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Neudesic, LLC provides technology, services and software products. The Company offers enterprise social software, microsoft technology solutions, business analysis, customer relationship management solutions, application development, enterprise mobility, and cloud computing services. Neudesic caters its services in the United States and India.

Neudesic

neudesic

The Software and Information Industry Association (SIIA) asks tech companies developing artificial intelligence tools for education to commit to equity and inclusion, transparency, privacy, and working with the educators.

Tech Companies Issue Guiding Principles for AI in Ed Tech

We are unable to predict movements in commodity prices and, therefore, the impact of mark-to-market adjustments on our commodity forward contracts to our projected operating results. In prior periods such adjustments have been significant to our reported ...

Sensata Technologies Reports Third Quarter 2023 Financial Results

Brazilian banking-as-a-service startup QI Tech has raised $200 million in a Series B round of funding led by New York-based General Atlantic. Founded in 2018 by Pedro Mac Dowell, Marcelo Bentivoglio and Marcelo Buosi,

Brazilian fintech QI Tech lands $200M led by General Atlantic

STMicroelectronics (NYSE: STM), a global semiconductor leader serving customers across the spectrum of electronics applications, is holding its first-ever ST Taiwan Tech Day at the Taipei New Horizon on November 2.

Technology Starts with You: First-ever ST Taiwan Tech Day focuses on four mega trends to showcase the latest innovations

Vizient today announced it has completed its acquisition of PrefTech OR, a next-generation, cloud-based preference card management (PCM) software that helps healthcare providers optimize their operati

Vizient Announces Acquisition of PrefTech OR, a Next-generation Physician Preference Card Management Technology

For complete information about, and access to, our official publications and services, go to About the Federal Register on NARA's archives.gov. The OFR/GPO partnership is committed to presenting accurate and reliable regulatory information on ...

Federal Acquisition Regulation: Cyber Threat and Incident Reporting and Information Sharing

Ravago Americas LLC announced yesterday the acquisition of Polymer Technology & Services LLC (PTS; Murfreesboro, TN). PTS will become part of Ravago's Amco Polymers business, a North American distributor of commodity, engineering and specialty polymers.

Ravago Americas acquires Polymer Technology & Services

Major General Al Razzouqi also pointed out that Dubai Police will introduce, through their stand at GITEX Global 2023, their most recent innovations in the field of future services, digital ...

Dubai Police to Display Latest Innovations and Services at GITEX Global 2023

What is Business Information Technology? Business information technology helps organizations solve problems and enhance processes to improve efficiency, serve customers and achieve business goals. Sometimes referred to as business IT or BIT, business ...

Business Information Technology Jobs & Careers

General Electric, for example, was at risk of losing many of its top customers to nontraditional competitors—IBM and SAP on the one hand, big data start-ups on the other—offering data-intensive, analytics-based services that could connect to any ...

Technology & Innovation

BENGALURU, Oct 13 (Reuters) - India's top IT service providers are going slow on hiring as clients cut back spending and defer projects due to macroeconomic challenges, in a U-turn from the ...

Waning demand for IT services hits hiring at Indian tech majors

Most companies today are technology companies. They aim at digitizing their back-office and frontline operations, which requires extensive IT assistance. However, trying to pursue agile methods, many businesses choose to outsource their digital transformation to external consultants’ IT teams as the alternative to running their own. At the moment, the software development market offers the services of thousands of companies for all kinds of needs. To shortlist the candidates who will turn software into an enabler instead of a roadblock, you need to compile your list of business requirements first and take your time to carefully revise the players corresponding to these requirements. Here are the key criteria to consider: in order to evaluate your project budget Cost per hour to understand whether the vendor has experience in your industry or with similar solutions Portfolio and major customers on trustworthy platforms and recommendations from past clients Reviews to make sure the vendor’s team has worked with the platforms and tools you aim at Tech stack that prove the company has access to the required technological resources and up-to-date competencies Official partnerships and certifications if it’s of significance to the project Location If you need your software development partner to be based in a certain location, it significantly narrows down available options but doesn’t make the choice easier in any way as it still requires the same rigorous level of evaluation and verification. In case you need an onshore software partner based in Denver, Colorado, Explority has compiled a list of the top software engineering companies in Denver to prepare the ground for your further research. To pick the most prominent vendors among Denver software companies, we have scored them against five criteria: Portfolio Major customers Tech stack Pricing Reviews As a result, we have shortlisted 30 best companies, each with its own strengths, competencies and industry focus. Now it’s your turn to choose a partner fit for your project’s scope and requirements. 30 Best Software Companies in Denver 1. Iflexion Launched in 1999, Iflexion has grown to a team of 850+ professionals who have completed software development projects for more than 500 customers across different industries, with the focus on solutions for ISVs, media and entertainment, ecommerce, finance, education, and healthcare. Its key customers are PayPal, Philips, Expedia, Toyota, eBay, adidas, Shell, and more. With its ample development stack ranging from programming languages (.NET, Java, PHP, etc.) to platforms (Salesforce, SharePoint, Magento, etc.), Iflexion has delivered enterprise web and mobile apps, portals, intranets as well as BI, AI, and IoT solutions. Iflexion is listed as one of the top custom software development companies by Clutch and one of the best engineering firms in Denver by GoodFirms. 2. Gorilla Logic Since 2002, Gorilla Logic has been delivering nearshore software development and consulting services. The company has grown to 500+ employees who specialize in Java, Ruby, Python, .NET, Angular, React, iOS and Android development. They build enterprise web and mobile apps and deliver UI/UX development, DevOps, data science, IoT and QA services. Gorilla Logic is listed as a top app development company by Clutch and is a certified AWS and Microsoft partner. 3. MojoTech MojoTech was founded in 2008 and completed 150+ projects. The company combines engineering, design and product management competences and delivered software solutions for such customers as Shell, Schneider Electric, Pivotal, and more. MojoTech is proficient in full-stack engineering, mobile and web development, legacy upgrades, and cloud migration. The company was featured in The New York Times, The Wall Street Journal, and TechCrunch. 4. Computer Enterprises Computer Enterprises is a software development company that has been providing consulting and engineering services since 1992. It specializes in strategy roadmaps, tech enablement planning, UI/UX design, custom web and mobile apps, app maintenance, cloud solutions, DevOps, AI, big data, and BI. The company is certified by Microsoft, Google Cloud, Sitecore, Cloudera, Redgate, and AWS. 5. Woodridge Software Woodridge Software is an award-winning Colorado-based software development agency that specializes in bespoke web and mobile apps and custom integrations for startups and Fortune 500 enterprises. Since its launch in 2012, the company has been focusing on projects in finance, cybersecurity, education, and healthcare. It pays special attention to software security, runs rigorous security testing, and ensures their solutions’ compliance with major security standards. 6. Skookum Skookum and its team of designers and developers have been solving digital challenges and helping businesses modernize their technologies since 2005. The company focuses on design, software development, digital strategy, and innovative solutions such as web and mobile apps, APIs, IoT and cloud-based software. Skookum also has hands-on experience in launching R&D labs and environments from scratch to let customers explore emerging technologies, build prototypes, and accelerate time-to-market. 7. Bayshore Solutions Bayshore Solutions is a Denver software development agency founded in 1996. Its cross-functional teams have provided tailored web development, ecommerce, and hosting solutions for 2,600 customers across different domains, such as insurance, banking, logistics, and retail. The company offers full-cycle services, from digital strategy and web design and development to marketing, content management, and web hosting. Bayshore Solutions is a certified partner of nopCommerce, Sitefinity, HubSpot, and Google. 8. Chromedia Chromedia is a custom software development vendor in Denver that partners with companies of any scale, be it early-stage startups or large corporations. Founded in 2011, the company has delivered hundreds of projects, from customizing CRM and CMS platforms to building SaaS platforms and mobile apps from scratch. It also offers team augmentation services. Chromedia is a certified AWS partner; they are also experienced in PHP, .NET, C#, Ruby on Rails, Python, React, Angular, Swift, and more. 9. Cuttlesoft Launched in 2011, Cuttlesoft is a creative product development agency with a track record of hundreds of completed projects. The company mainly partners with small businesses to develop web, mobile, cloud and IoT solutions in IT, entertainment and business services domains, with a special focus on data security compliance. Cuttlesoft also specializes in DevOps enablement, data analysis, and visual design. Its tech stack includes Python, Ruby, JavaScript, React, iOS, Android, and more. 10. Electrifying Design Electrifying Design is a full-service software development agency in Denver founded in 2011. It specializes in web and mobile app engineering, database development, API integration, CRM and CMS implementation. Using its proficiency in PHP, Python, SQL, JavaScript, .NET, Django, Docker, and C#, the company delivered hundreds of projects including medical software, AI, big data and blockchain solutions, real estate apps, education platforms, and more. Electrifying Design has been recognized by Clutch and GoodFirms. 11. Techtonic Techtonic is an onshore software developer located in Denver. The company was established in 2006 and focuses on tailored software development, cloud-based app development, and solutions for delivery automation and workforce transformation. Its senior-level engineers are experienced in .NET, C#, AngularJS, React, JavaScript, Ruby on Rails, and more. Techtonic has found an efficient way to close the talent gap by launching a software development training program, accredited by the US Department of Labor, which helps source, train, and hire top-tier software engineers. 12. Rogue Wave Software Founded in 1989, Rogue Wave Software is one of the oldest and largest Colorado software companies that has partnered with thousands of global enterprises, including universities and organizations all over the world. It offers a wide range of services, from native apps to cloud solutions, across finance, healthcare, telecom, education, government, and other industries. The company’s expertise covers different languages, codebases, and platforms. Rogue Wave Software also has a portfolio of its own products. 13. Spire Digital Spire Digital is a Denver-based digital transformation firm established in 1998. It offers technology consulting, UI/UX design, custom software development, DevOps, digital marketing, and team augmentation. It’s skilled in engineering web, mobile, IoT, embedded, AR/VR, AI, and blockchain solutions using .NET, JavaScript, PHP, React, and more. Spire has partnered with hundreds of companies, 400+ technology startups included. Its key customers are Western Union, Berkshire Hathaway, Navy, Volkswagen, Experian, Lockheed Martin, MillerCoors, US Navy, and more. 14. Neon Rain Interactive Since its launch in 2002, Neon Rain Interactive has grown into a team of designers and developers who specialize in custom software, web and mobile apps as well as Drupal, WordPress, ERP and ecommerce sites. It has completed hundreds of projects for startups, SMBs, enterprises, educational and non-profit organizations, including such customers as United Way, YOLO Deals, Sprint, ACE Scholarships, and more. Denver Business Journal and Clutch have recognized Neon Rain Interactive as a top web designer and software developer. 15. Cardinal Peak Cardinal Peak is a software engineering firm that since 2002 has partnered with 800+ companies, from emerging leaders to Fortune 500 enterprises. Among them are Fujitsu, Samsung, Culligan, CableLabs, Clip Interactive, and more. Its team of engineers and designers specializes in hardware development, embedded software, security integrations, cloud and mobile solutions, and connected product design. The company also has hands-on experience in audio, video, voice and signal processing technologies and completed numerous projects using Amazon Alexa, AWS, Analog Devices, Audinate, NXP, etc. Top Software Engineering Companies in Denver: Runners-up 16. JetSoftPro JetSoftPro is a software development agency in Denver that has completed 270+ projects since 2014 across more than a dozen industries. It focuses on tailored web and mobile development, integration, R&D, UI/UX design, DevOps, security, QA, and maintenance. Its tech stack comprises .NET, C/C++, Python, Xamarin, Ruby, PHP, AngularJS, and Java. Recognized by the likes of Clutch, TechReviewer, and DQ, the company also expertly deals with innovative technologies, such as machine learning, chatbot development, blockchain, IoT, AR/VR. Its key customers feature Prezzo, bvblogic, Consolidate, innocode. 17. Devetry Devetry is a Denver-based software development firm launched in 2015. It’s skilled in planning and strategy, UI/UX design, DevOps, custom mobile and SaaS development as well as data science, machine learning, and chatbots. The company has delivered projects for SMBs and large organizations from industries such as energy, education, digital marketing, wellness, and cybersecurity. Devetry works with a wide range of technologies including React, Vue, AngularJS, Python, Ruby on Rails, .NET, and Flutter. Devetry has been recognized as a top developer by Clutch and UpCity. 18. 303 Software 303 Software was founded in 2006 to deliver consulting, design, development, testing and maintenance services for startups, enterprises, non-profits, and government organizations. It has built dozens of web and mobile apps and launched three B2B SaaS startups so far. It specializes in custom-developed apps that help automate processes of any complexity for a wide range of industries, such as healthcare, telecom, agriculture, and finance. 303 Software is a proven adept of agile planning and project management. 19. Brainspire Solutions Brainspire Solutions is an onshore technology consultancy that focuses on custom web and mobile app development, app integration, data and BI consulting, portals, IoT and cloud development for Colorado-based commercial customers and non-profits. It completed numerous projects across different verticals, such as construction, information technologies, energy, ecommerce, healthcare, and more. The company is an expert in .NET, Java, Xamarin, Ionic as well as NetSuite, SAP, Oracle, Salesforce, and Microsoft Dynamics 365. 20. Credera Founded in 1999, Credera has grown to become one of the largest consulting and software development companies in Colorado, with customers ranging from Fortune 500 companies to emerging startups. Its services cover planning and strategy, product design and development, technology enablement, commerce solutions, cloud implementation, and innovation acceleration. The company is an expert in PHP, JavaScript, C#, Python as well as SharePoint, Oracle, WordPress, Drupal, Magento, and Shopify. 21. Fruition Fruition is a digital marketing and technological consultancy that specializes in design, web development, and digital marketing for SMBs, with a focus on healthcare, travel, and retail. Its expertise encompass implementation and customization of open-source platforms, such as Drupal, WordPress, and Magento. Fruition has also developed its own tools, such as an enterprise-level SEO platform and a Google penalty checker. Fruition has been recognized as a top developer by Inc. 5000 and Clutch. 22. FortyAU FortyAU is a technology consulting company in Denver where you can find first-class local developers for devising strategies, developing websites, and engineering CMS-based or custom apps based on the latest technologies, such as AI and big data. The company delivers projects of any scale for entrepreneurs and Fortune 100 companies alike, with a special focus on healthcare and finance. It successfully delivered a basketball analytics app, a healthcare facilities collaboration app, an online patient scheduling app, and more projects. 23. Flyoutsourcing Flyoutsourcing is a custom software development company that was founded in 2016. It offers extensive onshore and offshore team augmentation services for startups and SMBs. It specializes in developing tailored web and mobile apps, cloud solutions, and enterprise software as well as DevOps enablement and software maintenance. Flyoutsourcing’s team has a good command of frontend (AngularJS, React), backend (Java, Python, PHP, .NET) and cloud (AWS, Heroku, Microsoft Azure) technologies. 24. Obsidian Global Since its inception in 2013, Obsidian Global has been specializing in cybersecurity technologies and DevSecOps, with a focus on the government and defense sectors. Its customers include the Department of Homeland Security, the Department of Defense, and Federal Civilian Departments. The company is also an expert in cloud services, mobile development, and ERP implementation based on agile planning and development. Obsidian Global is a certified partner of Amazon, Google Cloud Platform, and Microsoft. 25. 27Global Since 2008, 27Global has grown into a team of 300+ engineers developing custom software for businesses of different sizes, providing local quality at offshore prices. Following the Agile methodology, the company offers the services of custom web and mobile development, microservices engineering, DevOps enablement, and innovative transformation. 27Global is experienced in Java, .NET, Angular, Node.js, React as well as AWS, Docker, Microsoft Azure, and Salesforce. 26. Neudesic Neudesic is a technology company founded in 2002. It specializes in cutting-edge technologies and offers the services of cloud modernization, data asset management, workplace automation, intelligent platform development, and DevOps enablement. Neudesic mostly focuses on healthcare, food and beverages, energy, and hospitality industries. The company has its own products, for example, apps for knowledge management and business collaboration. Neudesic is a Microsoft and Nintex partner. 27. Dev IQ Dev IQ is a consulting and custom software development firm that is driven by the principles of Agile, design thinking, and empathic design. It specializes in UI/UX design, web and mobile app development, IoT ecosystems, and cloud-native solutions. It has hands-on experience with such cloud providers as AWS, ClearDATA, Google Cloud Platform, and Microsoft Azure. The company’s key customers are Visa, DaVita, Patagonia, Kiehl’s, Denver Health, Collective Goods, and more. 28. Denovo Denovo is a full-service software development firm that has specialized in product design, engineering, and maintenance since 2003. It mostly focuses on cloud hosting and infrastructure, managed services, and disaster recovery. Denovo is an AWS Partner and Oracle Platinum Partner. It successfully completed 2,400+ implementation projects based on Oracle ERP and Oracle Cloud for commercial and public-sector customers, such as Thule, Qualtek, Sunrise Medical, Phoenix, and more. 29. Precision Solutions Precision Solutions is a software development firm that has partnered with dozens of companies since 2012, from the largest Fortune 100 defense contractors to small businesses. Its key customers are Griffin, Singer, MDC, Talley, Rare Coin, and more. The company’s range of services covers custom software development, cloud migration, and integration. Precision Solutions also released its own products, such as Odoo apps. 30. Paralect Paralect is a custom software engineering agency founded in 2009. With the main focus on mobile app development and integration, it has launched 25 products with 12 million end users. Its products include an intelligent messaging platform, automotive workshop software, a freelance platform, and real estate lead management software. The company also specializes in MVPs for startups and innovative businesses, delivered in 12 weeks. Time to pick your Denver software developer We hope this list will become a good place to start for your further research. Match it with your project requirements, collect references, listen to your gut feeling, and choose your future software development partner.

Top 30 Software Development Companies in Denver

Mergers and acquisitions help drive the business world forward. Those that take place in the cybersecurity industry are no exception. Cybersecurity firm Momentum reported that M&As in cybersecurity in 2021. Around 14 mergers and acquisitions amounted to $1 billion, including deals involving Proofpoint, Avast, Mimecast, and McAfee, among others. hit a whopping $77.5 billion Another major player in the cybersecurity landscape is IBM, which recently announced plans for an upcoming acquisition. Below, learn more about IBM's acquisition of Randori, what this deal means for the future of IBM, and how it will impact the cybersecurity sector. IBM Announces Plans to Acquire Randori At this year's RSA Conference (RSAC), IBM announced plans to acquire a leading attack surface management (ASM) provider and offensive security company Randori, based in the Boston area. Randori seeks to help clients understand what external facing assets they possess, on-site or in the cloud, that attackers may see and prioritize exposures that come with the most risk. IBM acquired Randori to streamline its threat detection and improve its response solutions portfolio. Additionally, the deal is expected to bolster IBM's Hybrid Cloud Strategy, which to all types of clients, such as cost-effectiveness and more value compared to a public cloud-only approach. provides plenty of business benefits Before IBM announced this acquisition, Randori secured more than $30 million in Greenhill, Meijer and FirstBank funding. One benefit of solution is that it is a "hacker-led" company. Clients will experience an authentic cybersecurity incident during simulations. From there, Randori can assist clients in determining previously unknown exposure points that could lead to a data breach and negatively impact their business. Randori's ASM What This Means for IBM Moving Forward There's no denying that companies are grappling with an expanded attack surface. Cybercriminals are also growing to be more sophisticated — some have even __ __to launch their attacks. harnessed the power of AI One beneficial aspect of IBM's acquisition of Randori is timing. IBM recently joined hundreds of other companies and suspended business activity in Russia due to the country's recent attacks on Ukraine. IBM also in Russia in what's being called a "wind-down" of operations. The U.S. federal government also responded to Russia's attacks with punitive economic sanctions, , including banking and financial systems, oil and gas businesses, and the technology sector. began laying off employees targeting vulnerable industries As per IBM's announcement, the company plans on with the extended detection response (XDR) capabilities that come with the IBM Security QRadar. Insights from Randori's software will feed into the QRadar XDR. Security teams will gain more visibility for threat hunting, incident response and intelligent alert triage. integrating Randori's ASM software Additionally, it's expected that Randori's offensive security solution will complement X-Force Red's leading hacker lead offensive security services, another benefit rooted in IBM's acquisition. How Will the IBM Acquisition Impact the Cybersecurity Industry? Combining IBM's deep AI and threat intelligence expertise with Randori's solutions could help provide more cybersecurity solutions to clients and deliver better protection from cyber incidents. Mike Beck, global CISO at DarkTrace, says, "CISOs want solutions that prioritize cyber risks and autonomously harden their environments…businesses are in a constant state of flux and…operational risks are not static. Risk assessment and subsequent hardening must be done in real-time, which is only possible with an AI-driven approach." When companies can leverage the latest digital tools, powered by AI, machine learning, or another emerging technology, to improve their AMS, they're less likely to experience downtime or face critical data breaches lessens. It's vital to take a preventive approach to cybersecurity and managing potential attacks. Consider how beneficial it is for a company to see attacks from the cybercriminal's perspective. With the acquisition, IBM's solutions may become even more valuable to the modern company, regardless of industry. Other IBM Acquisitions Aside from the Randori deal, IBM has acquired three other companies this year. The company is looking to boost its hybrid cloud services and deliver superb AI capabilities to its clients. IBM acquired Sentaca to help them , which is expected to revolutionize the tech industry and provide more use cases for other sectors, such as health care and consumer electronics. The company also acquired Neudesec, a leading Microsoft Azure consultancy firm. prepare for the 5G era In January, IBM acquired Envizi to assist organizations with sustainability initiatives and achieve environmental goals. This specific acquisition could not be any more timely, considering how the climate crisis is a significant issue many companies and the countries they operate in are concerned about. IBM: A Juggernaut Company There's no doubt that IBM is leveraging its power and success to acquire companies and improve their goods and services. Before the Randori deal, its acquisitions were diverse. They sought to achieve unique outcomes, from the 5G tech revolution to addressing climate change. It will be interesting to see how IBM moves forward with Randori and other acquisitions in cybersecurity. It seems as though IBM is making great strides to help its clients achieve their goals, protect themselves and prepare for the world to become even more digital.

What will IBM's Acquisition of Randori Mean for Cybersecurity?

In this article, I'll introduce you to a recent addition to the , which made its debut in version 10. It's called Laravel Pennant. This package enables you to manage access to new system features. This proves quite valuable when introducing fresh functionality to a project. It allows you to observe its performance in the production environment by controlling access based on certain criteria. For instance, you can restrict access by registration age, user's country, or even random selection. Let's delve into how we can put this into practice. Laravel ecosystem Content Overview Feature Definition Feature Check Middleware Scope Returning a Value from a Feature Check Eager Loading Updating Values Next Steps Conclusion Feature Definition After installing the package, we need to create the feature in the , after which we can already check if it is present in the controller or somewhere else. ServiceProvider Service Provider In order to add a feature to the service provider, we send the name of the feature to the define method, as well as a callback, which is where the main check takes place. The most common method of checking is using . In this method, we specify all the rules for enabling the new feature and also set the value for all other users, in this case false. match (true) <?php

namespace App\Providers;

use App\Models\User;
use Illuminate\Support\Lottery;
use Illuminate\Support\ServiceProvider;
use Laravel\Pennant\Feature;

class AppServiceProvider extends ServiceProvider
{
   public function boot(): void
   {
       Feature::define('canadian-form', fn (User $user) => match (true) {
           $user->country === 'CAN' && Lottery::odds(5,100) => true,
           default => false,
       });
   }
} Of course, you can implement your own check method. In the example above, we enable the feature for only 5 percent of Canadian users. This will give us the opportunity to gradually introduce the new functionality. We can also do the opposite - enable the new functionality for everyone except our other service, which has not yet been updated. canadian-form Class The second way to implement a feature is a cleaner way. We can create it using the console command. This will create a feature class, where we will need to describe the method, which should return the result of the checkout. php artisan pennant:feature CanadianForm resolve() <?php

namespace App\Features;

use App\Models\User;
use Illuminate\Support\Lottery;

class CanadianForm
{
   /**
    * Resolve the feature's initial value.
    */
   public function resolve(User $user): mixed
   {
       return match (true) {
           $user->country === 'CAN' && Lottery::odds(5,100) => true,
           default => false,
       };
   }
} Feature Check After installing the feature, we can start checking if the new feature needs to be used. Let's start with the simplest use case - in the controller. We can carry out a check in the controller as follows: class FormController extends Controller
{
   public function __construct(private FormService $formService)
   {
   }

   public function show(Request $request) {
       $fields = Feature::active(CanadianForm::class)
           ? $this->formService->getCanadianFields()
           : $this->formService->getWorldwideFields();

       return view('form', compact('fields'));

   }
} Here, it says that if the feature is active, then , and if not, then . If the feature is defined in a , then the name of the feature must be passed to the active method. In addition to checking whether a feature is active or not, the facade has other methods: similar methods for checking whether a feature is active on multiple elements or inactive, as well as methods that run callbacks passed as arguments. getCanadianFields() getWorldwideFields() ServiceProvider Feature The last one might look like this: class FormController extends Controller
{
   public function __construct(private FormService $formService)
   {
   }

   public function show(Request $request) {
       $fields = Feature::when(CanadianForm::class,
           fn() => $this->formService->getCanadianFields(),
           fn() => $this->formService->getWorldwideFields(),
   );

       return view('form', compact('fields'));

   }
} These check options  are convenient in that they are easy to implement and, when developed, clearly show what needs to be done to get the desired answer. However, it does not allow you to look at the list of routes and understand where such a check is applied. Middleware In order to implement validation, before hitting the controller, there is an option to install middleware in the application. The Laravel Pennant package comes with middleware included. After including the middleware in the list of middleware in , you can install checks directly into the root, for example like this: EnsureFeaturesAreActive Kernel Route::get('/form', [FormController::class, 'show'])
  ->middleware(['features:canadian-form'])
  ->name('form'); With this implementation, it is convenient to track whole parts of the application that are available only to some users. Such separation can be used in projects with clients from different countries or when switching to a new API version. It is worth noting that Pennant caches the response in in-memory storage during validation. This guarantees the same response throughout the entire request. If you need to remove this cache, you can use Feature::flushCache() Scope If we take a closer look at the method, we receive a user into it. This is the most common case - when we check whether a particular feature is available to a particular user. However, this is not always the case. For example, we want to show the answer depending on another user. CanadianForm::release() This can be realized by using the method when checking. for() public function show(Request $request) {
   $fields = Feature::for($request->user()->getParentUser())
       ->active(CanadianForm::class)
       ? $this->formService->getCanadianFields()
       : $this->formService->getWorldwideFields();

   return view('form', compact('fields'));
} This can be used when users have groups, main users, parents, etc. When creating a feature through the command, the argument to the release method will be of mixed type. This means that we can use objects not only of the class but also of other classes. User <?php

namespace App\Features;

use App\Models\Subscription;
use Illuminate\Support\Lottery;

class NewDesign
{
   /**
    * Resolve the feature's initial value.
    */
   public function resolve(Subscription $subscription): mixed
   {
       return match (true) {
           $subscription->name === 'gold' => true,
           $subscription->name === 'silver' && Lottery::odds(5,100) => true,
           default => false,
       };
   }
} With this setup, we either need to pass the subscription by relation from the user each time it is checked using the method, or we can set this as the default in the for() ServiceProvider. public function boot(): void
{
   Feature::resolveScopeUsing(fn ($driver) => Auth::user()?->subscription);
} We now have an app that will allow us to give the new design to all gold subscribers and some silver subscribers. Returning a Value from a Feature Check When dealing with features, a common query arises: what if there are more than two possible outcomes from a feature check? In such situations, it's possible to return diverse values from the check, not just limited to true/false. Feature::define('design', fn (User $user) => match (true) {
   $user->subscription->level > 3 => 'full',
   $user->subscription->level > 1 => 'elements',
   default => null,
}); We can then retrieve the values either via the method or via the blade-directive. value() @feature $design = Feature::value('design');


return view('form', compact('design')); @feature('design', 'full')
   <a href="#" class="new-design">New design</a>
@elsefeature('design', 'elements')
   <a href="#" class="new-elements">New elements</a>
@endfeature You can also get values for multiple features using the method. The response will be an associative array with the feature names as keys. You can also use the method, which will return all checked features but will not return features that are not checked in this request. To change this you can put in , which will add unchecked features to the response. values() all() Feature::discover() ServiceProvider Eager Loading Even when employing cached check results, performance problems can persist when dealing with multiple checks because of numerous requests. To tackle this, a method similar to Eloquent's "load()" exists. This method lets you load features for a collection all at once, like for instance, users. public function getUsersFeatures() {
   $users = User::all();
   Feature::for($users)->load(['design']);
   $rowColor = [];
  
   foreach ($users as $user) {
       $rowColor[$user->id] = 'color-' . (Feature::for($user)->value('design') ?? 'gray');
   }
  
   return view('admin.users.features', compact('users', 'rowColor'));
} Updating Values Due to the caching applied under the hood, there may be a problem with updating the check result. To force this change, you can use the method. You may also need to force a value change using the and methods. forget() activate() deactivate() Next Steps After a new feature is implemented, there comes a point when the feature itself becomes irrelevant. This happens in two cases - either the functionality is ready to use for all users or the functionality worked incorrectly and you need to roll back all changes. To remove values from the storage in this case, you should either use the method or use the command. The second option is convenient because it can be executed in production without the need to edit the code. Feature::purge('design') artisan pennant:purge design Conclusion The ability to enable and disable features as needed is essentially what Canary Deployment does, but at the code level and not on the server. For small projects, this will be very convenient, as you don't need to understand the deployment settings, and you don't need to have someone on your team to configure it all. For large projects, the Laravel Pennant package will work a bit differently, as the vast majority of large projects have scaling and Canary Deployment configured, which allows you to test new versions of the application in parts without having to implement splitting in the code. In such projects, Pennant can become part of the admin panel, where you can turn features on and off as needed. Lead image by on Unsplash. Mohammed Rahmani

How to Manage Feature Flags with Laravel Pennant

Typescript is a superset of Javascript. Typescript allows Javascript developers to add static type-checking and other modern features to plain Javascript. Some of these extra features do get added to the standard Javascript(ECMAScript). The concept of Decorators is one of those extra features. In this article, we would see what Decorators are and how they can be used in Typescript. What are Decorators? Decorators are used to add special behaviors to a class or to members of a class. The decorator is a function that takes in arguments and adds some annotation or metadata to the arguments in a declarative way. Decorators are prefixed with an . The value after the must evaluate to a function that has information about the decorated declaration. @ @ Decorators can be attached to a class declaration, method, property, accessor, or parameter. Decorators are currently a in Javascript, but they are available as an experimental feature in Typescript. To use decorators, we have to set the compiler option in the file. stage 2 proposal experimentalDecorators tsconfig.json Decorator Factories Since decorators are functions, we might need to pass in some additional options so as to customize how the decorator works. To do this, we make use of Decorator Factories. A is simply a function that returns a function. This returned function would then implement the decorator. Decorator Factory const decoratorFactory = (value: string) => {
  // the decorator factory returns a decorator function
 
  return (target: any) => {
    // the returned decorator uses 'target' and 'value'
  }
} Class Decorators A is used to decorate a class declaration. The class decorator receives the constructor of the class as its only argument. The decorator can be used to observe, modify, or replace a class definition. Class Decorator const classDecorator = (constructor: Function) => {
  // do something with your class
}

@classDecorator
class Person {} The example below adds a property to the class by returning a new class that extends the constructor passed into the decorator and adds the property. const addAgeToPerson = <T extends { new (...args: any[]): {} }>(
  originalConstructor: T
) => {
  return class extends originalConstructor {
    age: number;
    constructor(...args: any[]) {
      super();
      this.age = 28;
    }
  };
};

@addAgeToPerson
class Person {}

const person = new Person();
console.log(person.age); // 28 Property Decorators A is used to decorate a property of a class. The property decorator receives two arguments. Property Decorator The prototype of the class for an instance member OR the constructor function of the class for a static member. The name of the property. const propertyDecorator = (target: any, propertyName: string) => {
  // do something with your property
}

class Person {
  @propertyDecorator
  age = 28
} Property decorators can be used to override the property being decorated. This can be done with the static method and a new setter and getter for the property. Object.defineProperty In the example below, we are going to prevent the age from being changed to a value lower than 18. const propertyDecorator = (target: any, propertyName: string) => {
  let currentAge: number = target[propertyName];

  Object.defineProperty(target, propertyName, {
    set: (newAge: number) => {
      if (newAge < 18) {
        return;
      }
      currentAge = newAge;
    },
    get: () => currentAge
  });
}

class Person {
  @propertyDecorator
  age = 28
}

const person = new Person();
console.log(person.age); // 28

person.age = 16;
console.log(person.age); // 28

person.age = 24;
console.log(person.age); // 24 Accessor Decorators An is used to decorate an accessor property of a class. The accessor decorator gets applied to the for that accessor. Accessor Decorator Property Descriptor Since the combines both the and accessor, all decorators for the member must be applied to one accessor, not to both of the accessors. Property Descriptor get set The accessor decorator receives three arguments. The prototype of the class for an instance member OR the constructor function of the class for a static member. The name of the accessor. The for the accessor. Property Descriptor const accessorDecorator = (target: any, memberName: string, descriptor: PropertyDescriptor) => {
  // do something with your accessor
  console.log('Accessor decorator!');
  console.log(target);
  console.log(memberName);
  console.log(descriptor);
}

class Product {
  title: string;
  private _price: number;

  @accessorDecorator
  get price() {
    return this._price
  }

  set price(val: number) {
    if (val > 0) {
      this._price = val;
    } else {
      throw new Error('Price cannot be lower than zero!');
    }
  }


  constructor(t: string, p: number) {
    this.title = t;
    this._price = p;
  }
} When the above code runs, it produces the output below. As seen from the result, the decorator receives both the and accessor in the despite being added to just one of the accessors. set get Property Descriptor, The value returned from the accessor decorator would be used as the new for the member. Property Descriptor In the example below, we are using a decorator factory to change the configurable value of the accessor. const configurable = (value: boolean) => {
  return (target: any, memberName: string, descriptor: PropertyDescriptor) => {
    descriptor.configurable = value;
  }
}


class Product {
  title: string;
  private _price: number;

  @configurable(false)
  get price() {
    return this._price
  }

  set price(val: number) {
    if (val > 0) {
      this._price = val;
    } else {
      throw new Error('Price cannot be lower than zero!');
    }
  }


  constructor(t: string, p: number) {
    this.title = t;
    this._price = p;
  }
} Method Decorators A is used to decorate a class method. The method decorator is applied to the for that method. Method Decorator Property Descriptor The method decorator receives three arguments. The prototype of the class for an instance member OR the constructor function of the class for a static member. The name of the method. The for the method. Property Descriptor const methodDecorator = (target: any, methodName: string, descriptor: PropertyDescriptor) => {
  // do something with your method
  console.log('Method decorator!');
  console.log(target);
  console.log(methodName);
  console.log(descriptor);
}

class Product {
  title: string;
  private _price: number;

  constructor(t: string, p: number) {
    this.title = t;
    this._price = p;
  }

  @methodDecorator
  getPriceWithDiscount(discount: number) {
    return this._price - (this._price * discount) / 100;
  }
} When the above code runs, it produces the output below. The value returned from the accessor decorator would be used as the new for the member. Property Descriptor In the example below we would use a method decorator to add a deprecated warning to our method. We do this by returning a wrapper function that wraps around the original method and adds the new functionality. This wrapper function is then placed in a getter function and returned as the new . Property Descriptor const methodDecorator = (target: any, methodName: string, descriptor: PropertyDescriptor) => {
  const originalMethod = descriptor.value;

  // new property descriptor
  const newDescriptor: PropertyDescriptor = {
    configurable: true,
    enumerable: false,
    // getter function
    get() {
      // wrapper function
      const newMethod = (...args: any[]) => {
        console.warn(`Method ${methodName} is deprecated`);
        return originalMethod.apply(this, args)
      }
      return newMethod;
    }
  };

  return newDescriptor;
}

class Product {
  title: string;
  private _price: number;

  constructor(t: string, p: number) {
    this.title = t;
    this._price = p;
  }

  @methodDecorator
  getPriceWithDiscount(discount: number) {
    return this._price - (this._price * discount) / 100;
  }
}

const prod = new Product("shoes", 100)

console.log(prod.getPriceWithDiscount(20)) The code above produces the result below. Parameter Decorators A is is used to decorate a parameter of a class method or a class constructor. Parameter Decorator The parameter decorator receives three arguments. The prototype of the class for an instance member OR the constructor function of the class for a static member. The name of the method that uses the parameter. The index of the parameter in the function’s parameter list. const parameterDecorator = (target: any, methodName: string, position: number) => {
  // do something with your parameter
  console.log('Parameter decorator!');
  console.log(target);
  console.log(methodName);
  console.log(position);
}

class Product {
  title: string;
  private _price: number;

  constructor(t: string, p: number) {
    this.title = t;
    this._price = p;
  }

  getPriceWithDiscount(@parameterDecorator discount: number) {
    return this._price - (this._price * discount) / 100;
  }
} When the above code runs, it produces the output below. Conclusion Decorators are functions that add special behaviors to a class or members of a class To customize how a decorator works, use a decorator factory which allows you to pass in additional options Examples of libraries that make use of Decorators include , , and . Angular Typegoose Nestjs

Using Decorators in Typescript

Synchronizing Data At last, we’ve arrived at the final part of our series on using Salesforce’s to quickly scaffold a deployable Slack App that interacts with Salesforce data. The Slack Starter Kit makes it tremendously easy to authenticate with Salesforce, organize your code into reusable chunks, and deploy the project to Heroku for live access. We’ve largely based this series on . Slack Starter Kit these video tutorials showcasing how to build Slack Apps , we got acquainted with the Slack Starter Kit and set up our development environment. , our Slack app issued a query to fetch data from a Salesforce org and then presented the result with UI components from Block Kit. Now, we’re going to extend that pattern to showcase how you can edit Salesforce data entirely within Slack. Let’s get started! In our first post In our second post Creating a shortcut Outside of the Block Kit UI, Slack has support for two other interactivity systems: and . Slash Commands are entered by a user in Slack’s text input (available in every channel), while shortcuts are graphical in nature. Since they’re easier to visualize, we’ll demonstrate shortcuts by creating a shortcut that will fetch our list of contacts and give us the ability to edit them. Slash Commands shortcuts Adding a shortcut (or a Slash Command, for that matter) first requires that you tell Slack the name of the command. Go to your app’s Overview page on Slack, and then click : Interactivity & Shortcuts Click , and select as your shortcut type, then click . On the next page, enter these values: Create New Shortcut Global Next : Edit contacts Name : Edits contacts on SFDC Short Description : Callback ID edit-contact-shortcut Click on , then click . Switch over to your Slack workspace, and click on the plus sign in the text area. You’ll be able to browse all of your workspace shortcuts. Here, you’ll also see the brand new shortcut you just created: Create Save Changes This shortcut doesn’t do anything yet, but this process is necessary for Slack to know about your shortcut. Next, let’s add the code to handle the event that fires whenever someone clicks on this shortcut. Wiring up the shortcut In your code editor, navigate to . This is the spot where we connect shortcut events to the code that’s executed. There’s already one shortcut given to us by the Starter Kit: . The given line suggests to us what we need to do: We call a function called and pass in a string and a function name. In this case, our string is the callback ID we previously defined, and our function name is the code we’ve yet to write. Change the file contents to look like this: apps/slack-salesforce-starter-app/listeners/shortcuts/index.js whoami shortcut const { whoamiCallback } = require('./whoami');
const { editContactCallback } = require('./edit-contact');

module.exports.register = (app) => {
   app.shortcut('who_am_i', whoamiCallback);
   app.shortcut('edit-contact-shortcut', editContactCallback);
}; We’re laying the groundwork here by saying: “ run .” Slack App, if you get a shortcut with a callback ID of edit-contact-shortcut editContactCallback In this same folder, create a file called , and paste these lines into it: edit-contact.js 'use strict';

const {
  editContactResponse,
  authorize_sf_prompt
} = require('../../user-interface/modals');

const editContactCallback = async ({ shortcut, ack, client, context }) => {
  try {
    await ack();
    if (context.hasAuthorized) {
      const conn = context.sfconnection;
      await client.views.open({
        trigger_id: shortcut.trigger_id,
        view: await editContactResponse(conn)
      });
    } else {
      // Get BotInfo
      const botInfo = await client.bots.info({ bot: context.botId });
      // Open a Modal with message to navigate to App Home for authorization
      await client.views.open({
        trigger_id: shortcut.trigger_id,
        view: authorize_sf_prompt(context.teamId, botInfo.bot.app_id)
      });
    }
  } catch (error) {
    // eslint-disable-next-line no-console
    console.error(error);
  }
};

module.exports = { editContactCallback }; Now, this might look intimidating, but most of it simply concerns the authentication boilerplate, ensuring that a user has an active SFDC connection. In the first logical path (if is ), we execute a function called , which accepts our open Salesforce ection. In the negative case, we ask the user to go to the Home tab to reauthenticate, just as we did in Part 1 of this tutorial. context.hasAuthorized true editContactResponse conn Navigate to the folder, and create a file called . Here, we’ll pop open a modal with contact information similar to the rows we saw in the Home tab in Part 2 of this tutorial: apps/slack-salesforce-starter-app/user-interface/modals edit-contact-response.js 'use strict';
const { Elements, Modal, Blocks } = require('slack-block-builder');

const editContactResponse = async (conn) => {
  const result = await conn.query(
    `Select Id, Name, Description FROM Contact`
  );
  let records = result.records;

  let blockCollection = records.map((record) => {
    return Blocks.Section({
      text: `*${record.Name}*\n${record.Description}`
    }).accessory(
      Elements.Button()
        .text(`Edit`)
        .actionId(`edit_contact`)
        .value(record.Id)
    );
  });

  return Modal({ title: 'Salesforce Slack App', close: 'Close' })
    .blocks(blockCollection)
    .buildToJSON();
};

module.exports = { editContactResponse }; The main difference between the code in Part 2 and this block is that we’re using an array called , which lets us construct an array of blocks (in this case, Section blocks). knows how to take this array and transform it into a format that Slack understands, which makes it super simple to create data through a looped array, as we’ve done here. In Part 2 of our series, we constructed a giant string of data. By using , however, we can attach other Slack elements—such as buttons—which we’ve done here. blockCollection blocks BlockCollection Lastly, in , we’ll need to export this function, so that it can be imported by our function: apps/slack-salesforce-starter-app/user-interface/modals/index.js edit-contact.js 'use strict';
const { whoamiresponse } = require('./whoami-response');
const { editContactResponse } = require('./edit-contact-response');
const { authorize_sf_prompt } = require('./authorize-sf-prompt');

module.exports = { whoamiresponse, editContactResponse, authorize_sf_prompt }; After you’ve deployed this new code to Heroku via git push, switch to your Slack workspace and try executing the shortcut; you’ll be greeted with a dialog box similar to this one: Updating Salesforce data We’re able to fetch and display Salesforce data. Now, it’s time to connect the Edit button to change Salesforce data! Many of Slack’s interactive components have an , which, like the , serves to identify the element which a user acted upon. Just like everything else in the Starter Kit, there’s a special directory where you can define listeners for these action IDs: . In the file there, let’s add a new line that ties together the action ID with our yet-to-be-written functionality: action_id callback_id apps/slack-salesforce-starter-app/listeners/actions index.js 'use strict';
const { appHomeAuthorizeButtonCallback } = require('./app-home-authorize-btn');
const { editContactButtonCallback } = require('./edit-contact-btn');

module.exports.register = (app) => {
  app.action('authorize-with-salesforce', appHomeAuthorizeButtonCallback);
  app.action('edit_contact', editContactButtonCallback);
}; In this same folder, create a new file called , and paste these lines into it: edit-contact-btn.js 'use strict';
const {
  editIndividualContact,
  authorize_sf_prompt
} = require('../../user-interface/modals');

const editContactButtonCallback = async ({ body, ack, client, context }) => {
  const contactId = body.actions[0].value;
  try {
    await ack();
  } catch (error) {
    // eslint-disable-next-line no-console
    console.error(error);
  }

  if (context.hasAuthorized) {
    const conn = context.sfconnection;
    const result = await conn.query(
      `SELECT Id, Name, Description FROM Contact WHERE Id='${contactId}'`
    );
    let record = result.records[0];
    await client.views.push({
      trigger_id: body.trigger_id,
      view: editIndividualContact(record)
    });
  } else {
    // Get BotInfo
    const botInfo = await client.bots.info({ bot: context.botId });
    // Open a Modal with message to navigate to App Home for authorization
    await client.views.push({
      trigger_id: body.trigger_id,
      view: authorize_sf_prompt(context.teamId, botInfo.bot.app_id)
    });
  }
};

module.exports = { editContactButtonCallback }; The beginning and ending of this file should look familiar: We’re sending an response back to Slack to let it know that our app received the event payload (in this case, from clicking on the Edit button). We’re also checking whether or not we’re still authenticated. Here, we’re doing a single DB lookup using the ID of the contact, which we attached as a value to the Edit button when constructing our UI. ack This chunk of code creates another modal design which we need to define. Back in , create a file called and paste these lines into it: apps/slack-salesforce-starter-app/user-interface/modals edit-individual-contact.js 'use strict';
const { Elements, Modal, Blocks } = require('slack-block-builder');

const editIndividualContact = (record) => {
  return Modal({ title: 'Edit Contact', close: 'Close' })
    .blocks(
      Blocks.Input({ blockId: 'description-block', label: record.Name }).element(
        Elements.TextInput({
          placeholder: record.Description,
          actionId: record.Id
        })
     )
   )
   .submit('Save')
   .callbackId('edit-individual')
   .buildToJSON();
};

module.exports = { editIndividualContact }; Here, we’ve created a modal with a single block: an input element. The element will be pre-populated with the contact’s description. We can edit this block and change the description to whatever we want. There are two important notes to point out in this code snippet: Notice that we’re attaching an to the input element. This is analogous to the ID we attached to the Edit button earlier, except this time, it’s dynamically generated based on the ID of the record we’re editing. actionId You’ll also notice that we have another ID, the , which is attached to the modal itself. Keep the existence of these IDs in the back of your mind: we’ll address both of these in a moment. For now, open up the file in this same directory, and this new modal-creating function: callbackID index.js require/export const { editIndividualContact } = require('./edit-individual-contact');
// ...
module.exports = {
  whoamiresponse,
  editContactResponse,
  editIndividualContact,
  authorize_sf_prompt
}; Now when you click the Edit button, you’ll be prompted to change the description: We now need to send this updated text to Salesforce. Click on the button and…nothing happens. Why? Well, Slack has a different set of events for interactions like these, called . The Starter Kit provides a good jumping off point when building an app, but it doesn’t handle every Slack use case, including this one. But that’s not a problem—we’ll add the functionality ourselves! Save view submissions Within the , create a new folder called . Just like before, our button here has an action ID to identify it: . We’ll head back into to configure this to a function: apps/slack-salesforce-starter-app/user-interface folder views Save edit-individual-contact apps/slack-salesforce-starter-app/listeners/actions/index.js const { editIndividualButtonCallback } = require('./edit-individual-btn);

// ... 

app.action('edit-individual-contact', editIndividualButtonCallback); Create a new file called , and paste these lines into it: edit-individual-contact.js 'use strict';

const { submitEditCallback } = require('./submit-edit');

module.exports.register = (app) => {
  app.view('edit-individual', submitEditCallback);
}; This format is identical to the other listeners provided by the Slack Starter Kit. The only difference is that we are calling the method. We also need to register this listener alongside the others. Open up , and the new view listener: view apps/slack-salesforce-starter-app/listeners/index.js require/register const viewListener = require('./views');

module.exports.registerListeners = (app) => {
  // ...
  viewListener.register(app);
}; Next, in , create another file called and paste these lines into it: apps/slack-salesforce-starter-app/listeners/views submit-edit.js 'use strict';
const { editContactResponse, authorize_sf_prompt } = require('../../user-interface/modals');

const submitEditCallback = async ({ view, ack, client, context }) => {
  try {
    await ack();
  } catch (error) {
    // eslint-disable-next-line no-console
    console.error(error);
  }

  if (context.hasAuthorized) {
    const contactId = view.blocks[0].element.action_id;
    const newDescription =
      view.state.values['description-block'][contactId].value;
    const conn = context.sfconnection;
    await conn.sobject('Contact').update({
      Id: contactId,
      Description: newDescription
    });

    await client.views.open({
      trigger_id: view.trigger_id,
      view: await editContactResponse(conn)
    });
  } else {
    // Get BotInfo
    const botInfo = await client.bots.info({ bot: context.botId });
    // Open a Modal with message to navigate to App Home for authorization
    await client.views.push({
      trigger_id: view.trigger_id,
       view: authorize_sf_prompt(context.teamId, botInfo.bot.app_id)
    });
  }
};

module.exports = { submitEditCallback }; Let’s discuss those IDs that we set before. When Slack sends event payloads over to our app, it automatically generates an ID for every input element by default. That’s because Slack doesn’t know what the underlying data . It’s your responsibility to name the elements via action IDs. Slack uses these IDs as keys to populate the payload. When you receive Slack’s payload, you can use the keys you provided to parse the data the user entered. is Now, if you go through the flow to edit your contact’s description, you’ll notice that the modal will correctly save. To verify that the data on the Salesforce side was updated, run in your terminal and navigate to the Contacts tab. sfdx force:org:open Conclusion The Slack Starter Kit has made it an absolute breeze to build a Slack App that listens to user events. Beyond that, though, it also makes interacting with Salesforce and Heroku an absolute pleasure. We’ve covered just about everything that the Starter Kit can do. If you’d like to learn more about how Slack and Salesforce can work together, check out our blog post on . Also, the backend framework that interacts with Salesforce is the wonderful project. Be sure to check out both its documentation and to learn more about what you can build! building better together JSforce the Salesforce API Reference

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