This document provides information on post-harvest handling of citrus fruits in Northeast India. It discusses the current practices, which include harvesting citrus at improper maturity stages and transporting fruits without packaging. This leads to major post-harvest losses at various stages. The document then outlines best practices for harvesting, packaging, sorting, storing and transporting citrus to reduce losses. It also presents information on processing citrus into products like juice, squash and cordials to increase utilization and marketability.
Role of ICRISAT plant quarantine laboratory in crop germplasm exchangeICRISAT
油
The Plant Quarantine Laboratory at ICRISAT plays an important role in minimizing phytosanitary risks associated with the international exchange of crop germplasm. It conducts seed health testing on germplasm samples intended for export and import according to Indian regulations. Over the years it has intercepted many quarantine pests and pathogens during testing, helping prevent their introduction or spread. The laboratory works closely with NBPGR to facilitate the safe exchange of germplasm required for genetic improvement of crops.
- 60% of citrus production in Pakistan is from Kinnow mandarin, which was created through a cross between a king orange and willow leaf mandarin in 1925.
- Pakistan is the largest producer of Kinnow, contributing 95% of global Kinnow production.
- Major citrus growing areas in Pakistan include districts in Punjab, KPK, Sind and Baluchistan provinces.
This document discusses strategies for horticulture development in India. It notes that India is a major global producer of many fruits and vegetables. Horticulture crops contribute significantly to Indian agriculture and exports. The National Horticulture Mission aims to promote horticulture crop production and support farmers. Key interventions include developing planting material, infrastructure like pack houses and cold storage, clusters of crops, organic farming, and linking farmers to markets. Focusing on high-value crops, developing post-harvest facilities, and adopting new technologies and management practices can help overcome constraints and further develop horticulture in India.
The document discusses citrus canker, a bacterial disease caused by Xanthomonas axonopodis pv. citri, that affects all citrus plant species and is prevalent in India and the USA. Symptoms include yellow-brown spots on leaves and fruit, leading to defoliation and decreased market value. Management strategies include using disease-free stock, appropriate spraying before planting, regular pruning, and the application of neem cake and streptomycin sulfate.
Plant Biosecurity develops quarantine policies to protect plant health from exotic pests based on national and international obligations. The International Plant Protection Convention (IPPC) aims to prevent the spread and introduction of plant pests through coordinated action. Pest Risk Analysis (PRA) identifies, assesses, and manages risks posed by quarantine pests to determine appropriate phytosanitary measures. The PRA process involves initiation, pest risk assessment, and pest risk management stages. Risk assessment evaluates the probability of entry, establishment, and spread of pests, as well as potential economic consequences. Risk management identifies, evaluates, and selects options to reduce risks to an acceptable level.
ANALYSIS OF PAKISTAN'S HORTICULTURE EXPORTSAkram Khalid
油
- Pakistan's horticulture exports have potential for growth given the global market for fruit and vegetable exports was over $222 billion in 2013. However, Pakistan only accounted for 0.3% of this market.
- The top horticultural crops in Pakistan are citrus and mango, which make up over 50% of total fruit production. For vegetables, potatoes and onions are the largest.
- Pakistan's citrus exports, led by kinnow, have been growing. However, export prices to countries like Afghanistan, Russia, and Ukraine are still below world prices, representing an opportunity.
- The FPCCI standing committee on horticulture aims to boost exports by identifying opportunities, addressing issues with min
Area & production, productivity,export potential,and national scenario of fru...Delince Samuel
油
This document provides information on the area, production, productivity, and export potential of various fruit crops in India for the year 2010-2011. It summarizes that mango had a moderate productivity of 6.6 but high production, making India the largest producer. It also notes that banana had the highest production while citrus and grapes saw reduced production and productivity compared to previous years. Apple production saw increased productivity of 10.0 due to improved cultivation techniques.
The document discusses three principles of indexing:
1) Exhaustivity - analyzing documents thoroughly to identify subjects
2) Specificity - allowing precise specification of document subjects
3) Consistency - having agreement on index term usage within and between indexers to apply terms consistently.
Pre and post harvest losses in fruits , crops a lookinto its losses by Allah ...Mr.Allah Dad Khan
油
1. Pre and post harvest losses in crops, fruits and vegetables in Pakistan are estimated to be around 35% due to factors like poor soil fertility, imbalance in fertilizer use, lack of plant nutrients, pest and disease infestation, and improper harvesting, handling, transportation and storage practices.
2. Key causes of pre and post harvest losses include mechanical damage during harvesting and handling which can lead to bruising, skin breaks and decay; temperature extremes that can cause freezing, chilling or heat injuries; and diseases and pests which commonly infect produce through wounds.
3. Studies in Pakistan on apple, potato and tomato storage have shown that proper storage structures and conditions like low temperatures and humidity control can help retain quality
Quarantine protocols for export of fruit and vegetablesNanje Gowda
油
Quarantine protocols and standards are essential for facilitating safe global trade while preventing the introduction and spread of agricultural pests and diseases. Various treatments like fumigation, heat treatments, and irradiation can be used to meet quarantine requirements. Adhering to international standards and conducting pest risk analyses are important for agricultural exports. Quarantine inspections and certifications allow exports to meet import requirements while protecting domestic agriculture.
Pakistan's Agriculture Sector- 3 (Horticulture) Challenges and ResponseShahid Hussain Raja
油
The document explores the challenges and potential of Pakistan's horticulture sector, highlighting issues such as inadequate policies, poor market access, and limited capital that hinder growth despite the country's rich agricultural resources. It suggests actionable strategies for enhancement, including increasing productivity and profitability through improved research, technology use, and marketing infrastructure, as well as advocating for comprehensive policy reforms to support sustainable practices and better investment in the sector. The ultimate goal is to bolster economic growth, food security, and livelihoods for rural communities while addressing environmental concerns.
The document discusses various post-harvest diseases affecting citrus fruits, highlighting pathogens like Penicillium spp., Geotrichum candidum, and others, along with their symptoms and conditions that favor their growth. It also covers management strategies for preventing these diseases, including careful handling, sanitation, and the use of fungicides. Additionally, it addresses issues like chilling injury and oleocellosis, providing insights on their causes and management techniques.
India is the largest producer of fruits globally, yet its fruit exports contribute only 1% to agricultural export earnings, primarily dominated by grapes and mangoes. The document outlines challenges like lack of exportable varieties and inadequate infrastructure, along with proposed solutions for enhancing export capacity through improved market access and government integration. Recommendations emphasize the importance of aligning government schemes and strengthening food processing infrastructure to bolster India's fruit export potential.
The document provides information about citrus agronomy. It discusses the botanical details of citrus plants including their flowers, leaves, fruits, propagation through budding, and varieties such as oranges, grapefruits, and lemons. It also outlines best practices for establishing a citrus orchard including site selection, planting, irrigation, fertilization, pruning, pest control, and weed removal. The goal is to produce a canopy of sufficient size for economic fruit production through proper maintenance operations in the nursery and orchard.
Citrus (Production Technology and diseases)Zohaib Hassan
油
The document provides a comprehensive overview of citrus production in Pakistan, detailing its significance in agricultural exports, production statistics, and key growing conditions. It covers soil requirements, temperature needs, irrigation methods, major diseases affecting citrus crops, and suggests corrective measures for pest management and plant health. Additionally, it emphasizes the importance of certified plants and proper cultural practices to enhance citrus production and addresses challenges faced in the industry.
The document summarizes several common diseases that affect citrus plants, including powdery mildew, gummosis, diplodia gummosis, ganoderma root rot, canker, exocortis, greening, scab, tristeza, sooty mould, and storage rots. It describes the symptoms caused by each disease, the causal organisms, and recommends management practices like fungicide application, sanitation, controlling insect vectors, and maintaining good orchard conditions to control the spread of these diseases.
As global food demand rises, addressing postharvest losses becomes crucial, with one-third of produced food wasted annually. This document highlights the significance of proper postharvest handling, particularly for citrus fruits, detailing factors that contribute to losses such as physiological disorders and diseases. Recommendations for reducing these losses include careful handling, optimal storage conditions, and timely postharvest treatments.
Agriculture in Pakistan faces many problems. Only 23.5% of Pakistan's total land area is cultivated, and per acre yields of major crops like wheat and rice are lower than in other countries due to outdated farming methods and a lack of infrastructure and technology. Small landholdings are also uneconomical as the average size is less than 2 hectares. Additionally, unstable market prices and a lack of funds negatively impact farmers. Many reforms are needed to modernize farming practices, improve irrigation systems, provide access to credit, and ensure stable returns to help Pakistani agriculture reach its full potential.
Status of Fruit and vegetable industry in IndiaAbhishek Thakur
油
The document discusses horticulture in India. It states that India is the second largest producer of fruits and vegetables globally. Horticulture contributes 30% of India's agricultural GDP from 8.5% of cropped area. The major horticultural crops produced in India are fruits (29.7%), vegetables (60.76%), spices (2.31%), flowers (0.64%), plantation crops (6.36%), and aromatic plants (0.22%). It also provides statistics on production of various fruits and vegetables in India and discusses exports of horticultural crops which helped earn Rs. 14,000 crore in 2013-14.
The document discusses the importance of post-harvest handling of flowers to maintain their quality and longevity, highlighting factors such as the stage of harvest, pre-cooling, pulsing treatments, and the use of preservative solutions. It emphasizes the need for optimal packaging and cold chain management during transportation to enhance shelf life. Additionally, it explores grading techniques and recent advancements in packaging materials and technologies for the export of flowers.
The document discusses various post-harvest handling techniques for fresh horticultural crops including precooling methods. It describes harvesting based on physiological and horticultural maturity. Key post-harvest steps discussed are sorting, grading, packaging, and different precooling techniques like room cooling, forced air cooling, hydrocooling, vacuum cooling and package icing. Maintaining quality during post-harvest handling is important to reduce losses between harvest and consumption.
This document provides information on the anti-stress agent TONIK FORTE速 for use on various crops. It lists application rates and schedules for crops like wheat, barley, corn, rice and others. The active ingredients are listed as various potassium nitrophenolates and phenoxyacetate. Caution is advised to avoid contact with skin and eyes. First aid measures and storage instructions are also provided, along with manufacturer details.
Magic Root is a root growth regulator containing ethanolamine phosphate, zinc phosphonate, indol propionic acid, phenoxyacetic acid, and alginic acid. It contains 5% nitrogen, 30% phosphorus, and 2% zinc. Magic Root should be applied at a rate of 2 liters per 0.1 hectare per ton of water for drip irrigation or 0.5 liters per 0.1 hectare per 20 liters of water for spraying. It is used as a growth regulator for primary and secondary roots, for cation exchange in the root zone, and as a plant growth regulator, anti-salinity and anti-lime agent, and anti-stress agent for all crops.
Magic Rain is a soil and water regulator containing several acids and chelating agents that can be used to remove lime from soil and drip lines, regulate acidity in water, remove salinity from soil, and act as an antibacterial, antifungal, and antiviral for soil and water. It also functions as a plant growth regulator for crops when applied at a dosage of 1 liter per 0.1 hectare of water. The product uses patented Blue-Gel technology and was developed by LaborGe Agrochemicals Research and Development Laboratories.
Magic Fruit is a plant growth regulator containing ethylene diamine, potassium acetate, fulvic acid, phenoxyacetic acid, o-p nitrophenol, and glucuronic acid. It regulates growth, color, odor, and taste of fruits when used as a 2 liter per 0.1 hectare dosage in drip irrigation or a 0.5 liter per 0.1 hectare spray. The product is developed by Laborge Agrochemicals Research and Development Laboratories at Selcuk University in Konya, Turkey.
"How to survive Black Friday: preparing e-commerce for a peak season", Yurii ...Fwdays
油
We will explore how e-commerce projects prepare for the busiest time of the year, which key aspects to focus on, and what to expect. Well share our experience in setting up auto-scaling, load balancing, and discuss the loads that Silpo handles, as well as the solutions that help us navigate this season without failures.
The document discusses three principles of indexing:
1) Exhaustivity - analyzing documents thoroughly to identify subjects
2) Specificity - allowing precise specification of document subjects
3) Consistency - having agreement on index term usage within and between indexers to apply terms consistently.
Pre and post harvest losses in fruits , crops a lookinto its losses by Allah ...Mr.Allah Dad Khan
油
1. Pre and post harvest losses in crops, fruits and vegetables in Pakistan are estimated to be around 35% due to factors like poor soil fertility, imbalance in fertilizer use, lack of plant nutrients, pest and disease infestation, and improper harvesting, handling, transportation and storage practices.
2. Key causes of pre and post harvest losses include mechanical damage during harvesting and handling which can lead to bruising, skin breaks and decay; temperature extremes that can cause freezing, chilling or heat injuries; and diseases and pests which commonly infect produce through wounds.
3. Studies in Pakistan on apple, potato and tomato storage have shown that proper storage structures and conditions like low temperatures and humidity control can help retain quality
Quarantine protocols for export of fruit and vegetablesNanje Gowda
油
Quarantine protocols and standards are essential for facilitating safe global trade while preventing the introduction and spread of agricultural pests and diseases. Various treatments like fumigation, heat treatments, and irradiation can be used to meet quarantine requirements. Adhering to international standards and conducting pest risk analyses are important for agricultural exports. Quarantine inspections and certifications allow exports to meet import requirements while protecting domestic agriculture.
Pakistan's Agriculture Sector- 3 (Horticulture) Challenges and ResponseShahid Hussain Raja
油
The document explores the challenges and potential of Pakistan's horticulture sector, highlighting issues such as inadequate policies, poor market access, and limited capital that hinder growth despite the country's rich agricultural resources. It suggests actionable strategies for enhancement, including increasing productivity and profitability through improved research, technology use, and marketing infrastructure, as well as advocating for comprehensive policy reforms to support sustainable practices and better investment in the sector. The ultimate goal is to bolster economic growth, food security, and livelihoods for rural communities while addressing environmental concerns.
The document discusses various post-harvest diseases affecting citrus fruits, highlighting pathogens like Penicillium spp., Geotrichum candidum, and others, along with their symptoms and conditions that favor their growth. It also covers management strategies for preventing these diseases, including careful handling, sanitation, and the use of fungicides. Additionally, it addresses issues like chilling injury and oleocellosis, providing insights on their causes and management techniques.
India is the largest producer of fruits globally, yet its fruit exports contribute only 1% to agricultural export earnings, primarily dominated by grapes and mangoes. The document outlines challenges like lack of exportable varieties and inadequate infrastructure, along with proposed solutions for enhancing export capacity through improved market access and government integration. Recommendations emphasize the importance of aligning government schemes and strengthening food processing infrastructure to bolster India's fruit export potential.
The document provides information about citrus agronomy. It discusses the botanical details of citrus plants including their flowers, leaves, fruits, propagation through budding, and varieties such as oranges, grapefruits, and lemons. It also outlines best practices for establishing a citrus orchard including site selection, planting, irrigation, fertilization, pruning, pest control, and weed removal. The goal is to produce a canopy of sufficient size for economic fruit production through proper maintenance operations in the nursery and orchard.
Citrus (Production Technology and diseases)Zohaib Hassan
油
The document provides a comprehensive overview of citrus production in Pakistan, detailing its significance in agricultural exports, production statistics, and key growing conditions. It covers soil requirements, temperature needs, irrigation methods, major diseases affecting citrus crops, and suggests corrective measures for pest management and plant health. Additionally, it emphasizes the importance of certified plants and proper cultural practices to enhance citrus production and addresses challenges faced in the industry.
The document summarizes several common diseases that affect citrus plants, including powdery mildew, gummosis, diplodia gummosis, ganoderma root rot, canker, exocortis, greening, scab, tristeza, sooty mould, and storage rots. It describes the symptoms caused by each disease, the causal organisms, and recommends management practices like fungicide application, sanitation, controlling insect vectors, and maintaining good orchard conditions to control the spread of these diseases.
As global food demand rises, addressing postharvest losses becomes crucial, with one-third of produced food wasted annually. This document highlights the significance of proper postharvest handling, particularly for citrus fruits, detailing factors that contribute to losses such as physiological disorders and diseases. Recommendations for reducing these losses include careful handling, optimal storage conditions, and timely postharvest treatments.
Agriculture in Pakistan faces many problems. Only 23.5% of Pakistan's total land area is cultivated, and per acre yields of major crops like wheat and rice are lower than in other countries due to outdated farming methods and a lack of infrastructure and technology. Small landholdings are also uneconomical as the average size is less than 2 hectares. Additionally, unstable market prices and a lack of funds negatively impact farmers. Many reforms are needed to modernize farming practices, improve irrigation systems, provide access to credit, and ensure stable returns to help Pakistani agriculture reach its full potential.
Status of Fruit and vegetable industry in IndiaAbhishek Thakur
油
The document discusses horticulture in India. It states that India is the second largest producer of fruits and vegetables globally. Horticulture contributes 30% of India's agricultural GDP from 8.5% of cropped area. The major horticultural crops produced in India are fruits (29.7%), vegetables (60.76%), spices (2.31%), flowers (0.64%), plantation crops (6.36%), and aromatic plants (0.22%). It also provides statistics on production of various fruits and vegetables in India and discusses exports of horticultural crops which helped earn Rs. 14,000 crore in 2013-14.
The document discusses the importance of post-harvest handling of flowers to maintain their quality and longevity, highlighting factors such as the stage of harvest, pre-cooling, pulsing treatments, and the use of preservative solutions. It emphasizes the need for optimal packaging and cold chain management during transportation to enhance shelf life. Additionally, it explores grading techniques and recent advancements in packaging materials and technologies for the export of flowers.
The document discusses various post-harvest handling techniques for fresh horticultural crops including precooling methods. It describes harvesting based on physiological and horticultural maturity. Key post-harvest steps discussed are sorting, grading, packaging, and different precooling techniques like room cooling, forced air cooling, hydrocooling, vacuum cooling and package icing. Maintaining quality during post-harvest handling is important to reduce losses between harvest and consumption.
This document provides information on the anti-stress agent TONIK FORTE速 for use on various crops. It lists application rates and schedules for crops like wheat, barley, corn, rice and others. The active ingredients are listed as various potassium nitrophenolates and phenoxyacetate. Caution is advised to avoid contact with skin and eyes. First aid measures and storage instructions are also provided, along with manufacturer details.
Magic Root is a root growth regulator containing ethanolamine phosphate, zinc phosphonate, indol propionic acid, phenoxyacetic acid, and alginic acid. It contains 5% nitrogen, 30% phosphorus, and 2% zinc. Magic Root should be applied at a rate of 2 liters per 0.1 hectare per ton of water for drip irrigation or 0.5 liters per 0.1 hectare per 20 liters of water for spraying. It is used as a growth regulator for primary and secondary roots, for cation exchange in the root zone, and as a plant growth regulator, anti-salinity and anti-lime agent, and anti-stress agent for all crops.
Magic Rain is a soil and water regulator containing several acids and chelating agents that can be used to remove lime from soil and drip lines, regulate acidity in water, remove salinity from soil, and act as an antibacterial, antifungal, and antiviral for soil and water. It also functions as a plant growth regulator for crops when applied at a dosage of 1 liter per 0.1 hectare of water. The product uses patented Blue-Gel technology and was developed by LaborGe Agrochemicals Research and Development Laboratories.
Magic Fruit is a plant growth regulator containing ethylene diamine, potassium acetate, fulvic acid, phenoxyacetic acid, o-p nitrophenol, and glucuronic acid. It regulates growth, color, odor, and taste of fruits when used as a 2 liter per 0.1 hectare dosage in drip irrigation or a 0.5 liter per 0.1 hectare spray. The product is developed by Laborge Agrochemicals Research and Development Laboratories at Selcuk University in Konya, Turkey.
"How to survive Black Friday: preparing e-commerce for a peak season", Yurii ...Fwdays
油
We will explore how e-commerce projects prepare for the busiest time of the year, which key aspects to focus on, and what to expect. Well share our experience in setting up auto-scaling, load balancing, and discuss the loads that Silpo handles, as well as the solutions that help us navigate this season without failures.
9-1-1 Addressing: End-to-End Automation Using FMESafe Software
油
This session will cover a common use case for local and state/provincial governments who create and/or maintain their 9-1-1 addressing data, particularly address points and road centerlines. In this session, you'll learn how FME has helped Shelby County 9-1-1 (TN) automate the 9-1-1 addressing process; including automatically assigning attributes from disparate sources, on-the-fly QAQC of said data, and reporting. The FME logic that this presentation will cover includes: Table joins using attributes and geometry, Looping in custom transformers, Working with lists and Change detection.
The Future of Product Management in AI ERA.pdfAlyona Owens
油
Hi, Im Aly Owens, I have a special pleasure to stand here as over a decade ago I graduated from CityU as an international student with an MBA program. I enjoyed the diversity of the school, ability to work and study, the network that came with being here, and of course the price tag for students here has always been more affordable than most around.
Since then I have worked for major corporations like T-Mobile and Microsoft and many more, and I have founded a startup. I've also been teaching product management to ensure my students save time and money to get to the same level as me faster avoiding popular mistakes. Today as Ive transitioned to teaching and focusing on the startup, I hear everybody being concerned about Ai stealing their jobs Well talk about it shortly.
But before that, I want to take you back to 1997. One of my favorite movies is Fifth Element. It wowed me with futuristic predictions when I was a kid and Im impressed by the number of these predictions that have already come true. Self-driving cars, video calls and smart TV, personalized ads and identity scanning. Sci-fi movies and books gave us many ideas and some are being implemented as we speak. But we often get ahead of ourselves:
Flying cars,Colonized planets, Human-like AI: not yet, Time travel, Mind-machine neural interfaces for everyone: Only in experimental stages (e.g. Neuralink).
Cyberpunk dystopias: Some vibes (neon signs + inequality + surveillance), but not total dystopia (thankfully).
On the bright side, we predict that the working hours should drop as Ai becomes our helper and there shouldnt be a need to work 8 hours/day. Nobody knows for sure but we can require that from legislation. Instead of waiting to see what the government and billionaires come up with, I say we should design our own future.
So, we as humans, when we dont know something - fear takes over. The same thing happened during the industrial revolution. In the Industrial Era, machines didnt steal jobsthey transformed them but people were scared about their jobs. The AI era is making similar changes except it feels like robots will take the center stage instead of a human. First off, even when it comes to the hottest space in the military - drones, Ai does a fraction of work. AI algorithms enable real-time decision-making, obstacle avoidance, and mission optimization making drones far more autonomous and capable than traditional remote-controlled aircraft. Key technologies include computer vision for object detection, GPS-enhanced navigation, and neural networks for learning and adaptation. But guess what? There are only 2 companies right now that utilize Ai in drones to make autonomous decisions - Skydio and DJI.
UserCon Belgium: Honey, VMware increased my billstijn40
油
VMwares pricing changes have forced organizations to rethink their datacenter cost management strategies. While FinOps is commonly associated with cloud environments, the FinOps Foundation has recently expanded its framework to include Scopesand Datacenter is now officially part of the equation. In this session, well map the FinOps Framework to a VMware-based datacenter, focusing on cost visibility, optimization, and automation. Youll learn how to track costs more effectively, rightsize workloads, optimize licensing, and drive efficiencyall without migrating to the cloud. Well also explore how to align IT teams, finance, and leadership around cost-aware decision-making for on-prem environments. If your VMware bill keeps increasing and you need a new approach to cost management, this session is for you!
WebdriverIO & JavaScript: The Perfect Duo for Web Automationdigitaljignect
油
In todays dynamic digital landscape, ensuring the quality and dependability of web applications is essential. While Selenium has been a longstanding solution for automating browser tasks, the integration of WebdriverIO (WDIO) with Selenium and JavaScript marks a significant advancement in automation testing. WDIO enhances the testing process by offering a robust interface that improves test creation, execution, and management. This amalgamation capitalizes on the strengths of both tools, leveraging Seleniums broad browser support and WDIOs modern, efficient approach to test automation. As automation testing becomes increasingly vital for faster development cycles and superior software releases, WDIO emerges as a versatile framework, particularly potent when paired with JavaScript, making it a preferred choice for contemporary testing teams.
As AI reshapes expectations in retail and B2B commerce, organizations are recognizing a critical reality: meaningful AI outcomes depend on well-structured, adaptable infrastructure. In this session, Seth Earley is joined by Phil Ryan - AI strategist, search technologist, and founder of Glass Leopard Technologies - for a candid conversation on what it truly means to engineer systems for scale, agility, and intelligence.
Phil draws on more than two decades of experience leading search and AI initiatives for enterprise organizations. Together, he and Seth explore the challenges businesses face when legacy architectures limit personalization, agility, and real-time decisioning - and what needs to change to support agentic technologies and next-best-action capabilities.
Key themes from the webinar include:
Composability as a prerequisite for AI油- Why modular, loosely coupled systems are essential for adapting to rapid innovation and evolving business needs
Search and relevance as foundational to AI油- How techniques honed-in enterprise search have laid the groundwork for more responsive and intelligent customer experiences
From MDM and CDP to agentic systems油- How data platforms are evolving to support richer customer context and dynamic orchestration
Engineering for business alignment油- Why successful AI programs require architectural decisions grounded in measurable outcomes
The conversation is practical and forward-looking, connecting deep technical understanding with real-world business needs. Whether youre modernizing your commerce stack or exploring how AI can enhance product discovery, personalization, or customer journeys, this session provides a clear-eyed view of the capabilities, constraints, and priorities that matter most.
Curietech AI in action - Accelerate MuleSoft developmentshyamraj55
油
CurieTech AI in Action Accelerate MuleSoft Development
Overview:
This presentation demonstrates how CurieTech AIs purpose-built agents empower MuleSoft developers to create integration workflows faster, more accurately, and with less manual effort
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Key Highlights:
Dedicated AI agents for every stage: Coding, Testing (MUnit), Documentation, Code Review, and Migration
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DataWeave automation: Generate mappings from tables or samples95%+ complete within minutes
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Integration flow generation: Auto-create Mule flows based on specificationsspeeds up boilerplate development
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Efficient code reviews: Gain intelligent feedback on flows, patterns, and error handling
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Test & documentation automation: Auto-generate MUnit test cases, sample data, and detailed docs from code
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Why Now?
Achieve 10 productivity gains, slashing development time from hours to minutes
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Maintain high accuracy with code quality matching or exceeding manual efforts
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Ideal for developers, architects, and teams wanting to scale MuleSoft projects with AI efficiency
Conclusion:
CurieTech AI transforms MuleSoft development into an AI-accelerated workflowletting you focus on innovation, not repetition.
Connecting Data and Intelligence: The Role of FME in Machine LearningSafe Software
油
In this presentation, we want to explore powerful data integration and preparation for Machine Learning. FME is known for its ability to manipulate and transform geospatial data, connecting diverse data sources into efficient and automated workflows. By integrating FME with Machine Learning techniques, it is possible to transform raw data into valuable insights faster and more accurately, enabling intelligent analysis and data-driven decision making.
Quantum AI: Where Impossible Becomes ProbableSaikat Basu
油
Imagine combining the "brains" of Artificial Intelligence (AI) with the "super muscles" of Quantum Computing. That's Quantum AI!
It's a new field that uses the mind-bending rules of quantum physics to make AI even more powerful.