Category technology

NEW TAIPEI CITY, July 15, 2024– IEI Integration Corp. (TAIEX 3022) proudly presents the innovative IEI Virtualization Edge Computer (iVEC). This pioneering solution aims to revolutionize industrial applications by merging virtualization technology with high-performance hardware. It streamlines device management and optimizes hardware usage, fostering the agility required for Industry 4.0.

Tailored Vertical Solutions

Our solution is tailored specifically for vertical applications, offering significant benefits:

• Equipment Monitoring:

Handles large data streams for data acquisition, real-time analysis and data monitoring by running multiple applications on a single hardware to reduce downtime and costs.
Running Legacy Applications:

Supports various operating systems and provides isolated environments for legacy software, ensuring compatibility and protection.

• Building Automation:

A high-density, centralized server for building automation systems that optimizes energy usage, eliminates the need for rack space, and reduces costs.
Outdoor Remote Management:

Features a rugged design for harsh environments and maintains connectivity in areas with limited infrastructure.
Advanced Features for OT Professionals

The iVEC offers OT professionals remote desktop accessibility for continuous operation oversight in hard-to-access industrial settings. It enhances service quality and energy efficiency with flexible workload distribution, powered by the 13th Gen Intel® Core™ hybrid CPU. Additionally, it supports various communication protocols for easy industrial automation configuration.

• Secure and Powerful Operation

The integrated Ubuntu Certified IoT OS ensures secure, long-term operation. With Intel® Iris® Xe Graphics and hardware acceleration, iVEC excels in edge AI capabilities, efficiently handling complex AI workloads and supporting add-on GPU cards.

• Efficiency and Versatility of iVEC

The iVEC software is designed to significantly boost energy and operational efficiency. It stands out for its remarkable compatibility, seamlessly integrating with existing systems to streamline processes and enhance overall performance. iVEC excels at efficiently running multiple industrial applications on a single hardware unit, enabling workload distribution, scalable infrastructure, and remote maintenance while optimizing operational costs.

VANTAA, Finland, July 15, 2024  — As the world transitions to electrification and green energy, the demand for more powerful and safer rechargeable batteries—such as lithium-ion, sodium-ion, and solid-state—is rapidly growing. Vaisala, a global leader in measurement instruments and intelligence for climate action, is addressing this need by enhancing manufacturing processes with accurate, highly responsive dew point probes.

The midstream stage of battery manufacturing involves electrode production, cell assembly, and cell finalization. It is during these steps – in dry rooms, dry booths, and glove boxes – that humidity control is especially important to prevent unwanted reactions. These include lithium-forming lithium hydroxide and hydrogen gas, lithium salt-forming hydrogen fluoride (HF), and electrolyte-generating corrosive byproducts. Effective drying processes are critical to:

• Protecting the safety of people and materials: The chemicals used are sensitive to moisture and present an explosion risk if exposed to elevated moisture levels.
• Maximizing the yield of the process and maintain quality: Excessive moisture negatively impacts the quality and lifetime of batteries.
• Optimizing energy consumption: Maintaining dry room ambient dryness at optimal levels avoids costly over-drying and under-drying.

Innovative Dew Point Measurement Solutions

The ambient dew point temperature in dry rooms is maintained at around -30 ºC to -40 ºC. Low humidity is controlled by a high-end dryer that pushes dry air into the room. This is one of the most energy-intensive parts of the whole battery manufacturing process, so minimizing over-drying is key to the plant’s overall energy efficiency.

The dew point sensors in the dryer need to be highly responsive to control the dryer quickly and accurately in order to avoid under or over-drying. It is important to note that sensor accuracy alone will not be enough to avoid these issues. A probe with a fast response time, and without the complex internal measurement control loops of some analyzers, makes all the difference in dryer and overall dry room control. The volume of air being dried and pushed through is huge, so the energy consumption can easily skyrocket if the drying process is not optimized.

Newer technologies such as all solid-state batteries may require drier conditions with the dew point temperature as low as -80 ºC in individual processing steps. These steps are usually performed inside dry booths or glove boxes because it is not economical to dry the whole dry room to the same extremely low dew point level. Humidity levels in dry booths and glove boxes are monitored at critical points.

Vaisala’s DRYCAP® Technology

Vaisala’s DRYCAP® technology is the world’s most used technology for dryer monitoring and control. It is a field-proven innovation that provides accurate, stable, and fast-response dew point measurement with minimum drift. Vaisala has achieved this leading position not just because of innovation, but also because of a firm commitment to product quality and reliability, with short lead and delivery times, combined with world-class levels of service.

Versatile, cost-effective solutions for the whole process

The sensors needed to monitor humidity in the drying process of midstream battery manufacturing don’t need to be expensive ultra-high precision laboratory-level devices. For example, the miniature dew point transmitter DMT143 is a simple, cost-effective device for accurate, stable, and fast-response dew point measurements in air dryers and glove boxes.

Vaisala adds value by providing holistic systems and packages, such as the Vaisala Indigo ecosystem. The core of the Indigo offering is the transmitters and compatible probes with DRYCAP® technology. Indigo family products are versatile and easy to install, use, and service. Transmitters that support various fieldbuses and include built-in displays and other advanced features can be combined with probes such as the DMPx. This enables you to measure accurately and reliably in demanding processes with harsh chemicals, high temperatures, and ultra-low humidity. This is why the Indigo ecosystem offers the best solution for humidity monitoring and control in midstream battery production.

13/07/2024- Karnataka Chief Minister Siddaramaiah held a breakfast meeting with more than 200 CEOs from various leading sectors, including IT, Semiconductors, Electronics, AVGC, Biotech, and startups. This gathering comes in anticipation of the 27th Bengaluru Tech Summit (BTS) 2024, set to take place from November 19-21 at Bengaluru Palace.

The State Department of Electronics, Information Technology & Biotechnology presented an ‘action taken report’ during the meeting, addressing industry feedback from the previous year’s session. Key discussions focused on Karnataka’s bioeconomy, with Kharge highlighting the state’s 21% contribution and detailing plans to enhance biotechnology skills and bio-manufacturing through initiatives like bio-foundries and biofuels derived from agricultural products.

Industry bodies such as NASSCOM, IESA, TiE Bangalore, and ABLE facilitated the discussions. The upcoming BTS 2024 will cover six specialized tracks: IT & deep tech, biotech & health tech, Startup Ecosystem, Global Innovation Alliance, India-USA Tech Conclave, and the newly added Electro-Semicon track.

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Dr. V Veerappan the Chairman of IESA

“Dr. V Veerappan, Chairman IESA, applauded the decision by the Govt of Karnataka to include the “Semiconductor and Electronics sector” as a key focus at the upcoming Bengaluru Tech Summit 2024 and said it is a promising step that will bring together all stakeholders of the ESDM ecosystem. This move is expected to strengthen India’s position during a pivotal time in the global semiconductor industry.

During breakfast meeting with the CM, IESA President Ashok Chandak submitted recommendations to the Honourable Chief Minister and the Minister of ITBT Karnataka, highlighting business opportunities and ESDM growth prospects in the state. Chandak said, we are confident that with the government’s support, the state will be able to capitalize on this momentum for value chain resilience and creation. IESA is dedicated to ensuring the success of the ESDM sector showcase at BTS with exhibitors and conference speakers.”

Delhi NCR: The Indian MSME and tech sectors have several expectations from the government budget to foster growth and resilience. MSMEs seek easier access to credit with simplified loan approval processes and reduced interest rates to help overcome liquidity challenges. Enhanced credit guarantee schemes are expected to reduce lending risks, encouraging more financial institutions to lend to MSMEs. Programs aimed at boosting equity infusion would strengthen the capital base of these enterprises, enabling them to invest in growth and innovation.

Taxation relief is another critical expectation, with MSMEs hoping for reduced corporate tax rates and simplified tax compliance procedures to improve profitability and reduce administrative burdens. Additionally, there is a call for more incentives for digital adoption and technology upgrades, enabling MSMEs to stay competitive in an increasingly digital economy.

Mr. Pravin Dubey, Founder- WebClixs said, “The Indian IT sector, a key driver of the economy, has a clear vision for the upcoming Lok Sabha budget: solidify India’s position as a global IT leader. To achieve this, the sector seeks substantial investments in building a robust digital backbone with expanded broadband connectivity, especially in rural areas. This will fuel remote work, online education, and e-commerce. Additionally, the industry desires incentives to bolster domestic IT hardware production, aligning with the ‘Make in India’ initiative. This will create jobs, reduce reliance on imports, and strengthen technological capabilities. Recognizing the importance of a skilled workforce, the sector seeks increased funding for specialized skill development programs to maintain India’s talent hub status. Budgetary provisions for startups, such as funding and tax breaks, are crucial to foster innovation and job creation. With rapid digital adoption, robust cybersecurity measures are paramount. The industry urges investments in infrastructure, capabilities, and data protection laws to safeguard digital assets. Bridging the digital divide is another priority, and the sector advocates for initiatives to enhance digital literacy across all demographics. To bridge the skills gap and foster innovation, collaboration between industry and academia is sought through joint research projects and internship programs. Finally, the sector anticipates tax reforms that streamline procedures, reduce compliance burdens, and incentivize R&D activities. By focusing on these areas, the budget can unlock India’s potential as a global IT leader, driving sustainable growth and shaping the digital future.”

Mr. Naresh Kumar, CEO, Sigma – HSE India said, “In the industrial safety and risk management industry, budget expectations are driven by a commitment to safeguarding workers, mitigating risks, and ensuring regulatory compliance. A significant portion of the budget typically goes towards acquiring and maintaining state-of-the-art safety equipment and protective gear tailored to specific workplace hazards. This includes investments in personal protective equipment (PPE), safety signage, and emergency response systems.Training and education also command a substantial allocation, covering comprehensive programs that educate employees on safety protocols, hazard recognition, and emergency procedures. These programs are vital for fostering a safety-conscious culture and ensuring that all workers are well-prepared to handle potential hazards effectively. Additionally, investments in technology and software solutions are becoming increasingly important. Advanced safety monitoring systems, data analysis tools, and incident reporting software enhance an organization’s ability to track safety performance and respond to incidents swiftly. For instance, integrating IoT devices and AI-driven analytics can provide real-time insights into workplace conditions, further improving safety management.”

Mr. Ameet Venkeshwar, Chief Business Officer, LoanTap said, “In the upcoming Union Budget FY25, we expect the government’s commitment to be more towards economic growth and social development. The fiscal deficit numbers are expected to be aligned with the numbers set around 4.9% to 5.1% of the GDP without compromising on the capital spends. We expect some measures to be taken to make more liquidity available in the system. Tax relief measures, especially for the low-income group, may be implemented to increase their spending power and stimulate the economy. Moreover, there may be an increase in standard deduction slabs for salaried taxpayers who are key to driving India’s economic progress and achieving long-term prosperity. These sectors expect the government to prioritize skill development and training programs to bridge the talent gap and prepare the workforce for future challenges. By addressing these areas, the budget can play a pivotal role in driving sustainable growth and technological advancement in India.”

BANGKOK, July 13, 2024  — MGI Tech Co., Ltd. (“MGI”), a company committed to building core tools and technologies that drive innovation in life science, launched DNBSEQ-G400RS FluoXpert in the APAC region and opened early access to the platform at Medlab Asia & Asia Health 2024. Integrating high-throughput sequencing and multiplex immunofluorescence (mIF) staining, DNBSEQ-G400RS FluoXpert challenges conventions and pushes the limits of life science and technology as a multi-functional sequencer that is compatible with in vivo spatial protein detection.

“We are excited to present our DNBSEQ-G400RS FluoXpert to international customers and partners,” said Dr. Roy Tan, General Manager of MGI Asia Pacific. “Recent developments in pathology have been pointing towards automation and multiplexed spatial phenotyping among other trends. DNBSEQ-G400RS FluoXpert is a fully automated high-plex multi-omics instrument that combines both DNA/RNA and protein analysis in one, offering a powerful and cost-effective upgrade from conventional pathology and spatial proteomics tools.

What If your sequencer can do in vivo spatial protein detection?

“Cancers with high somatic mutations, which are highly prevalent in the APAC region, are known to be potentially more responsive to immunotherapies,” said Dr. Meng Yang, Assistant General Manager and VP of MGI R&D. “The G400 sequencer, recognized globally as the most extensively utilized, has consistently offered an economical platform for professional sequencing analysis. Today, we are thrilled to introduce our gradable multiplex spatial phenotyping tool, set to enable spatial biomarker discovery and revolutionize immunotherapeutic research.”

Supported by MGI’s DNBSEQä technology and a highly efficient mIF staining technology, DNBSEQ-G400RS can be turned into DNBSEQ-G400RS FluoXpert with a simple software upgrade, enabling users to obtain both molecular information and cellular morphological on the exact same platform, switching between sequencing and staining for high efficiency. Given that the same equipment may be used for multiple tasks, it is suitable for a wide range of applications in tumor classifications, disease prognosis, tissue microenvironment analysis, and more.

Adhering to principles of systemization and modularization design, DNBSEQ-G400RS FluoXpert integrates optimized hardware, state-of-the-art biochemistry and innovative software for an all-in-one multi-omics experience. The comprehensive and versatile DNBSEQ-G400RS benchtop sequencer is equipped with optimized optical, mechanical, fluidics and electrics systems, empowering a more rapid and streamlined sequencing process.

On the other hand, the platform comes with the easy-to-use and highly flexible FluoXpert mIF reagent set. It is compatible with both frozen tissue and FFPE samples, as well as off-the-shelf antibodies, eliminating the need for a complex conjugation process. Available in standard and customized options, it is backed by highly efficient autofluorescence quenching reagent and a mild but efficient elution technology, promising low residual signal and optimal antigen preservation.

In addition, the FluoXpert program supports a fully automated process of fluorescence staining and high-resolution scanning and imaging. Equipped with highly customizable protocol, it provides real-time image visualization, antibody library management, as well as independent wash and elution. The resulting images are high in quality with seamless stitching and 20x subcellular resolution (360 nm per pixel). Thanks to efficient fluid exchange and mild elution reagents, sample tissue remains intact despite multiple rounds of staining, boasting robust reproducibility.

At 50 minutes per cycle, DNBSEQ-G400RS FluoXpert is tripled the speed of conventional manual staining and imaging, making it highly suitable for multiple staining cycles. Based on different flow cells of choice, its optimal throughput ranges between 20 to 40 sections per week(calculated under 8*5) on the standard 6-plex staining kit, while the highest throughput can reach up to 140 sections per week (calculated under 24*7) on the same kit. Results generated showed no significant difference between mIF and the gold standard IHC, demonstrating great performance in spatial protein identification and making it a strong platform for use in different fields of proteomics research.

NEW YORK, July 13, 2024 — Inventory stacking, a response to the Covid-19 pandemic, drove cellular module growth in 2021 and even into 2022. However, in 2023 it was a major headwind, driving a shipment decline of over 5% relative to 2022. What has buoyed the spirits of the cellular module market has been the growth of Cat-1bis. According to a new report from global technology intelligence firm ABI Research cellular module forecasts show that Cat-1bis will replace nearly 70% of the Cat-1 market by 2029.

For years, many Cat-1 IoT devices were designed using only a single antenna which sometimes required carrier approval for use on their networks. LTE networks are ubiquitous with good coverage hence a single antenna was sufficient. But what device OEMs and chipset vendors realized is that Cat-1 module costs can be reduced even more by building a dedicated Cat-1bis chipset with send and receive functions delivered over a single antenna. Not only could power consumption be lowered but also component costs. The Cat-1bis standard in 3GPP Release 13 formalizes the common, yet informal use of single antenna Cat-1 devices. The original Cat 1 specification in 3GPP Release 8 required two antennas.

Commenting on the new data, Dan Shey, Vice President, Enabling Platforms at ABI Research, says, “Like many new developments in the cellular IoT market, China is leading with deployment of Cat-1bis. Outside of China, Cat-1bis penetration is much lower since it is typically the replacement technology for new device designs. Regardless of region, based on the benefits of Cat-1bis relative to other cellular technologies, we see Cat-1bis becoming the number two technology choice for cellular IoT applications by 2029.”

Cat-1bis benefits include lower cost – outside of China Cat-1bis modules are at least 30% cheaper with even greater reductions seen in China. Network roaming is also a benefit as 4G roaming agreements are well established unlike the challenges seen today with NB-IoT and Cat-M. Finally, the Cat-1bis standard formalizes the use of a single antenna. The only question which will vary by use case and application is connection reliability for stationary applications. For battery-powered IoT applications, fixed placement of a Cat-1bis device where cellular network coverage is poor could shorten battery life as single antenna devices struggle to connect to the cellular network.

But there is also another view of Cat-1bis in the market. According to Shey, “Presently it is unclear if the chipset vendors will invest in new Cat-1bis chipsets. At Mobile World Congress, and more recently at Asia Tech Expo, RedCap was being pushed not only by module suppliers, but also the device OEMs and the chipset community. 5G RedCap is creating an opening to drive 5G device volumes in the IoT domain. The calculus by the 5G supplier community is 5G capabilities – low latency, location granularity, and future proofing against LTE sunsets, will convince more customers to invest in these higher revenue products.”

MANILA, Philippines, July 13, 2024– Sennheiser, the global leader in audio technology, is thrilled to announce the release of the highly-anticipated EW-D Series in the Philippines at their EW-D Launch event on 17 and 18 July 2024. This groundbreaking series is set to redefine professional audio standards, offering unmatched sound quality and reliability across various use-cases. The EW-D series, consisting of the robust EW-D, the advanced EW-DX, and the portable EW-DP, is designed with the needs of sound professionals in mind. This range of cutting-edge audio gear has been built to cater to diverse audio needs, whether it’s for recording studios, live gigs, broadcast events, or for personal enjoyment.

EW-D Series and the XSW IEM

The Sennheiser EW-D Series is made up of EW-D, EW-DP, and EW-DX which will be showcased alongside the XSW IEM at the launch. These devices bring professional-grade audio quality to a variety of environments.

The EW-D offers ultimate flexibility and durability, making it adaptable to any scenario while providing unmatched sound performance. Its scalability is perfect for anything from small venues to grand arenas.

The EW-DP, designed with portability in mind, delivers premium sound on-the-go, with a light yet robust design, perfect for touring or event professionals requiring top-grade audio equipment.

Meanwhile, the XSW IEM, is an in-ear monitoring system which functions to provide personalized, high-quality audio directly to the user. It is primarily engineered for on-stage performers to listen to their performance during live events.

Spotlighting the EW-DX

Taking centre stage of this launch is the EW-DX, the premium offering in this series. The EW-DX, with its top-tier EM 2 technology, delivers pristine audio quality unlike anything on the market today. Its seamless combination of impeccable sound integrity, robust durability, and user-friendly design makes it the go-to tool for artists, technicians, and audiophiles, ensuring exceptional audio experiences and performance.

EW-DX wireless microphone systems simplify your professional workflow by utilising refined technologies and decades of research to deliver a digital UHF system that can be scaled with ease. With its advanced feature set and hardware options, live productions benefit from a network-ready system that is designed to integrate seamlessly. The system quickly assesses your environment and uses equidistant channel spacing to deploy frequencies while tools like Sennheiser’s Control Cockpit, Wireless Systems Manager, and Smart Assist App allow you to monitor your system remotely. In-device charging, 12-hour battery operation, and switching bandwidth up to 88 MHz are only a few more of the many features that make EW-DX the right tool for the job.

Experience Beyond Words: Discover Remarkable Sound

While we can speak to the technical specifications and superior engineering of the Sennheiser EW-D Series, its immersive audio experience is truly beyond words. It’s not just heard but felt profoundly – sweeping you into a world where every note is sharper, every beat more resonant, and every lyric more intimate. Sennheiser invites AVL rental companies and Houses of Worship to join the official product launch of the EW-D Series which takes place on 17 and 18 July. Experience interactive product demonstrations, groundbreaking performances by local artists including Grace Note, and discover the transformative potential of the EW-D series. Exclusive purchasing options for these innovative Sennheiser products will also be made available at the event.

The launch of Sennheiser’s EW-D Series is not only a new chapter for the company but also a revolutionary moment for the sound industry in the Philippines. Attendees at this interactive launch event are encouraged to experience firsthand the exceptional audio quality, versatility, and reliability that Sennheiser’s EW-D series offers.

Sennheiser invites attendees to experience studio-quality sound and world-class technology, while exploring its new line of EW-D products. This is an excellent opportunity for those keen on updating their audio equipment, exploring new sound technologies, or simply curious about the EW-D Series’ potential on stage.

12/07/2024- AI Appreciation Day celebrated on July 16, is an opportunity to recognize the incredible advancements in artificial intelligence that have transformed our lives. From streamlining everyday tasks to revolutionizing entire industries, AI has become a crucial component of modern society. AI, a branch of computer science, creates systems capable of performing tasks that usually require human intelligence.

Experts highlight the vast potential of AI across sectors such as healthcare, finance, agriculture, education, and manufacturing. Intelligent AI systems collaborate seamlessly with humans to solve complex problems, enhancing efficiency and effectiveness.

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Rajarshi Bhattacharyya, Co-Founder, Chairman and Managing Director, ProcessIT Global:

“In today’s digital era, the sheer volume of data processed by organizational networks makes manual monitoring and establishing security a formidable challenge. Traditional cybersecurity approaches struggle to keep pace with the constantly evolving and sophisticated threat landscape. AI solutions, however, leverage advanced algorithms to analyze vast amounts of data in real time and provide 24/7 security monitoring. On this AI Appreciation Day, we celebrate the incredible advances AI has made in securing our digital networks. AI excels in strengthening threat detection and prevention, enabling real-time monitoring, and enhancing incident response capabilities. At ProcessIT Global, we recognize the immense potential AI holds in building a secure and safer digital future for both organizations and individuals, and we remain committed to harnessing its power.”

Chetan Jain, Founding Executive Director, and Managing Director, Inspira Enterprise:

“On AI Appreciation Day, we at Inspira Enterprise, reaffirm our commitment to leveraging AI to create a positive societal impact. AI-powered security systems excel in detecting and analyzing vast datasets, and quickly identifying potential threats. By combating sophisticated threat actors and enhancing threat detection, AI streamlines security processes, improves incident response times and minimizes human intervention and fatigue. The rapid integration of AI in cybersecurity is reshaping governance and user interaction. By harnessing AI ethically and transparently, we are not just advancing technology but also fostering innovation and inclusivity that transcends boundaries.”

BANGALORE—July 12, 2024—New Relic, the intelligent observability platform, launched the industry’s first fully-integrated, AI-driven Digital Experience Monitoring (DEM) solution to optimize app performance and proactively prevent interruptions in digital experiences. The enterprise-grade solution offers end-to-end visibility and real-time insights across mobile, web, and AI apps, enabling organizations to deliver high-quality digital experiences across all touchpoints, with new features like New Relic mobile user journeys, New Relic mobile logs, and enhancements to New Relic session replay.

DEM is more critical than ever, especially for AI adoption

Interruptions in digital experiences—such as apps not loading or performing slowly—can erode customer satisfaction, cause customers to abandon carts or leave bad reviews, and result in lower conversion rates and missed opportunities that ultimately impact revenue. This situation is worsened with the pressure to adopt fast-evolving AI technologies like chatGPT that can produce unreliable results and further damage brand reputation. New Relic DEM, part of the New Relic observability platform, monitors real user interactions across all applications, including AI applications, helps identify incorrect AI responses, and flags user friction points. This ensures frictionless and consistent experiences wherever users interact, allowing enterprises to adopt AI with confidence.

Integrated DEM delivers real-time insights for uninterrupted digital experiences

Most enterprises today struggle with multiple user monitoring point solutions that create disjointed partial views of their digital experiences. New Relic DEM is the only integrated solution that combines real user monitoring (RUM) capabilities like browser monitoring, mobile monitoring, and synthetic monitoring, with APM 360, errors inbox, and AI monitoring in a single platform, out of the box. This provides enterprises with an end-to-end view of their customer experience and insights in the context of their entire application stack, helping them measure the health and performance of applications and underlying network and infrastructure from a user point of view. It enables them to pinpoint the root cause of issues and quickly resolve them. It also allows for a better understanding of user behavior and journeys within the apps, helping to design new app features that delight users and drive engagement.

“As streaming services across India and the world gear up for the record breaking viewership of the Paris Olympics, they must do everything they can to prevent buffering screens and frozen replays. When even the slightest delay can lead to customer churn, poor reviews, or lost subscribers, every second matters,” said New Relic Field Chief Technology Officer, APJ Peter Marelas. “New Relic enables streamers to proactively manage and optimise digital experiences in real-time; enabling them to host uninterrupted live events for every viewer across all devices – laptop, smart TV, mobile or tablet – even during peak times.”

New Relic’s advanced DEM capabilities drive business outcomes:

Superior insights without the high costs: The only session replay solution that automatically captures 100% of incidents and records critical user actions leading up to each incident, offering superior insights without the expense of recording every single session.

The most comprehensive list of mobile platforms: Comprehensive mobile log management supports a wide range of platforms (iOS, Android, watchOS), and popular hybrid frameworks (Xamarin, .NET MAUI, React Native, Flutter, Cordova, and Ionic Capacitor). This enables organizations to detect and mitigate risks across the mobile ecosystem, proactively addressing issues that affect customers.

Actionable user journeys without event duplication: The only mobile user journeys solution to provide automatic, dynamic, nonlinear charts without event duplication. It delivers detailed insights beyond basic page views, including breadcrumbs, HTTP events, and handled exceptions, facilitating quicker issue resolution and enhancing mobile user experiences.

New Relic DEM is available now, with flexible pricing to accommodate businesses of all sizes. For more information, visit:

• New Relic DEM webpage
• New Relic DEM Data Sheet
• New Relic DEM blog post
• New Relic mobile user journeys blog post
• New Relic session replay blog post
• New Relic log management webpage

Coimbatore, India – July 12, 2024 – IoTechWorld, a leader in agricultural drone technology, is set to make waves at the 22nd CODISSIA Agri Intex, held from July 11th to 15th at the Codissia Trade Fair Complex in Coimbatore, Tamil Nadu. The company is thrilled to unveil its latest innovation, the Agribot MX drone, specifically designed for the southern states of India and for progressive farmers advanced spraying requirements.

As India’s number one agricultural drone, Agribot represents the pinnacle of advanced farming technology, aimed at revolutionizing the agriculture sector with advanced solutions that enhance productivity and sustainability. Visitors to Stall No. 5, Hall H, will have the exclusive opportunity to witness the Agribot MX drone, including the AGRIBOT A6 and the DRISHTI surveillance drone. The Agribot MX drone features cutting-edge technologies including Radar based ADAS (Advanced Drone Assistance Systems- drone detects obstruction and reroute automatically) and Terrain Following capabilities, offers Real-time data transmission to the cloud accessible through an intuitive dashboard on computer or AGRINET app on mobile phone, powered by a high-quality Lithium-Ion battery with 25200 mAh which helps in spraying on 3 acres per charge and has life of more than 500cycles.

Speaking on the participation Mr. Deepak Bharadwaj, Co-Founder & Director said “The 22nd CODISSIA Agri Intex underscores our dedication to advancing agricultural technology in India. We are committed to bring advancement in Indian Agri Sector. We have developed many spray service partners who are earning more than Rs.10lakh per year using our drones. We are proud to say that AGRIBOT is a machine which delivers value to Agri Entrepreneurs, Farmers and to society also. This launch not only underscores our commitment to revolutionizing farming practices but also signals our strategic expansion into southern states.

IoTechWorld is committed to advancing agricultural technology in India, said Mr. Anup Upadhyay, Co-Founder & Director at IoTechWorld. “Today marks a significant leap forward for IoTechWorld as we unveil the Agribot MX, our latest innovation in agricultural drone technology. We are proud to manufacture all our drone components in India, aligning with the Make in India initiative and contributing to the country’s technological self-reliance”. We are excited to bring our cutting-edge solutions closer to farmers, empowering them with advanced tools tailored to enhance productivity and sustainability in agriculture”

In addition to showcasing their drone fleet, IoTechWorld will highlight the indigenously manufactured components of their drones, proudly supporting the Make in India initiative. This commitment to domestic manufacturing not only strengthens the local economy but also ensures the highest standards of quality and innovation in drone technology.

With this launch IoTechWorld is planning to expand its footprint in southern states and is actively seeking channel partners to enhance distribution and service capabilities across the region.