#incorrect sdk

[monsterblogging]

Finding more interesting things while going through Alex Irvine's novelization of Pacific Rim: Uprising.

We learn about the Severnaya manufacturing facility, which had produced power cores for Mark-1 and Mark-2 Jaegers. Page 95 informs us that it was constructed in 2019 and decommissioned in 2022. Page 95 also claims that it was shut down because:

Remoteness of location offered protection from Kaiju attacks but caused difficulties in shipping. Personnel suffered from low morale and resultant low productivity as a result of isolation. Shipments were vulnerable to theft due to multiple transfer points en route to Shatterdome locations. Errors in siting survey resulted in nearby glaciers causing shifts in subterranean areas of the manufacturing floor.

But page 96 informs us:

The PPDC had built a number of factories in places like this, far from the Pacific Ocean and therefore less likely to be lost in Kaiju attacks. But this one had been mothballed during the war, according to the records Gottlieb had retrieved. Newer power core technologies pioneered in China and Washington state had relocated much of the manufacturing to those places, and the Severnaya facility had been completely abandoned for more than a decade.

Now, if we know anything from the original Pacific Rim novelization, it's that Legendary provided Alex Irvine with no small amount of outdated or incorrect information. So to see a discrepancy like this in Uprising's novelization isn't really surprising.

Now, if you know your Pacific Rim chronology, you might recall that the last nuclear generation of Jaegers deployed in 2017, two years before this facility was supposedly even built. This makes the 2019-2022 dates quite strange.

However - Guillermo del Toro stated that Pacific Rim 2 was initially meant to be set "a few years" after the first movie. (Source.) So if we ballpark a date of 2028 and subtract approximately ten years, that gives us a decommissioning date somewhere closer to 2018 - in other words, exactly when we would expect a facility like this to be shut down.

Was this, perhaps, part of the story before SDK took over?

[siliconsignalsblog]

What is BSP? Top 8 Advantages of BSP Development.

“BSP”(Board Support Package Development) term was first used in the year 1981 when the developers of the VRTX, Hunter & Ready described the hardware-dependent software which is needed to run on a specific hardware platform.

A BSP is a necessary code provided for a computer hardware device that enables that specific device to function with the computer's operating system. The Board Support Package includes a small program popularly called a boot manager or bootloader that places the device drivers and the operating system into memory.

A board-specific or board family-specific Board Support Package is created. It is a library that provides application layer control over low-level hardware drivers via APIs. The major APIs provided will be to Configure, Initialize, Enable and Disable the peripheral.

It aids in the development of any applications for the Real-Time Operating System and the customer hardware. To put it simply, BSP offers an interface that allows Real-Time Operating Systems to be supported with both standard and custom embedded hardware designs. Software templates, such as skeleton device driver code and code for lower-level system functions needed by some of the specific hardware devices, are made possible with the assistance of BSP. Complete understanding of the low-level architecture of the Board and Hardware Software Interface is required to perform BSP development.

Advantages of Board Support Package Development.

Standard peripherals include Clock, SPI,12C, ADC, DAC, BLE, UART. BSP targets the APIs for hardware peripherals specifically, which is the primary distinction between it and SDK.  On the Contrary, SDK is not tied to the underlying hardware and instead tries to hide it.

BSP was primarily created to facilitate applications using bare metal. It's beneficial because it speeds up deployment by letting the user concentrate on developing algorithms rather than the finer points of hardware, register, and memory-specific implementation details.

BSP offers an abstraction for high-level programming and readable code, which simplifies working with the board.

BSP helps in reducing the chances of writing incorrect code as it is standardized and released by vendors. The Board Support Package (BSP) is popularly used not only for a start-up but also to run the embedded target processor.

Because Board Support Packages are user-customizable, users can choose which routines and drivers to include in the build according to their preferred hardware and software combinations. Any single-board computer, for instance, can be paired with any of the several graphics cards. In such a case, the Board Support Package might contain a driver for each supported graphics card. The user could specify which graphics drive needs to be included when creating the image of the Board Support Package, depending on their personal preference for hardware. You've come to the right spot if you're looking for the best BSP development companies.

Along with the Board Support Package, some suppliers also offer a root file system, a toolchain for creating programs that run on the embedded system, and utilities that must be configured according to the device.

BSP is used to assemble a custom image of the specific operating system when building a new board or development kit. One of the software packages designed to be used with an evaluation board or a particular chip is the board BSP. A few environmental variables and peripherals may be started by the BSP so they can function with the embedded operating system.

There are some specific tasks that Board Support Package performs by initializing the following.

Processor

Bus

Interrupt Controller

Clock

Configuring the segments

Run the boot loader.

RAM (random access memory) settings

Hardware parameters, compilation parameters, and operating system configuration instructions can all be found in the Board Support Package. To know more information, please subscribe to our Blog, and for any sales queries, wait no further contact us at info@siliconsignals.io

[govindhtech]

Claude 3 Opus: Most Advanced AI Model on Amazon Bed Rock

AWS are pleased to announce that Anthropic’s Claude 3 Opus, the most intelligent Claude 3 model with best-in-market performance on very challenging jobs, is now available on Amazon Bedrock. It is pushing the boundaries of general intelligence by navigating sight-unseen circumstances and open-ended prompts with surprising fluency and human-like comprehension.

Businesses may create generative AI applications using Claude 3 Opus on Amazon Bedrock to automate processes, make money from user-facing apps, make intricate financial projections, and speed up research and development in a variety of industries. Opus is capable of processing photos and producing text outputs, much like the other members of the Claude 3 family.

When it comes to challenging open-ended questions, Claude 3 Opus exhibits an estimated twofold increase in accuracy over Claude 2.1, which lowers the possibility of incorrect answers. Better accuracy is crucial for safety and performance as Claude is used by corporate clients in sectors including healthcare, banking, and legal research.

How well does Opus Claude 3 perform? On the majority of the widely used AI system assessment benchmarks, including as graduate-level expert reasoning (GPQA), undergraduate-level expert knowledge (MMLU), basic mathematics (GSM8K), and more, Claude 3 Opus scores better than its competitors. It pushes the boundaries of general intelligence with its strong understanding and fluency on challenging tasks.

The Claude 3 Opus model has the following supported use cases Task automation involves organising and carrying out intricate operations including databases, APIs, and interactive code. Research: assessment of previous studies, formulation of hypotheses, and drug development Advanced chart and graph analysis, financial analysis, market patterns, and forecasting are the strategies used. Visit Anthropic’s Claude on Bedrock website and the Anthropic Claude models in the Amazon Bedrock documentation to find out more about the features and capabilities of Claude 3 Opus.

Watching Claude 3 Opus work Select Model access from the bottom left pane of the Amazon Bedrock dashboard if you are new to utilizing Anthropic models. For Claude 3 Opus, make a separate request for access.

Select Text or Chat from Playgrounds in the left menu window to try Claude 3 Opus in the console. Next, pick Claude 3 Opus as the model and Anthropic as the category under pick model.

Select Load examples to try more Claude prompt samples. You may examine and execute Claude 3 Opus-specific examples, including website development, side-scrolling game creation, and quarterly report analysis.

You may also use code examples in the AWS SDKs and Command Line Interface (AWS CLI) to access the model by selecting View API request.

For various Claude 3 model capabilities, such image processing, you must utilize the new Anthropic Claude Messages API format, as I stated in my earlier blogs on the Claude 3 model debut. You should upgrade from the Text Completions API if you utilize the Anthropic Claude Text Completions API and want to use the Claude 3 models.

Using AWS SDKs, Dennis Traub and Francois Bouteruche are developing code examples for Amazon Bedrock. The documentation for Amazon Bedrock explains how to use Claude 3 to produce text or multimodal prompts for picture analysis.

Availability Claude 3 Opus is now accessible in the US West (Oregon) Region; for upcoming upgrades, see the complete Region list.

Introduction to Claude A family of fundamental AI models called Claude is useful for many different kinds of applications. Claude may be reached directly at claude.ai for brainstorming, image analysis, and document processing. Businesses and developers now have access to Anthropic’s API so they can build directly on top of their AI infrastructure.

Claude’s powers Sophisticated logic

Claude is capable of more sophisticated cognitive activities than only word production and pattern recognition.

Vision evaluation Analyse and transcribe almost any static image, including graphs and handwritten notes as well as pictures.

Creation of code Start using HTML and CSS to create websites, convert photos to organized JSON data, or troubleshoot complex code bases.

Processing in many languages Practice grammar, translate in real time between many languages, or produce multilingual content

Appropriate in size for any assignment Compared to other models on the market, the Claude 3 family of models provides the greatest speed and performance combination for business use cases at a reduced cost.

Haiku Anthropic’s quickest model has industry-leading speed and can do light motions.

Sonnet Anthropic’s optimal speed and performance combo for productive, high-throughput jobs.

Opus Anthropic’s most sophisticated model, capable of handling intricate analysis, multi-step tasks, lengthier assignments, including coding and higher-order math problems.

For what reason, Claude? Security HIPAA-compliant SOC II Type 2 certified Enterprise-grade security and data handling alternatives Available via GCP (in private preview) and AWS (GA) Reliable Ten times more resilient to abuse and jailbreaks Copyright indemnity safeguards for services rendered in exchange for money Capable Able 200K Context Window Tool Utilisation Multimodal Dependability Reliable Very low incidence of hallucinations Accurate across lengthy documents

Read more on Govindhtech.com

[uspssureport]

What is an Address Verification or Validation API?

An Address Verification or Validation API is a software tool or application programming interface (API) that validates and standardizes postal addresses in real-time to ensure accuracy, completeness, and consistency. It serves as a crucial component of data quality management and address validation processes for businesses and organizations across various industries, enabling them to verify the authenticity and correctness of addresses provided by customers, clients, or users. Let's delve deeper into the concept of Address Verification or Validation API:

Validation of Address Accuracy: Address Verification APIs validate the accuracy of postal addresses by comparing them against authoritative databases, postal standards, and geographic information systems. They detect and correct common errors such as typos, misspellings, formatting inconsistencies, and invalid address components (e.g., street names, city names, postal codes), ensuring that addresses are genuine and deliverable.

Standardization of Address Formats: Address Verification APIs standardize address formats according to postal conventions and standards established by postal authorities or regulatory bodies. They normalize address data by converting them into a standardized format that complies with specific rules and guidelines, making them consistent and uniform for processing and delivery purposes.

Completion of Missing Address Details: Address Verification APIs complete missing address details or components based on partial information provided by users. They utilize address parsing algorithms and reference data sources to fill in missing elements such as apartment numbers, suite numbers, street suffixes, and secondary unit identifiers, ensuring that addresses are complete and actionable.

Cross-Referencing with Reference Data Sources: Address Verification APIs cross-reference address data with reference data sources such as postal directories, address databases, and geographic information systems to validate their authenticity and legitimacy. They compare inputted addresses against authoritative sources to confirm their existence, accuracy, and deliverability, reducing the risk of incorrect or fraudulent addresses.

Real-Time Verification and Response: Address Verification APIs perform address validation in real-time, allowing businesses to verify addresses instantly during the point of entry or data capture. They provide immediate feedback and response to users regarding the validity and status of their addresses, enabling them to correct errors or discrepancies promptly and ensure accurate data capture.

Integration with Business Systems and Applications: Address Verification APIs seamlessly integrate with existing business systems, applications, and workflows, allowing businesses to incorporate address validation capabilities into their operational processes and customer-facing interfaces. They offer flexible deployment options, including web-based APIs, SDKs (software development kits), and cloud-based services, making them accessible and adaptable to various environments and platforms.

Scalability and Performance: Address Verification APIs are scalable and capable of handling large volumes of address data with high performance and reliability. They support batch processing for bulk address validation tasks, enabling businesses to validate thousands or millions of addresses efficiently and accurately within a short timeframe, regardless of scale or complexity.

Compliance with Regulatory Requirements: Address Verification APIs help businesses comply with regulatory requirements governing data privacy, security, and accuracy, such as the General Data Protection Regulation (GDPR), the Health Insurance Portability and Accountability Act (HIPAA), and postal regulations. By ensuring that address data are validated and standardized according to regulatory standards, these APIs mitigate the risk of non-compliance and associated penalties.

Enhanced User Experience and Customer Satisfaction: Address Verification APIs contribute to an enhanced user experience and improved customer satisfaction by facilitating accurate and seamless address validation processes. They minimize the likelihood of shipping errors, delivery delays, and returned mail due to incorrect addresses, thereby enhancing the overall reliability and trustworthiness of businesses' products or services.

Cost Savings and Operational Efficiency: Address Verification APIs help businesses save costs and improve operational efficiency by reducing the incidence of undeliverable mail, returned shipments, and customer service inquiries related to address errors. By validating addresses accurately and efficiently, these APIs optimize delivery routes, minimize shipping costs, and streamline logistics operations, leading to significant cost savings and resource optimization over time.

In summary, an Address Verification API is a powerful tool that enables businesses to ensure the accuracy, completeness, and consistency of postal addresses in real-time. By validating addresses, standardizing address formats, completing missing details, and cross-referencing with reference data sources, these APIs help businesses enhance data quality, comply with regulatory requirements, improve user experience, and achieve cost savings and operational efficiency in their address validation processes.

SITES WE SUPPORT

Medicare Marketing Leads & Address Verification API – Wordpress

SOCIAL LINKS

Facebook

Twitter

LinkedIn

Instagram

Pinterest

[maildirectapi]

Why Choose Address Lookup API?

Choosing an Address Lookup API offers numerous advantages for businesses seeking to enhance the accuracy, efficiency, and effectiveness of their address validation processes. Address Lookup APIs leverage advanced technology to verify and standardize mailing addresses in real-time, ensuring deliverability and compliance with postal regulations. In this discussion, we'll explore the key reasons why businesses should consider adopting an Address Lookup API and the benefits it provides.

1. Accuracy and Validation: Address Lookup APIs utilize sophisticated algorithms and data validation techniques to verify the accuracy and completeness of mailing addresses entered by users. By cross-referencing address data with authoritative databases and postal standards, these APIs identify and correct common errors, such as misspellings, incorrect postal codes, and formatting issues. The result is a validated and standardized address that meets postal requirements and minimizes the risk of delivery errors and returned mail.

2. Enhanced Deliverability: By ensuring the accuracy and validity of mailing addresses, Address Lookup APIs improve deliverability and reduce the likelihood of mail being undeliverable or returned. Validated addresses are more likely to reach their intended recipients on time and without issues, leading to a more reliable and efficient mailing process. Whether businesses are sending marketing materials, invoices, or important communications, Address Lookup APIs help ensure that mail reaches its destination promptly and effectively.

3. Time and Cost Savings: Address Lookup APIs streamline the address entry process, saving businesses time and resources compared to manual address validation methods. By automating the validation and correction of mailing addresses in real-time, these APIs eliminate the need for manual data entry and review, reducing labor costs and improving operational efficiency. Additionally, by reducing the incidence of undeliverable mail and returned packages, businesses can save on postage, printing, and reshipping expenses.

4. Seamless Integration: Address Lookup APIs are designed to seamlessly integrate with existing business systems, websites, and applications, making it easy for businesses to incorporate address validation functionality into their workflows. Whether businesses are using e-commerce platforms, CRM systems, or custom-built applications, Address Lookup APIs can be integrated using simple API calls or SDKs (Software Development Kits). Integration enables businesses to validate addresses in real-time during the checkout process, customer registration, or data entry, ensuring data accuracy and consistency across all touchpoints.

5. Personalization and Customer Experience: By validating addresses and ensuring the accuracy of customer data, Address Lookup APIs enable businesses to deliver a more personalized and seamless customer experience. Validated addresses contribute to the accuracy of customer records, allowing businesses to address customers by their correct names and locations. A positive customer experience contributes to increased satisfaction, loyalty, and repeat business, driving long-term success and growth for businesses.

6. Compliance and Regulatory Requirements: Address Lookup APIs help businesses maintain compliance with postal regulations, data protection laws, and privacy standards by ensuring that mailing addresses meet regulatory requirements. By standardizing addresses and verifying their accuracy, businesses can minimize the risk of non-compliance, fines, and penalties associated with incorrect or incomplete address data. Compliance with regulatory requirements not only mitigates legal risks but also enhances trust and credibility with customers.

7. Scalability and Flexibility: Address Lookup APIs are scalable and flexible, allowing businesses to adapt to changing needs and growing volumes of address validation requests. Whether businesses are processing a few addresses or thousands of addresses per day, Address Lookup APIs can handle the workload with ease and efficiency. Additionally, these APIs offer customizable options and configurations to meet the unique requirements of businesses across different industries and sectors.

8. Data Security and Privacy: Address Lookup APIs prioritize data security and privacy, implementing robust measures to protect sensitive information and ensure the confidentiality of customer data. By encrypting data transmissions, implementing access controls, and adhering to industry best practices, these APIs safeguard address data against unauthorized access, interception, or misuse. Data security and privacy are paramount considerations for businesses and customers alike, and Address Lookup APIs help ensure that address data is handled securely and responsibly.

In summary, businesses should choose Address Lookup APIs to improve the accuracy, efficiency, and effectiveness of their address validation processes. By leveraging advanced technology, seamless integration, and robust security measures, these APIs enable businesses to enhance deliverability, reduce costs, streamline operations, and deliver a superior customer experience. Address Lookup APIs provide businesses with the tools and capabilities they need to validate addresses in real-time, comply with regulatory requirements, and maintain the integrity of their address data, ultimately driving business success and growth.

SITES WE SUPPORT

Direct Mail API & Address Lookup API – Wordpress

SOCIAL LINKS

Facebook

Twitter

LinkedIn

Instagram

Pinterest

[upsvitualletter]

What are APIs in Address Validation?

In today's digitally-driven world, ensuring accurate address data is crucial for businesses across various sectors. Whether it's e-commerce, logistics, finance, or any other industry reliant on customer data, the importance of accurate addresses cannot be overstated. In the realm of address validation, Application Programming Interfaces (APIs) play a pivotal role, offering efficient and automated solutions for businesses to verify and standardize addresses. But what exactly are APIs in address validation, and how do they work?

Understanding Address Validation APIs:

Address Validation APIs are tools that allow developers to integrate address validation functionalities directly into their applications or systems. These APIs connect to databases or services maintained by postal authorities, geographic information systems (GIS), or specialized address validation providers. Through these connections, APIs can validate, standardize, and enhance address data in real-time or batch processing modes.

Key Features and Capabilities:

Address Standardization: APIs ensure that addresses adhere to standardized formats specified by postal authorities. This includes correcting spelling errors, adding missing components like postal codes or region names, and formatting addresses according to local conventions.

Geocoding: Some APIs offer geocoding capabilities, converting addresses into geographic coordinates (latitude and longitude). Geocoding enables businesses to map addresses accurately, optimize logistics routes, and enhance location-based services.

Validation Checks: Address validation APIs perform various checks to ensure the accuracy and deliverability of addresses. This may involve verifying the existence of addresses in official databases, checking for deliverability against postal regulations, and flagging addresses with potential errors or inconsistencies.

Autocompletion: Many APIs provide autocompletion or suggestion features, helping users input addresses more efficiently and accurately. Autocompletion utilizes predictive algorithms to offer suggestions based on partial input, reducing keystrokes and minimizing errors.

Integration Flexibility: Address validation APIs offer flexible integration options, allowing developers to incorporate validation functionalities into their existing systems with ease. These APIs are typically accessible via RESTful endpoints, SOAP services, or SDKs in various programming languages.

Benefits of Address Validation APIs:

Accuracy and Reliability: By leveraging address validation APIs, businesses can ensure the accuracy and reliability of their address data, minimizing the risk of failed deliveries, returned mail, and customer dissatisfaction due to incorrect addresses.

Time and Cost Savings: Automation through APIs streamlines the address validation process, reducing the need for manual intervention and the associated time and labor costs. Businesses can achieve higher operational efficiency and scalability by automating address validation workflows.

Improved Customer Experience: Accurate addresses contribute to a positive customer experience by facilitating timely and hassle-free deliveries. With validated addresses, businesses can minimize shipping delays, communicate delivery updates effectively, and enhance overall customer satisfaction.

Compliance and Risk Mitigation: Address validation APIs help businesses comply with postal regulations and data quality standards, reducing the risk of penalties, fines, or reputational damage associated with non-compliance. By maintaining accurate address data, businesses also mitigate the risk of fraudulent activities and identity theft.

Conclusion:

In the realm of address validation, APIs offer powerful tools for businesses to ensure the accuracy, standardization, and reliability of their address data. By leveraging these APIs, organizations can streamline their operations, improve customer experiences, and mitigate risks associated with incorrect or incomplete addresses. As businesses continue to embrace digital transformation, the role of address validation APIs will only become more integral in maintaining data quality and driving operational efficiency.

SITES WE SUPPORT

UPS Virtual Letter – ​​​Weebly

[couriermitra]

How Do Shipping APIs Work in eCommerce Courier?

Shipping APIs (Application Programming Interfaces) play a crucial role in streamlining the process of managing and tracking shipments in e-commerce and courier services. These APIs enable communication and data exchange between different systems, allowing eCommerce platforms to integrate with courier services and automate various aspects of the shipping process.

Here's an overview of how shipping APIs work in the eCommerce and Courier industries:

Integration: eCommerce platforms integrate with the shipping APIs provided by courier services or shipping carriers. This integration can be done through the use of SDKs (Software Development Kits) or direct API calls.

Authentication: To use a shipping API, the eCommerce platform must authenticate itself with the courier service. This is typically done through API keys or other authentication mechanisms to ensure secure communication.

Quote Generation: Before a customer completes a purchase, the eCommerce platform can use the shipping API to request shipping quotes from different carriers. This helps the customer choose the most suitable shipping option based on factors like cost, delivery time, and service level.

Label Generation: Once the customer places an order, the eCommerce platform can use the shipping API to generate shipping labels. This label includes essential information such as the shipping address, tracking number, and any other required details.

Tracking: Shipping APIs provide real-time tracking information, allowing customers to monitor the status and location of their shipments. This information can be displayed on the eCommerce platform's website, giving customers visibility into the shipping process.

Address Validation: Shipping APIs often include address validation services to ensure that the provided shipping address is accurate and complete. This helps prevent delivery issues and returns due to incorrect addresses.

Rate Shopping: eCommerce platforms can use shipping APIs to compare rates and services offered by different carriers, helping them choose the most cost-effective and efficient shipping options.

Notifications: Shipping APIs enable the automatic generation and sending of shipping notifications to customers. These notifications typically include tracking information, estimated delivery times, and any relevant updates on the shipment's status.

Returns Processing: Some shipping APIs also facilitate the management of returns. eCommerce platforms can use these APIs to generate return labels and streamline the return process for customers.

Inventory Management Integration: In addition to handling the shipping process, APIs can integrate with inventory management systems to update product availability and ensure accurate stock levels.

Also read: The Rise of Multi-Carrier Shipping Strategies and Why Single-Carrier Shipping Strategies Are Fading Away

Benefits of Using Shipping APIs:

Efficiency: Automate tasks, streamline operations, and reduce manual errors.

Cost Savings: Optimize shipping costs through rate comparisons and reduced manual labor.

Enhanced Customer Experience: Offer multiple shipping options, provide real-time tracking, and enable seamless returns.

Scalability: Handle increased order volumes without compromising efficiency.

Integration with Multiple Carriers: Connect with a variety of shipping providers for flexibility and choice.

Improved Data Insights: Track shipping performance and make informed decisions based on data.

In essence, shipping APIs play a crucial role in streamlining eCommerce and courier operations, leading to greater efficiency, cost savings, and enhanced customer experience.

In conclusion, the integration of shipping APIs has revolutionized the landscape of eCommerce and courier services, offering a seamless and automated approach to managing and tracking shipments. The significance of these APIs lies in their ability to connect eCommerce platforms with various shipping carriers, facilitating a more efficient and cost-effective shipping process.

The authentication process ensures secure communication between systems, and the API functionalities enable a range of key tasks, from retrieving real-time shipping rates and generating labels to tracking shipments and validating addresses. This level of automation not only enhances operational efficiency but also contributes to significant cost savings by optimizing shipping costs and reducing manual errors.The goal of shipping APIs is to consolidate shipping software and integrate it with your current tech stack. The API from Courier Mitra is compatible with top courier vendors. With this integration, you can benefit from reduced shipping costs and the flexibility to ship with a number of carriers, making it simple to manage your shipment from one platform.

[sandya1209]

Container scanning for seamless shipments - Scanflow

Freight containers are generally used to transport raw materials and products across different locations or countries. These containers need to be verified before the shipment and after reaching the destined locations.

During the shipment process, large containers are identified by their container numbers, which are the most crucial information needed to manage the process. These container numbers are usually alphanumeric texts that are displayed on the container. Predominantly, shipping workers rely on manual entry of container numbers and maintaining records of them. However, manual data entry is time-consuming and prone to errors. These manual errors may result in containers being delivered to the incorrect location, causing the shipping process to be delayed.

Scanflow Intelligent text capture helps cargo workers to scan container identification numbers accurately from their smart devices.

Scanflow is an AI scanner on smart devices for data capture and workflow automation. It captures any form of data from Texts, IDs, Numbers, Barcodes, and QR codes. Scanflow Intelligent text capture efficiently scans long serial numbers from containers at any external condition. It can capture any form of alphanumeric text from containers where workers can choose to scan specific frames of serial numbers or scan the whole container to get the data.

By implementing AI-based technologies in workflows, logistics companies can improve their container tracking process more efficiently helping workers to quickly scan and identify containers. Scanflow accurately captures container numbers from any orientation at any external environment be it- low light damaged texts & numbers, or light glares without any errors.

Scanflow technology works with smart devices such as smartphones, wearables, and drones that can be used even offline. The SDK can be integrated into any existing application and is compatible with Android, iOS, and development frameworks like Xamarin, React Native, etc. The data captured from the container is encrypted and securely stored offline. As a result, safety concerns and container fraud can be avoided thereby enhancing the efficiency of the shipping process.

[cooladddy]

Anthropic's competing AI model, Claude, now has the capability to process and analyze up to 150,000 words in a single prompt.

Today, Anthropic unveiled Claude 2.1, an advanced version of its ChatGPT competitor, featuring a significantly expanded context window of 200,000 tokens. This enhancement enables the AI to analyze texts as lengthy as Homer's "The Odyssey," equivalent to approximately 150,000 words or over 500 pages. The context window refers to the maximum amount of text the AI can interpret in a single request. The release of Claude 2.1, which remarkably coincides with OpenAI's current turmoil, marks a significant leap in AI capabilities. With its expanded token limit, users can now input vast amounts of text, including whole codebases, lengthy academic papers, and extensive financial reports, allowing Claude to offer detailed summaries, answer specific queries, and even identify patterns that might elude human analysis. The company's announcement highlights the complexity and pioneering nature of processing 200,000 tokens, a first in the industry. Although analyzing such long inputs might take minutes—longer than the usual response time for shorter queries—the company expects latency to reduce as the technology evolves. Claude 2.1 also promises a reduction in hallucination rates—instances of confidently incorrect information—by half compared to its predecessor, Claude 2.0. This improvement is partly due to better distinguishing between wrong assertions and admissions of uncertainty, making the AI more likely to confess ignorance than provide incorrect answers. Additionally, the update brings enhanced accuracy in processing extensive documents, with a 30% reduction in errors and a significantly lower rate of falsely affirming a document's support for a specific claim. Developers gain specific benefits from Claude 2.1 as well. A new Workbench console offers a playground-like environment for refining prompts and accessing model settings to fine-tune Claude's responses. Users can experiment with multiple prompts and delve into Claude's codebase for SDK snippet generation. Another beta feature, "tool use," enables Claude to integrate with existing processes, products, and APIs, such as performing complex calculations, translating plain language into structured API calls, or connecting to private APIs and product datasets. While still in early development, this feature holds promise for enhanced utility and customization. As Claude 2.1 steps into the spotlight amid the challenges faced by OpenAI, it represents a significant milestone in the evolution of AI chatbots, combining expansive analytical capabilities with reduced error rates and improved developer tools. Read the full article

[updatecrazy]

Microsoft Flight Simulator update 1.32.8.0 is now available to download on PC, Windows 10, and Xbox. According to the official MSFS patch notes, the latest Aircraft & Avionics update 02 introduces new telemetry to investigate reported issues related to low bandwidth and connection loss. Previously. a major update added many enhancements to the region, including new aerials and elevation maps. Apart from this, MSFS patch 6 also includes new photogrammetry cities, 4 hand-crafted airports, nearly 100 POIs and new discovery flights, landing challenges, and bush trips. Today's MSFS patch 1.32.8.0 will fix a few of these issues. Check out more details below. Microsoft Flight Simulator Update 13 Patch Notes - June 22, 2023 General Bug Fixes: Improved behavior of autopilot/flight director HDG mode regarding turn direction. Enhanced turn anticipation calculation around AF/RF legs. Fixed issues with backcourse localizers not being flown correctly. Converted some error message boxes into less intrusive notifications. Glass Cockpits (Garmin G3000/G5000, G1000 Nxi, Garmin GNS430W/GNS530W): Fixed various cases where VPATH was not properly disarmed/deactivated after changing the VNAV state. Resolved issues with incorrect information displayed in the VNAV profile. Addressed bugs related to the autopilot/flight director not deactivating LOC mode during ILS/LOC approaches after switching the active nav source to FMS. Fixed display issues with certain intersections on the map and Nearest Intersections page. Corrected problems with TAWS touchdown callouts and the lateral deviation scale above the PFD HSI Map. Improved the opening and closing of GTC popups. Aircraft Enhancements (Boeing 787-10 Dreamliner/747-8 Intercontinental, Cessna Citation CJ4/WT21, Cessna Citation Longitude, Daher TBM 930): Comprehensive visual overhaul of avionics with accurate font, symbology, and operation. Improved flight models and comprehensive systems. Added support for advanced flight plan management, performance initialization, and alternate diversions. Enhanced autothrottle system, approach navigation, and TCAS II functionality. Revised engine and flight models for better realism. Overhauled fuel system, pressurization system, electrical systems, and GPS/IRS navigation. Added functionality and improved indications on overhead panels. Various fixes and improvements specific to each aircraft. Peripherals: Added new presets for Yawman Arrow peripherals, including General Aviation, Jets, and Helicopters. Fixed issues with joystick-controlled cursor and analog stick behavior in the gamepad preset. SDK: Fixed a crash when requesting specific SimVars on helicopters. Removed max engine count limitation in the aircraft editor and fixed engine type selection for helicopters. Garmin G1000 Nxi: Added support for third-party developers to provide global plugins for the NXi Extended MFD rotary knob menu for customization by avionics plugins. Fixed display issues with certain intersections on the map and Nearest Intersections page. Addressed the bug where the autopilot/flight director would not deactivate LOC mode during ILS/LOC approaches after switching the active nav source to FMS. Fixed the issue where pressing the B key did not sync the barometer to the actual pressure. Garmin GNS430W / GNS530W: Resolved page navigation issues where the right knob push did not close dialogs. Added a confirmation dialog for the Activate Leg flight plan menu item. Added support for double direct-to on an existing waypoint to activate the leg. Fixed problems with certain intersections not being displayed on the map or the Nearest Intersections page. Fixed a bug that could cause the lists in the Nearest pages to become corrupted. Fixed the issue where the autopilot/flight director would not deactivate LOC mode during ILS/LOC approaches after switching the active nav source to

FMS. Fixed an issue that caused the 430 to not load correctly when hot-swapped from being inactive. Fixed additional page navigation issues where the right knob push did not close dialogs. Fixed a bug causing the time zone offset to always be treated as positive. KAP140: Corrected an issue in the default KAP140 template that caused the animation of the 100s' knob to be applied to both the 100s' knob and the 1000s'. Aircraft (Boeing 787-10 Dreamliner / Boeing 747-8 Intercontinental): The Boeing 787-10 and 747-8i have undergone significant upgrades, including a comprehensive visual overhaul of the avionics, updated flight models, and comprehensive systems. Visual enhancements include accurate font, symbology, and operation in the avionics, visually accurate PFD supporting various indications, independent MFD/ND/CDU screens, and integrated avionics checklists. Improved flight plan management, performance initialization features, and advanced flight plan support are now available. Other enhancements include more in-depth speedbrakes logic, performance-based VNAV with idle descent capabilities, fully-featured autothrottle system, integrated approach navigation, revised engine and flight model, fuel system overhaul, pressurization system enhancements, functional GPS and IRS navigation systems, and more. Aircraft (Cessna Citation CJ4 / WT21): Fixed issues with the wind indicator spinning in the wrong direction on the PFD. Addressed the bug where the autopilot/flight director would not deactivate LOC mode during ILS/LOC approaches after switching the active nav source to FMS. Aircraft (Cessna Citation Longitude): The PFD roll indicator is now rendered using the correct "sky pointer" configuration. Fixed thrust reverser animations to show the buckets only when reverse thrust is engaged. Prevented engine and APU graphics on the Fuel, Hydraulics, ECS, and Anti-Ice Synoptic Panes from rendering incorrectly. Enabled the rudder to be powered by both the A and B hydraulic systems, no longer requiring the left engine to be running. Fixed various issues related to the bearing pointer, NAV/DME information banner, autothrottle behavior, roll spoilers, and PFD roll indicator. Aircraft (Daher TBM 930): The minimums alerter now works correctly when using radio minimums. Peripherals: Added new presets for Yawman Arrow peripherals, including General Aviation, Jets, and Helicopters. Fixed issues related to cursor control with devices that have a joystick. Resolved the problem with the right analog stick in the gamepad default preset not turning/spinning any knobs in aircraft. SDK: Fixed a crash that occurred when requesting certain airplane-specific SimVars on helicopters. Removed the limitation on the maximum engine count in the aircraft editor. Fixed the issue where the Helo-Turbine engine type was not selectable when the aircraft type was set to helicopter. Download free Microsoft Flight Simulator patch 10 on PC and Xbox One.

[uspscheckletterapis]

USPS Address Verification API

Addresses are a very important part of everyday life, as they help people find their way, get goods delivered to them, and even open bank accounts. However, they can also cause issues if the addresses are not corrected and standardized to local standards.

If you are a business that is looking for an efficient solution to verify your addresses, you should consider the USPS Address Verification API. It is free and incredibly easy to use.

USPS has a very large database of addresses across the country and is the only place where you can validate addresses utterly for free.

While most of the other address validation APIs out there are only capable of validating a single address, USPS can validate up to 5 addresses at once.

It can also standardize the addresses and provide you with a ZIP+4 code and complete 9-digit USPS zip codes. In addition, it can provide you with carrier routes, DPV, and other data that can help you better understand the quality of your addresses.

Another advantage of USPS Address Verification API is that it can be used for both domestic and international addresses. It is available in over 40 countries and helps reduce delivery delays caused by incorrect addresses.

One of the biggest problems with USPS address verification API is that they have very poor documentation and no example code. This is why most businesses that have tried them have given up and moved on to other alternatives. There are plenty of other alternatives that offer a much better level of support, including documentation and SDKs. You can also choose from a range of other addressing data providers.

SITES WE SUPPORT

USPS Check Letter API – Wix

[incorrectsdkquotes]

Bontenmaru: So tell me about this Demon Eyes Kyo guy you want me to meet.

Muramasa: Well, what he lacks in intelligence, he makes up for with sheer brazen impulsiveness.

Bontenmaru: He sounds like a grade A dumbass… I’m in.

[incorrectsdkquotes]

Julian: *Playing out of tune guitar.*

Sasuke: Hey, do you take requests?

Julian: Sure.

Sasuke: Please stop.

[incorrectsdkquotes]

Ieyasu: It’s family moments like this that I’ll never forget.

Hidetada: With enough therapy, hopefully I will.

[incorrectsdkquotes]

Bontenmaru: Sometimes it feels like we’re babysitting Kyo, right?

Yuya: He’s like a five-year-old with superpowers.

Kyoshiro: And a comprehensive grasp on every swear word of the Japanese language.

[incorrectsdkquotes]

Kyo: If someone points at your black clothes and asks you whose funeral it is, a look around the room and a casual “haven’t decided yet” is always a good response.