yes. In addition, we also support, sir,
[00:05:52] electric vehicles for people with disabilities. This is
[00:05:56] electric, yes, electric, sir, and PT
[00:05:59] Viat.
[00:06:06] Large scale, distributed. Correct, sir.
[00:06:09] Ready. For the Red and White Fisherman's Village, sir.
[00:06:12] Sir, so that from now on, fishermen will no
[00:06:15] longer buy diesel for fishing
[00:06:19] activities. Right, so this outboard engine is very
[00:06:22] easy, very simple to
[00:06:24] replace.
[00:06:27] Its speed is approximately up to 4 knots, and this is 10
[00:06:31] kW. We have tested it in Morotai, already tested
[00:06:34] it, already tested it, sir. How many hours? 2
[00:06:38] hours, 2 hours.
[00:06:41] And the good news is, sir, we have also licensed it to PT
[00:06:44] Giga, so it's ready for hilirization.
[00:06:47] Correct, sir.
[00:06:49] Fishermen.
[00:06:56] We equip them with reserves, sir.
[00:06:58] Correct. This is light emission.
[00:07:11] That's right, sir. I request support. This year, we will
[00:07:14] form a Red and White fishing village ecosystem. We will
[00:07:18] provide 25 units
[00:07:21] of boats in Cirebon and also charging
[00:07:25] stations, sir.
[00:07:26] Yes.
[00:07:33] This is indeed for, correct,
[00:07:36] sir, one-day fishing. One-day fishing, they need
[00:07:39] solar. Correct.
[00:07:55] Sir, this is a vehicle
[00:07:58] optical fiber. As we know, sir, conventional
[00:08:02] technology requires vehicles to enter a special weighing
[00:08:05] area in a stationary position, while this is installed on the
[00:08:09] highway so that vehicles can pass dynamically. Then
[00:08:13] we extract
[00:08:13] the data.
[00:08:19] Yes, that's right, sir, reducing ODOL. Initiating tires
[00:08:23] using local natural
[00:08:26] rubber material, sir, which has now been
[00:08:29] tried for twin outer
[00:08:31] aircraft. Thank you, Mr.
[00:08:35] President.
[00:08:39] Good afternoon, Mr. President. Uh,
[00:08:43] here, allow me to introduce our research
[00:08:46] results related to supporting MBG
[00:08:50] security. The first is Food Guard, which is a
[00:08:54] sector specifically designed, sir, according to
[00:08:58] the dimensions of the dishes at MBG. So later,
[00:09:03] top, and we can directly capture the freshness
[00:09:06] level of the MBG
[00:09:07] itself.
[00:09:10] Then the second is a scan, sir. Our
[00:09:14] discussion with KPBG East Java revealed that the problem
[00:09:18] is not only in ready-to-eat food, but also in
[00:09:21] raw materials, sir. Therefore, we also
[00:09:25] produced a detection system for
[00:09:28] raw protein and also processed
[00:09:30] protein.
[00:09:33] Then, uh, we also have a soil nutrient detector
[00:09:37] to determine the fertility level of a soil
[00:09:40] from its nitrogen, phosphorus, and also potassium levels, sir, so
[00:09:44] that farmers can more easily carry out their
[00:09:47] farming activities.
[00:09:50] Then, uh, here we also have a coconut climbing
[00:09:53] machine. Oh, yes, this has been requested by
[00:09:57] Pakran so that
[00:09:58] it can be used.
[00:10:02] From our results, 15 to 20 meters can be done in 2
[00:10:06] minutes, sir. Safe, safe, sir. God willing, it's safe,
[00:10:09] sir.
[00:10:15] Yes, excuse me, Mr. President. This is from the Food Cluster. For the very
[00:10:18] end, uh, these friends are developing fruit
[00:10:22] fly pest control technology, sir, for fruit crops. Uh, for
[00:10:26] this, 5 to 10 of these tools are enough for 1
[00:10:29] hectare, and the price is quite cheap, right? Correct.
[00:10:32] For
[00:10:37] per hectare, per hectare. Then for animal feed,
[00:10:41] our colleagues are developing for cattle and also
[00:10:44] for ponds, shrimp pond productivity
[00:10:47] through.
[00:10:49] Then, for bird feed, sir, for bird lovers,
[00:10:53] hooked beak cockatoos, then the texture and also the shape
[00:10:57] are suitable for the foot structure of
[00:11:00] hooked beak birds. Then for pesticides, we
[00:11:03] are developing plant-based ones, so they are environmentally friendly,
[00:11:07] good for soil enrichment and also for
[00:11:11] Yes, if I may, for the next one,
[00:11:14] our researcher colleagues are developing halal detection technology.
[00:11:18] So the advantage of this is that it's very fast, sir, between 15 and
[00:11:22] 20 minutes from the product or
[00:11:25] its packaging, for example, meat packaging, it can
[00:11:28] detect whether there is contamination that is non-halal.
[00:11:31] Then for salt,
[00:11:34] our colleagues are developing industrial salt with a fast
[00:11:38] production cycle, sir. What usually takes one to two months, this
[00:11:41] takes one to two weeks. Currently
[00:11:45] achieved by our colleagues reaches 40,000 tons per year, and
[00:11:49] it is currently in the process of being developed for now.
[00:11:52] Then for noodles, based on cassava
[00:11:56] flour and also tempeh, our colleagues are developing it, and also
[00:11:59] mocaf flour. Currently, our researcher colleagues have collaborated
[00:12:02] with a mocaf flour company, Solosindo. And
[00:12:06] for sweet potatoes, thank God, we have developed 10
[00:12:09] superior varieties, sir, with a productivity of
[00:12:13] 10 tons per hectare. Currently, we are partnering
[00:12:17] with a company that exports processed products based on tubers
[00:12:21] with PT Maxindo
[00:12:24] I hear this is only sold outside now,
[00:12:27] sir. As souvenirs for the president. Oh, I see.
[00:12:40] Please provide a testimony, sir. Hopefully, you'll be pleased.
[00:12:58] Next, for ornamental plant lovers, sir, thank God, for ornamental
[00:13:01] plants, especially water hyacinth, this is an export commodity and native, sir. Please,
[00:13:05] you can take a piece to verify. And currently, we have
[00:13:09] partnered with PT Binaha Flora, one of
[00:13:12] the ornamental plant exporters, and this has been licensed, sir, for ornamental
[00:13:15] plants. Then, for cocoa commodities, thank God, demand
[00:13:19] has increased. Currently, there are provinces, and it's increasing.
[00:13:21] For onions, we have
[00:13:25] two cocoa.
[00:13:28] Yes. For onions, currently, there is
[00:13:32] high productivity, 6 tons per hectare. Yes. And
[00:13:35] for another one, disease-resistant, it's 14 tons per
[00:13:38] hectare. Currently, it's in the process of licensing adoption with
[00:13:42] Berbes, one of the companies in Berbes. Then for
[00:13:45] potatoes, we have industrial potatoes and also vegetable potatoes. For industrial
[00:13:49] potatoes, both reach 29 tons per hectare,
[00:13:52] sir. And this is currently being canned. It's in the process of
[00:13:55] adopting a license with PT Indof Fratilo, Makmur.
[00:13:59] Then we also have hybrid corn, then
[00:14:03] sorghum, there are four varieties. Then
[00:14:06] for rice, we have four varieties, sir.
[00:14:09] Its productivity currently reaches 7 to 10 tons
[00:14:13] per hectare, and the advantage for rice currently is
[00:14:16] that its harvest cycle is under 100 days, sir. It no longer takes 4 months,
[00:14:20] 6 months, but under 100
[00:14:24] days, sir.
[00:14:28] This is for the Tropiko, 10 years for all four, currently
[00:14:32] the harvest cycle is under 100 100 days.
[00:14:35] The texture is the same as Japonica. Yes, it resembles Japonica texture,
[00:14:39] developed by our colleagues.
[00:14:41] Yes.
[00:14:43] Anything else?
[00:14:50] On the coast, sir, saline
[00:14:52] rice.
[00:14:56] Thank you very much, Mr. President. Thank you,
[00:15:00] sir.
[00:15:07] Honorable, honorable Mr. President, allow me to
[00:15:09] present some of our research
[00:15:13] products. Most of these are in the form of
[00:15:16] books, then there are also policy briefs
[00:15:20] and also sample books for
[00:15:24] education. Here, we also produced
[00:15:27] several innovative products, including
[00:15:30] a teacher's
[00:15:34] this application, we help teachers
[00:15:37] to more quickly integrate artificial
[00:15:41] intelligence into the learning process and also for
[00:15:44] creating assessments
[00:15:48] and teaching modules.
[00:15:51] We also developed a product in the form of
[00:15:55] this teacher's assistant has 3,400 teacher
[00:15:59] users who utilize this application. We also
[00:16:02] developed EI MBG, but the focus is more on nutrition literacy.
[00:16:06] So, when the menu is photographed, there will be
[00:16:09] an explanation of the nutrition and also its benefits for the
[00:16:13] physical condition of the student, so that students understand
[00:16:16] more about the food's content, the content of
[00:16:19] the food. Here, we also
[00:16:22] see how ready students
[00:16:25] are to learn and also their response to
[00:16:29] the MBG. And we
[00:16:33] including those related to STEM, which is the integration of science
[00:16:37] and technology.
[00:17:09] The types of hominids found in Indonesia, from the
[00:17:12] oldest to the last found in 2004,
[00:17:15] Homo Floresiensis. This was
[00:17:19] found in Flores. Then
[00:17:23] these two are Homo Wajakensis and Sangiran
[00:17:26] 17. This is the most complete in the world for
[00:17:30] Homo Erectus finds, aged
[00:17:32] 700. Meanwhile, this is Homo Sapiens, the first
[00:17:36] we found. This was 37,000 years ago,
[00:17:39] and probably almost similar to us.
[00:17:43] And this is Homo Floresiensis, a transition between Homo
[00:17:47] Erectus and Sapiens, sir. Thank you,
[00:17:50] sir.
[00:17:54] Good afternoon, sir. Allow me
[00:17:56] to explain, sir. If
[00:17:59] di
[00:18:02] the test, allow me to explain, sis.
[00:18:05] Maybe if you look at the screen, that is the oldest
[00:18:09] hand painting in the world right now, sir. Now, what I want
[00:18:12] to explain is that this is a painting on cloth. Later,
[00:18:16] that one will be explained by my friend who just broke the world record, sir.
[00:18:20] Now, what makes this special is that he painted
[00:18:23] it with clay, sir. It is said that
[00:18:27] in West Sumatra, Padang, the clay is of the best
[00:18:30] quality. That's why some state-owned enterprises utilize
[00:18:33] clay for their products with the best quality. Now, what kind of cloth
[00:18:37] is this? May we give
[00:18:39] you a souvenir?
[00:18:44] Thank you, sir. Then this, sir, is
[00:18:47] a book chapter product from our researcher colleagues at
[00:18:51] our research organization. The one at the front is for
[00:18:54] visually impaired friends, sir. So this is
[00:18:57] a book of folk tales and world fairy tales, as well as a book
[00:19:01] of heroism that can allow them to
[00:19:04] read using the letters they recognize, sir.
[00:19:08] That's all, sir. Thank you very much, Mr. President. We
[00:19:11] have started,
[00:19:12] sir.
[00:19:15] Honorable Mr. President, allow me to explain
[00:19:19] that this is palm batik, sir.
[00:19:22] Where, to make this batik, we
[00:19:25] need wax and natural dyes, which can be taken from palm. While
[00:19:29] traditionally, paraffin from crude oil can be used.
[00:19:33] So, since we are rich in palm, we can use it besides for
[00:19:37] energy. For making batik like this, I think it's suitable for building
[00:19:41] innovative villages, and perhaps in the future, it can be used for state
[00:19:44] souvenirs, sir. We seek your support for this environmentally
[00:19:48] friendly product, especially, sir. Thank you.
[00:19:51] Good good afternoon, Mr. President. I'm
[00:19:55] Nugroho. I'd like to explain about the
[00:19:59] Nusantara Industry Intelligence platform. Here, we have
[00:20:02] an illustration
[00:20:06] that can be displayed in one
[00:20:08] command center. Here, export-import data is available in real-time,
[00:20:12] then real-time forecasts, real-time logistics maps
[00:20:15] are also available. Then, for the industry
[00:20:18] tree, we analogize it like this for the nickel battery industry.
[00:20:22] There are two types of technology.
[00:20:25] Uh, uh, nickel. First, pyrometallurgy,
[00:20:28] then the second is hydrometallurgy. If we look
[00:20:32] at the green color here, it is the industry, and the technology is already
[00:20:35] well-established, and quite a lot of intellectual property
[00:20:39] is registered here in Indonesia. Meanwhile, for hydrometallurgy
[00:20:42] technology, there are a number of technologies that are still
[00:20:46] blank in Indonesia, indicated by the color
[00:20:48] red. The industry has also not
[00:20:52] been integrated. Maybe we can focus here.
[00:20:55] The value depth is quite high, up to
[00:20:58] 470 times the value added. And
[00:21:01] then the multiplier effect for the Indonesian economy is quite
[00:21:05] high. Now, this platform can also
[00:21:08] be used. Here, we have already identified more
[00:21:12] than derivatives and critical things.
[00:21:15] We can click here, and this data is real-time,
[00:21:19] and friends from Dantara or the Ministry of Industry can
[00:21:22] use it to determine investment priorities. And the
[00:21:26] last one is that this platform also
[00:21:30] includes data
[00:21:33] on potential leakages this year.
[00:21:37] Data from the last 30 years shows leakages in
[00:21:40] Indonesia. There are 10 indicators here
[00:21:44] that we tried to explore, starting from under
[00:21:47] invoicing exports, then lost added
[00:21:51] value, then critical elements not paid for. In total,
[00:21:54] over 30 years,
[00:21:57] we lost income of
[00:22:01] 343 billion US
[00:22:03] dollars for 30 years of data.
[00:22:07] From this, we can model
[00:22:11] how much Indonesia loses
[00:22:14] in foreign exchange per year. Thank you, sir. Thank you,
[00:22:17] sir.
[00:22:21] Good afternoon, Mr. President.
[00:22:24] Uh, allow me to explain our innovation in
[00:22:27] the field of autonomous vehicle technology. So, as
[00:22:30] you can see, there is an indoor variant that
[00:22:34] can move on its own without
[00:22:37] a driver. Then there is a variant
[00:22:40] for package delivery, then
[00:22:44] an outdoor variant for large complexes,
[00:22:47] so all these technologies support
[00:22:51] the smart city ecosystem. Then,
[00:22:55] over there, there is a conversion
[00:22:58] from conventional motorcycles to electric
[00:23:02] motorcycles specifically for
[00:23:05] friends with special needs, with
[00:23:08] three wheels and with a suspension system
[00:23:12] that allows for smoother maneuvers.
[00:23:15] Thank you, thank you very much, sir.
[00:23:22] This is not yet in production, is it? Uh, we are still
[00:23:25] looking for partners to produce this. So at
[00:23:28] Brind, we
[00:23:31] develop the core technology, then we will
[00:23:34] partner for its production,
[00:23:36] sir.
[00:23:41] Who controls it then? It's autonomous, sir.
[00:23:44] Previously, if someone was sitting, how would they go left?
[00:23:48] So, if this is designed for
[00:23:51] mobility on demand, like for example at
[00:23:55] the airport, sir, from one gate to another, there are already choices,
[00:23:58] so later users can choose their
[00:24:01] destination, sir. Oh, programmed. Yes, it's programmed,
[00:24:05] sir. Thank you, thank you very much.
[00:24:19] Ready, sir. Mr. President, this here is
[00:24:22] a 7.62 caliber. This is a Close-In Range Weapon System,
[00:24:26] sir. So actually there is a detection
[00:24:28] sensor, and this can be automated. It can be developed
[00:24:32] later for 12.7 caliber, then
[00:24:35] 20, then up to 37
[00:24:38] mm. Then this one is Punamale,
[00:24:41] sir, which is planned to be
[00:24:44] produced as a prototype. It can fly up
[00:24:47] to an altitude of 24,000
[00:24:51] feet, then it can operate for how many
[00:24:55] hours? 24 hours, sir. That's the plan.
[00:24:58] 1000 kg.
[00:25:00] Ready. 1 ton,
[00:25:04] 1 ton, sir, load. Yes, sir.
[00:25:07] Please, sir.
[00:25:11] Alright, with your permission, Mr. President, this is
[00:25:14] a veteran who searches for
[00:25:17] marijuana fields and illegal loggers.
[00:25:20] So, his partner is the police. Currently, we are also
[00:25:23] developing it for
[00:25:26] weather modification, so we will bring chemicals
[00:25:29] to seed clouds, and the local
[00:25:33] components include the computer
[00:25:36] or brain of the
[00:25:38] system.
[00:25:42] If this can work for 2 hours or a range
[00:25:46] of about 250 km, 6 hours.
[00:25:49] Excuse me, 6 hours, range 250 km.
[00:26:02] Excuse me, Mr. President.
[00:26:05] This is one of our anti-radar paints
[00:26:08] that we have already tested
[00:26:11] to detect tanks or
[00:26:15] ships. It has already been tested. If it's moved,
[00:26:17] it won't be caught.
[00:26:20] Correct. And this is already
[00:26:23] correct, and it will be developed
[00:26:27] into. Correct, Mr.
[00:26:30] President. What is being developed?
[00:26:34] Later for soldiers who are not detected, so they use
[00:26:38] anti-radar clothing like
[00:26:41] that. And then we also developed
[00:26:45] this domestic product for tank
[00:26:48] treads. Various rubbers, correct,
[00:26:51] sir. 100% Indonesian
[00:26:53] rubber.
[00:26:57] The base is iron, but what touches the
[00:27:01] road, what is it? Excuse me, Mr.
[00:27:03] President.
[00:27:07] And then this is anti-fouling paint. Usually at
[00:27:11] sea, many sea cucumbers stick to the ships. We have now
[00:27:15] produced the
[00:27:16] paint.
[00:27:19] And finally, this is perhaps a surveillance vessel for
[00:27:22] fisheries that has been modified to have a more
[00:27:25] efficient
[00:27:26] speed.
[00:27:36] Thank you, Mr. President.
[00:27:52] Attention, the President of the Republic
[00:27:55] of Indonesia arrives at the event.
[00:27:58] Honorable Mr.
[00:28:41] President, it is respectfully reported that today,
[00:28:44] Thursday, August 6,
[00:28:47] 2026, for the first
[00:28:51] time, more than 150 researchers
[00:28:55] from all over Indonesia have gathered
[00:28:58] at Merdeka Palace.
[00:29:05] Furthermore, for the first time also, they are bringing
[00:29:09] and showcasing strategic research and
[00:29:12] innovation results directly created by the
[00:29:15] researchers
[00:29:21] to be presented directly to Mr. President. Then, with
[00:29:25] the President's permission, Mr. Head of Brin will
[00:29:29] give a brief introduction, Mr.
[00:29:31] Prof. Tria, please.
[00:29:56] Bismillahirahmanirrahim, Assalamualaikum warahmatullahi
[00:29:59] wabarakatuh. Good afternoon, greetings. Peace
[00:30:03] be upon all of us. The honorable
[00:30:06] President of the Republic of Indonesia, Mr. General TN Wirawan Haji Prabo
[00:30:10] Subiyanto. My respects to all the
[00:30:14] Coordinating Minister State Secretary Minister
[00:30:18] Red and White Cabinet Mr. Cabinet Secretary Heads of State
[00:30:22] Institutions, researchers and all esteemed attendees.
[00:30:25] Praise be to Allah Subhanahu wa Ta'ala for His grace and blessings,
[00:30:29] on this joyous day we are gathered at the Palace
[00:30:33] for the President of the Republic of Indonesia's address and the exhibition
[00:30:36] of research and innovation from Brin. On behalf of
[00:30:40] Brin, we would like to express our highest appreciation and
[00:30:43] gratitude to Mr. President for
[00:30:46] allowing us to give an address to Brin researchers
[00:30:49] today. I have only been in office for 8 months
[00:30:53] Mr. President, and I have heard from our researchers
[00:30:56] that today is the first time
[00:31:00] Brin researchers have been invited to the Palace
[00:31:04] to showcase their research and innovation
[00:31:07] and also to hear direct guidance from you.