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Technology Roundup
She Loves Tech 2023
"She Loves Tech" is the world's largest startup competition for women and technology. She
Loves Tech aims to be a worldwide platform with a strong dedication to bridge the funding disparity
for female entrepreneurs. We provide the much-needed global platform and a stage for entrepreneurs
to showcase, provide access to funding opportunities, and equipping them with skills and resources to
take their business to the next level. The platform hosts the most extensive startup competition for
women and technology on a global scale with
the mission to identify and expedite the most
exceptional entrepreneurs and cutting-edge
technologies and to create a profound and
positive impact. The primary objective of “She
Loves Tech” is to facilitate access to over U$1
billion in capital for businesses led by women
by 2030. Registration for the Global Startup Competition is now open.
COMSATS and Azerbaijan Forge ICT Cooperation
H.E. Rashad Nabiyev, the Minister for Digital Development and Transport of Azerbaijan, during an
official visit to Pakistan visited the COMSATS Secretariat, and had a bilateral meeting with
Ambassador. Dr. Mohammad Nafees Zakaria, the Executive Director of COMSATS. They discussed
various technology projects for cooperation, focusing on IT and digitalization. Additionally, during his
visit, the Minister witnessed the signing of a Memorandum
of Understanding between COMSATS and the Innovation
and Digital Development Agency (IDDA) of Azerbaijan.
The MoU focuses on an ICT and Technology Training
Program aimed at skill development. The event was graced
by Ambassadors, diplomats from COMSATS' Member
States, along with numerous renowned technology experts
and innovators from Pakistan, associated with COMSATS' affiliates and partner organizations.
PITB's E-Fertilizer System Benefits Farmers
The e-Fertilizer Distribution System, a joint effort of PITB and
Punjab Agriculture Department, streamlines fertilizer purchase for
agriculture staff, dealers, and farmers. It fetches farmer's data from
the e-Gardawri database, allocating quota based on their land and
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Technology Roundup
crops. This system ensures fair and efficient fertilizer distribution, saving time and costs.
NUST Excels in Formula Electric Racing at FSUK
The Formula Electric Racing team from Pakistan Navy Engineering College, which is a respected part
of the National University of Sciences & Technology (NUST), made a significant impact during their
participation in the prestigious
Formula Student UK 2023 event
held at the Silverstone Circuit.
In the intense competition, this team
stood out as the exclusive
representative from Pakistan and the
entire South Asian region within the
FS Class. In this class, participating
teams showcase cars of their own creation, demonstrating their design and construction skills. In the
midst of the assembly of over 100 teams worldwide, the Formula Electric Racing-NUST team
showcased extraordinary dedication and proficiency, achieving praiseworthy standings in diverse
events held during the competition. A notable accomplishment for the team was their attainment of the
5
th
position in the Cost Event, surpassing over 100 competing teams.
NASA Invites Pakistani Student for Inventing Anti-Sleep Glasses
Bisma Salangi, a Pakistani student, has brought honor to
our country with her remarkable invention, acknowledged
by the National Aeronautics and Space Administration
(NASA). This 13-year-old prodigy in the field of
computers has designed special anti-sleep spectacles,
aimed at preventing drivers from dozing off while driving
vehicles. Her innovation is a significant contribution to the
global endeavors of reducing traffic accidents and
enhancing road safety.
The anti-sleep glasses are equipped with advanced technology that can identify signs of tiredness by
tracking various indicators like steering patterns, lane deviations, and driver behavior. Once the
glasses detect any indication that the driver might be falling asleep, they promptly issue a warning.
This is made possible through sophisticated algorithms that analyze crucial factors such as eye
movement and facial expressions.
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Technology Roundup
Coventry University and NUST Launched Two New Scientific Labs
Coventry University collaborated with the National
University of Sciences and Technology (NUST) to
establish cutting-edge laboratories for the Internet of
Things (IoT) and Human-Robot Interaction (HRI) in
Pakistan. Led by Professor Ajmal Khan, Dean of
NUST School of Electrical Engineering and
Computer Science, the IoT facility is dedicated to
develop innovative solutions for local challenges and
contributing to societal progress by leveraging state-of-the-art technology to achieve unprecedented
levels of performance. The HRI laboratory, spearheaded by Professor James Brusey, Co-Director at
Coventry University's Centre for Computational Science and Mathematical Modelling (CSM), is
exclusively focused on comprehending, designing, and assessing robotic systems intended for
collaboration with, or usage by, individuals. Under the guidance of Professor Javaid Iqbal, who serves
as the Dean of NUST School of Mechanical and Manufacturing Engineering, the HRI facility also
endeavors to harness advanced techniques such as artificial intelligence and computer modeling to
enhance the synergy between humans and machines, thus optimizing their collaboration. As part of the
new collaborative efforts between Coventry University and NUST, a significant initiative is the Master
Student Placements Program. This program will facilitate NUST students to engage in three-month
research placements at CSM during autumn 2023.
High-speed Internet Introduced in Swat
StormFiber, a renowned fiber-broadband provider, has
announced its expansion to the city of Swat. Swat is
renowned for its breathtaking natural beauty and rich
cultural heritage. Recognized as the "Switzerland of
Pakistan," Swat has now become an integral part of
StormFiber's digital network as 23
rd
city to benefit
from its cutting-edge connectivity services. Successfully bringing 100% fiber-optic internet coverage
to the hilly region of Swat, showcases StormFiber's strong dedication to advanced digital
transformation across the country. The reliable and high-speed broadband ensures continuous
connectivity, becoming essential for Swat's influencers, entrepreneurs, and talented individuals. This
empowers them to connect globally and seize opportunities. This contemporary gateway has the
capacity to reshape education, industry, and tourism for the local residents in the region.
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Technology Roundup
COMSATS and Carol Technology to Collaborate for Technology-driven Initiative
The Commission on Science and Technology for
Sustainable Development in the South (COMSATS)
signed a Memorandum of Understanding with Carol
Technology. The objective of this agreement is to enable
collaborative research and development initiatives
focused on technological progress. COMSATS is an
intergovernmental organization comprising of 27 developing countries, with a primary focus on
promoting the development of science and technology in its member states. On the other hand, Carol
Technology is committed to providing advanced technical expertise, a skilled team, and specialized
knowledge to take an active role in collaborative research projects that cater to the specific
requirements of industries and academia. It stands as a pioneering entity in Pakistan that introduced
the utilization of Unmanned Aerial Vehicles (UAVs) for inspecting wind turbines.
Advanced Freezing Technology to Enhance Mango Export
Pakistani mango exporters are aiming to increase their
mango sales in China by adopting innovative methods.
They are exploring new approaches to extend the shelf life
and maintain the flavor of the mangoes. In the year 2022,
the quantity of mangoes exported to China was minimal.
One contributing factor to this was the limited freshness
retention, making it challenging to transport them over
longer distances.
To address this issue, two Pakistani companies have introduced a solution by
implementing a freezing technique for mangoes. This freezing technology extends the mangoes shelf
life to as long as a year while preserving their taste. Additionally, it aids in reducing the expenses
associated with transporting them over long distances. The freezing process selectively freezes only
the edible portions, making it a more efficient and cost-effective approach. The mangoes can be frozen
within a matter of minutes.
Trapping Light inside a Magnet
Research led by Vinod M. Menon and his team at The City College of New York reveals that
confining light within magnetic materials could significantly enhance their intrinsic properties. Strong
optical reactions within magnets play a pivotal role in advancing magnetic lasers, magneto-optical
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Technology Roundup
memory devices, and novel quantum transduction
applications. The researchers outlined the characteristics of
a layered magnet that accommodates tightly bound
excitons, which are quasiparticles known for their robust
optical interactions. This unique property allows the
material to independently capture light. Their experiments
demonstrate that the material's optical reactions to
magnetic influences are significantly more potent, surpassing those found in conventional magnets by
several orders of magnitude.
‘Smart Rust’ and Magnets that Purify Water
Researchers have created unique iron oxide nanoparticles, referred to as "smart rust," which have the
remarkable capability to actively purify their
surroundings. "Smart rust" possesses the ability to attract
a wide range of substances, such as oil, nano- and
microplastics, and even the herbicide glyphosate. The
specific substances it attracts depend on the type of
coating applied to the particles. Furthermore, due to the
nanoparticles' magnetic properties, they can be
effortlessly extracted from water using a magnet, along
with the pollutants they have captured. Presently, the
research team has made modifications to these particles,
enabling them to effectively capture estrogen hormones that could pose a threat to aquatic ecosystems.
The "smart rust" is not only cost-effective but also environmentally safe and capable of being
recycled. Researchers have showcased its effectiveness in tackling various types of contaminants,
highlighting the significant potential of this approach to substantially enhance water treatment
methods.
Photocatalytic System Converts Carbon Dioxide to Valuable Fuel
A collaborative research group comprising members from the City
University of Hong Kong has recently unveiled an enduring artificial
photocatalytic mechanism surpassing the efficiency of natural
photosynthesis. This innovative system emulates the functions of a
chloroplast, akin to those found in nature, effectively transforming
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Technology Roundup
carbon dioxide within water into methane, a valuable and efficient fuel source, through the utilization
of light. This breakthrough holds immense potential and may play a pivotal role in advancing the
objective of achieving carbon neutrality.
Earthquake Detection and Categorization through Fiber Optic Cables
Long fiber optic cables traverse through many regions, supplying the population with internet access.
Beneath the surface, these cables possess an unexpected
additional capability to detect and measure seismic
activity. To employ a fiber optic cable as a seismometer,
laser emitters are positioned at one end of the cable,
projecting light beams through the elongated, delicate glass
strands constituting the cable's core. Within the glass,
minuscule imperfections exist, reflecting a tiny fraction of the light back to the source, where it gets
documented. In this manner, each flaw serves as a traceable point along the fiber optic cable, typically
situated just below the surface. When seismic waves traverse the ground, the cable undergoes slight
movements, altering the light's travel time to and from these points. Thus, the imperfections spanning
the cable's length function akin to numerous individual seismometers, enabling seismologists to
monitor the movement of seismic waves.
Promising New Method for Precise Soil Carbon Estimates
Earth's soil contains significant reservoirs of carbon,
surpassing the carbon content found in the atmosphere. A
considerable proportion of this carbon within the soil exists in
an organic state, known as soil organic carbon (SOC), where
carbon molecules are bonded together. Nevertheless,
historical agricultural practices have considerably depleted
SOC through the release of carbon dioxide into the
atmosphere, thereby contributing to the ongoing issue of climate change.
For effective monitoring and sustainable management of SOC reserves within agricultural landscapes,
the development of a precise measurement technique is imperative. Regrettably, the current
methodologies employed to accurately assess SOC levels demand substantial resources and incur high
costs. In a recent research endeavor documented in the Geoderma journal, experts from the
Agroecosystem Sustainability Center (ASC) and ACES researchers have explored an innovative
sampling approach with the aspiration of enhancing the precision in estimating SOC reservoirs.
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Technology Roundup
Nanopore Tech Achieves Protein Variant Detection Breakthrough
While human cells possess around 20,000 genes responsible for encoding
proteins, the observed protein count within cells surpasses this figure
significantly, exceeding 1,000,000 distinct structures. These variations
arise due to post-translational modifications (PTMs), a process occurring
subsequent to protein transcription from DNA. PTMs introduce structural
alterations like the attachment of chemical groups or carbohydrate chains
to the constituent amino acids forming proteins. This leads to numerous
potential adaptations for a single protein chain.
Unveiling this variability holds the potential to reveal a plethora of
valuable insights that might completely transform our comprehension of cellular processes. To
surmount this challenge, a group of scientists under the guidance of researchers from the Department
of Chemistry at the University of Oxford has effectively created a technique for analyzing proteins
utilizing nanopore-based sensing technology. In this method, a controlled flow of water is employed to
capture and unravel three-dimensional proteins, converting them into linear chains that are then
threaded through tiny pores, designed to accommodate only individual amino acid molecules.
Distinctive alterations in structure are discerned by assessing alterations in an electrical current passed
through the nanopore. Diverse molecules induce specific disturbances in the current, thereby
bestowing them with a distinct signature.
3D Display Could Bring Touch to Digital World
Engineers at the University of Colorado Boulder (CU Boulder) have developed a 3D morphing display
using a grid of pliable robotic "muscles." These muscles create raised patterns when subjected to
external pressure. A group of researchers organized 100 Hydraulically Amplified Self-Healing
Electrostatic (HASEL) actuators in a grid formation.
These accordion-shaped actuators respond to
electric current by moving fluid within them,
leading to expansion and the creation of pop-up
effects. Brian Johnson, a former researcher at CU
Boulder, explained that the actuators incorporate
magnetic sensors to detect pressure. This feature
enables users to use magnetic wands to draw on
the surface of the display. The prototype display
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Technology Roundup
also boasts a faster operation compared to similar smart tablets, with each robot muscle capable of
activating up to 50 times per second.
Creating a 'Chemistry Assistant' from ChatGPT
Creating novel materials needs substantial time and
efforts. However, scientists hold optimistic prospects
that artificial intelligence (AI) could eventually
alleviate a significant portion of this workload. In a
recent research article, a group of researchers guided an
established AI model named ChatGPT to undertake a
particularly labor-intensive assignment, scouring
through scientific literature. Using the information acquired, they subsequently developed another
tool, a model designed to anticipate experimental outcomes. The team utilized prompts to guide
ChatGPT through three processes aimed at identifying and summarizing experimental details in
scientific papers. The prompts were meticulously designed to reduce the occurrence of model-
generated responses (hallucination) and to optimize the quality of the generated responses.
For analyzing text from scientific papers, the team directed ChatGPT using prompts, guiding it
through three processes to identify and summarize experimental details in the manuscripts. The
researchers designed these prompts meticulously to reduce the model's tendency to generate fictitious
responses (hallucination) and to ensure the highest quality responses. Unlike previous AI-based
endeavors, this approach doesn't necessitate coding expertise, and scientists can alter its focus by
adjusting the language in the prompts. The researchers have named this system the "ChatGPT
Chemistry Assistant." They believe it holds potential for diverse fields of chemistry as well.
Physicists of University of Jyväskylä Show Sound Transmission through Vacuum
Physicists associated with the Nanoscience Center at the University of Jyväskylä in Finland, have
proved that under specific circumstances, sound can
indeed be effectively transmitted through a vacuum
region.
In a recent scientific publication, they have
demonstrated that in certain scenarios, a sound wave
can effectively traverse or "tunnel" across a vacuum
gap between two solid materials, particularly if those
materials exhibit piezoelectric properties. In
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Technology Roundup
piezoelectric materials, vibrations or sound waves induce an electrical response, and given that an
electric field can exist even within a vacuum, it becomes possible for these sound waves to be
transmitted across the gap. This phenomenon occurs when the gap's dimensions are smaller than the
wavelength of the sound wave. Notably, this effect is not confined solely to the audible range of
frequencies (Hz-kHz), but extends to ultrasound (MHz) and hypersound (GHz) frequencies as well.
The key stipulation is that the vacuum gap's size must decrease as the frequencies increase.
Innovative Technology Enables Fast and Reliable Development of Diagnostic Tests
A research group showcased a new method that
enables them to create quicker and more precise
diagnostic tests for disease detection, water quality
monitoring,
and
environmental
pollutant
identification. The innovative "protein nano-switch"
approach offers a substantial boost to the speed and
efficacy of creating analogous diagnostics. This is
achieved through a reduction in time requirements and an augmentation of success rates. This method
involves the customization of proteins to emulate ON/OFF switches, triggered by specific targets. To
illustrate the efficacy of this technology, the team directed their attention to a cancer chemotherapy
drug characterized by its toxicity and the need for continuous monitoring to safeguard patient well-
being.
A New Technology for a Brief Glimpse into the Human Body
The iMPI scanner offers novel insights into the
human body. Through this integrated imaging
technique, you can observe a narrowing within a
blood vessel, captured using conventional X-
rays, the scanner itself and a merged combination
of both methodologies. A collaborative group
comprising physicists and medical practitioners
from Julius-Maximilians-Universität Würzburg
(JMU) has achieved a significant milestone by adapting an additional imaging technology for human
application—one that is devoid of radiation. This technology is known as Magnetic Particle Imaging
(MPI). The team has designed a portable scanner that allows the visualization of various dynamic
processes within the human body, including blood flow.
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Technology Roundup
New Technology Maps Rapid Electrical Signals in Plants
While it's widely recognized that the nervous system in humans and other animals transmits electrical
impulses, the question arises, do plants, devoid of a nervous system, also
possess electrical signals? Indeed, plants do generate electrical signals in
response to stimuli such as touch and stress factors, including wounds
inflicted by herbivores and damages to their roots. Unlike animals, which
can physically relocate, plants confront stressors in the very location they
are rooted in. Recognizing the significance of comprehending how plants
react to stress, Eleni Stavrinidou, who serves as an Associate Professor in the Department of Science
and Technology at Linköping University (LiU) and leads the Electronic Plants group, emphasizes the
potential of this novel technology to make notable contributions within this realm of research. The
recently devised measuring apparatus comprises an extremely thin film embedded with electrodes.
With a thickness akin to that of plastic wrap employed for food covering, this film conforms to the
curvature of the plant's lobes. In their experimentation, the researchers delicately probed a sensory hair
and harnessed approximately 30 electrodes to gauge the signal within the lobe. Concurrently, they
captured the plant's movements on video to facilitate the correlation between the recorded electrical
signal and the subsequent closure of the Venus Flytrap.
Innovative Method Demonstrates Hydrogen-Electricity Combination for
Pharmaceutical Drug Synthesis
In response to the global demand for more environment friendly
methods of chemical production, a recent study conducted by
researchers at the University of Wisconsin–Madison highlights a
promising avenue. This involves the adaptation of hydrogen fuel
cell technologies, offering a potential solution to achieve greener
chemical manufacturing processes. The current research addresses
an additional challenge by utilizing electricity. A significant advancement in drug synthesis
necessitates substantial amounts of zinc metal for electron generation. However, working with zinc
poses complications and results in the generation of substantial environmentally harmful waste. The
researchers drew inspiration from hydrogen fuel cells, which employ hydrogen gas as the electron
source for electricity generation. The process under investigation requires an eco-friendly supply of
electrons. This can be achieved through the utilization of renewable electricity, resulting in minimal
waste generation. The endeavor to establish a hydrogen-based method for pharmaceutical production
resonates with the growing enthusiasm for a "hydrogen economy."
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Technology Roundup
SOURCES AND IMAGE CREDITS
https://www.shelovestech.org/competition
https://comsats.org/comsats-and-azerbaijan-to-cooperate-in-information-and-communication-technology-
https://www.nasa.gov/stem/highereducation/index.html
https://www.coventry.ac.uk/research/about-us/research-news/2023/coventry-university-and-nust-launch-
two-new-scientific-laboratories-in-pakistan/
https://techx.pk/stormfiber-unveils-high-speed-internet-in-swat/
https://startuppakistan.com.pk/pakistani-mango-exporters-turn-to-advanced-freezing-tech-to-tap-into-
https://www.ccny.cuny.edu/news/ccny-scientists-trap-light-inside-magnet
https://www.acs.org/pressroom/newsreleases/2023/august/cleaning-water-with-smart-rust-and-magnets-
valuable-fuel-more-efficiently-natural-photosynthesis
https://www.caltech.edu/about/news/fiber-optic-cables-detect-and-characterize-earthquakes
https://aces.illinois.edu/news/new-method-has-promise-accurate-efficient-soil-carbon-estimates
https://www.ox.ac.uk/news/2023-08-04-nanopore-technology-achieves-breakthrough-protein-variant-
https://cacm.acm.org/news/275311-3d-display-could-bring-touch-to-digital-world/fulltext
https://www.acs.org/pressroom/presspacs/2023/august/turning-chatgpt-into-a-chemistry-assistant.html
sound-can-be-transmitted-through-vacuum
https://www.qut.edu.au/study/engineering/news?id=188669
https://www.uni-wuerzburg.de/en/news-and-events/news/detail/news/ein-schneller-blick-ins-
menscheninnere/#:~:text=Physicists%20at
https://news.wisc.edu/new-approach-shows-hydrogen-can-be-combined-with-electricity-to-make-
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Technology Roundup
FORTHCOMING TECH EVENTS
PAKISTAN
➢
In Vitro Assays in Microbiology
September 5 – 6, 2023, NUST, Islamabad
https://nust.edu.pk/events/in-vitro-assays-in-microbiology/
➢
International Conference on Waste Business and Management
September 12 – 13, 2023, Quaid i Azam University, Islamabad
https://qau.edu.pk/events/international-conference-on-waste-business-management/
➢
International Conference on CPEC, Sustainable Tourism Development for Women Empowerment
in Pakistan
September 14 – 15, 2023, Karakoram International University, Gilgit
➢
5
th
International Conference on Emerging Trends in Bioinformatics and Biosciences
September 14 – 16, 2023, Hazara University, Mansehra
https://hu.edu.pk/public/bioinformatics/
➢
September 21 – 23, 2023, University of Veterinary & Animal Sciences, Lahore
http://aims.uvas.edu.pk/LAMS/login.aspx
➢
Tech Summit 23
September 29 – October 1, 2023, Expo Center, Johar Town, Lahore
➢
2
nd
International Conference on Emerging Trends in Science and Technology (ICETST, 2023)
October 2 – 6, 2023, Fatima Jinnah Women University, Rawalpindi
➢
5
th
International Conference on Innovative Biological and Public Health Research (IBPHR-2023)
October 11 – 12, 2023, Government College University, Lahore
https://gcu.edu.pk/upcoming-event.php?pg=IBPHR
➢
21
st
International and 33
rd
National Chemistry Conference
October 23 – 25, 2023, Quaid i Azam University, Islamabad
https://qau.edu.pk/events/21st-international-1st-inter-islamic-33rd-national-chemistry-conference/
➢
1
st
International Conference on Climate-Induced Natural Disaster and Mitigation
October 30 – 31, 2023, Karakoram International University, Gilgit
➢
18
th
International Conference on Emerging Technologies (ICET 2023)
November 6 – 7, 2023, National University of Computer and Emerging Sciences, Peshawar
https://www.icet.org.pk/2023/index.php
➢
2
nd
International Conference Revamped Scientific Outlook of 21
st
Century, 2023
November 15
th
, 2023, Rawalpindi Women University, Rawalpindi
https://conf-fs2023.rwu.edu.pk/
➢
Conference on Architecture – History, Theory & Practice (CArch 2023)
November 16 – 17, 2023, NED University of Engineering and Technology, Karachi
➢
International Conference on Communication Networks & Embedded Systems 2023
December 5 – 6, 2023, Pak-Austria Fachhochschule: Institute of Applied Sciences and
Technology, Haripur
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Technology Roundup
INTERNATIONAL
➢
Small Business Expo 2023
September 6
th
, Los Angeles
https://www.thesmallbusinessexpo.com/city/los-angeles/
➢
8
th
International Conference on Accelerating Biopharmaceutical Development (AccBio 2023)
September 6 – 8, 2023, Cambridge, USA
https://www.aiche.org/sbe/conferences/accelerating-biopharmaceutical-development-
abd/2023?gclid
➢
25
th
International Conference on Engineering and Product Design Education
September 7 – 8, 2023, Barcelona, Spain
➢
International Conference on Quantum, Atomic and Molecular Physics, QuAMP 2023
September 7 – 8, 2023, Glasgow, UK
https://iop.eventsair.com/quamp2023
➢
7
th
International Conference on Engineering Technology and Innovation (ICETI 2023)
September 13 – 17, 2023, Belgrade, Serbia
➢
4
th
International Conference on Advances in Software Engineering (ASOFT 2023)
September 15 – 17, 2023, Copenhagen, Denmark
https://csity2023.org/asoft/index
➢
EV Charging Infrastructure 2023
September 18 – 19, 2023, Toronto, Canada
https://www.canada.evcharging-infrastructure.com/
➢
16
th
International Congress on the Chemistry of Cement 2023
September 18 – 22, 2023, Bangkok, Thailand
➢
27
th
International Conference on Science, Technology and Innovation Indicators, 2023
September 27 – 29, 2023, Leiden, Netherlands
➢
International Conference on Computer Vision
October 2 – 6, 2023, Paris, France
➢
International Conference on Medical Education 2023
October 7 – 10, 2023, Baku, Azerbaijan
➢
5
th
Nuclear Forensics Conference (NuFor)
October 10 – 12, 2023, London, UK
https://iop.eventsair.com/nufor2023
➢
9
th
International Conference on Engineering and Emerging Technologies (ICEET 2023)
October 27 – 28, 2023, Istanbul, Turkey
➢
3
rd
International Conference on Basic Sciences and Technology (ICBAST)
November 16 – 19, 2023, Antalya, Turkey
➢
International Conference on Bioinspired and Biobased Chemistry & Materials
December 12 – 14, 2023, NICE, France
https://iupac.org/event/nice-winter-2023/
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Technology Roundup
TECH AND TRADE OFFERS
Next Links
About Next Links
Next Links is an IT &
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services covering all the IT &
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That trims valued time off your
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enhancing product quality, reliability and
security.
Our Services
• Product development
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• Workflow solutions
• Cyber security
• IT equipment supply
• Information and Communication
technology
• Surveillance
• Mobile applications
• Software development
Contact us
Office # 2 & 3, 2
nd
Floor, Al Anayat Plaza,
G-11 Markaz, Islamabad, Pakistan
Building # 15A, Garden Villas, Jinnah
Town, Quetta, Balchistan, Pakistan
Email:
http://www.nextlinks.co/index.html
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Technology Roundup
Diamond Architects (SMC) Pvt. Ltd.
About Diamond Architects
Diamond Architects specializes in
high-quality designs for all ranges and
types
of
projects.
We
provide
Architectural and interior design services,
ranging from design ideas, feasibility
studies, construction processes, and to the
completion of projects. We are committed
to creating and delivering the best design
solutions to every client.
Our Services
• Architecture design
• Interior design
• Landscape design
• 3D modeling and visualization
• Building information modeling
• Building code compliance
Contact us
Address: Office 10, 3
rd
Floor, Fazal
Arcade, F-11 Markaz, Islamabad, Pakistan
Office A- 205, 2nd Floor C- Block, Dar
Plaza, Gilgit, Pakistan
Phone: +92-311-1907773
Email:
Web:
https://diamondarchitects.com.pk/
Please give us your feedback and address
queries to
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