trustedhtml assignment

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This document requires ‘trustedHTML’ assignment: what does it mean and how to fix it?

Have you ever been asked to “trust” a document before opening it? If so, you’ve likely encountered a document that has been assigned a “trusted HTML” label. This label indicates that the document has been scanned for malicious content and has been deemed safe to open.

But what exactly is “trusted HTML”? And how can you be sure that a document with this label is actually safe?

In this article, we’ll take a closer look at trusted HTML and explain how it can help you protect yourself from malicious documents. We’ll also provide some tips for identifying and avoiding documents that have been falsely labeled as trusted.

What is trusted HTML?

Trusted HTML is a security feature that is used to protect users from malicious documents. When a document is assigned a trusted HTML label, it means that it has been scanned for malicious content and has been deemed safe to open.

The trusted HTML feature is based on a set of rules that are used to scan documents for malicious content. These rules are designed to identify documents that contain viruses, worms, Trojan horses, and other types of malicious code.

If a document does not pass the trusted HTML scan, it will not be assigned a trusted HTML label and will not be able to be opened. This helps to protect users from accidentally opening malicious documents and exposing their computers to infection.

How can you be sure that a document with a trusted HTML label is safe?

While the trusted HTML feature is a valuable security tool, it is important to remember that it is not foolproof. There is always the possibility that a malicious document could be falsely labeled as trusted.

That’s why it is important to exercise caution when opening any document, even if it has a trusted HTML label. Here are a few tips for identifying and avoiding documents that have been falsely labeled as trusted:

• Only open documents from trusted sources. This is the most important tip for avoiding malicious documents. If you don’t know the source of a document, don’t open it.
• Scan documents with a virus scanner before opening them. Even if a document has been assigned a trusted HTML label, it is still a good idea to scan it with a virus scanner before opening it. This will help to protect you from any malicious content that may have been missed by the trusted HTML scan.
• Be suspicious of documents that ask you to enable macros or JavaScript. Malicious documents often contain macros or JavaScript that can be used to install malware on your computer. If a document asks you to enable macros or JavaScript, be very careful and only do so if you are sure that the document is from a trusted source.

By following these tips, you can help to protect yourself from malicious documents and keep your computer safe.

What is TrustedHTML?

TrustedHTML is a security feature that is used to prevent malicious code from being executed in a web browser. It works by verifying that the HTML code that is being loaded has been signed by a trusted publisher. This prevents attackers from injecting malicious code into a website and tricking users into running it.

TrustedHTML is implemented by the browser, and it works by checking the digital signature of the HTML code that is being loaded. The signature is a unique identifier that is generated when the HTML code is created. The browser checks the signature against a list of trusted publishers, and if the signature is valid, the HTML code is loaded. If the signature is not valid, the browser will block the HTML code from being loaded.

TrustedHTML is a very effective security feature, but it can also be a burden for developers. This is because developers need to create signed HTML code in order for it to be loaded in a browser. This can be a time-consuming process, and it can also be difficult to get right.

Despite the challenges, TrustedHTML is an important security feature. It helps to protect users from malicious code, and it is a valuable tool for developers who want to create secure websites.

Why is TrustedHTML required?

TrustedHTML is required for a number of reasons. First, it helps to protect users from malicious code. Malicious code can be used to steal personal information, install malware, or even take control of a user’s computer. TrustedHTML helps to prevent this by blocking malicious code from being executed in a web browser.

Second, TrustedHTML helps to protect websites from being compromised. If a website is compromised, an attacker could inject malicious code into the website and trick users into running it. TrustedHTML helps to prevent this by blocking malicious code from being loaded in a browser.

Third, TrustedHTML helps to protect businesses from data breaches. Data breaches can be very costly for businesses, and they can damage their reputation. TrustedHTML helps to prevent data breaches by blocking malicious code from being executed on a computer.

Overall, TrustedHTML is a very important security feature. It helps to protect users, websites, and businesses from malicious code. It is a valuable tool for developers who want to create secure websites.

How to implement TrustedHTML?

TrustedHTML is a security feature that allows you to specify which HTML tags and attributes are allowed on your website. This can help to prevent cross-site scripting (XSS) attacks, which are a type of attack that can be used to steal user credentials or inject malicious code into a website.

To implement TrustedHTML, you need to add the following code to your website’s header:

This code will tell the browser to only allow HTML tags and attributes that are listed in the `trusted-types.min.js` file. You can find a list of the allowed tags and attributes in the [Trusted Types documentation](https://trustedtypes.org/docs/).

Once you have added the code to your website’s header, you need to make sure that all of your HTML tags and attributes are listed in the `trusted-types.min.js` file. If you have any tags or attributes that are not listed, the browser will not allow them to be rendered on your website.

You can add tags and attributes to the `trusted-types.min.js` file by following these steps:

1. Open the `trusted-types.min.js` file in a text editor. 2. Find the section of the file that lists the allowed tags and attributes. 3. Add your tags and attributes to the list. 4. Save the file.

Once you have added your tags and attributes to the `trusted-types.min.js` file, you need to recompile the file. You can do this by running the following command in the terminal:

npm run build

Once the file has been recompiled, you can deploy it to your website.

Common TrustedHTML errors

There are a few common errors that you can make when implementing TrustedHTML. These errors can prevent your website from working properly or they can make it vulnerable to XSS attacks.

1. Not including the `Content-Security-Policy` header

The `Content-Security-Policy` header is required for TrustedHTML to work. If you do not include this header, your website will not be protected from XSS attacks.

2. Not using the `trusted-types.min.js` file

The `trusted-types.min.js` file is required for TrustedHTML to work. If you do not use this file, your website will not be protected from XSS attacks.

3. Not including all of your tags and attributes in the `trusted-types.min.js` file

You need to make sure that all of your tags and attributes are listed in the `trusted-types.min.js` file. If you do not include all of your tags and attributes, the browser will not allow them to be rendered on your website.

4. Using invalid tags or attributes

You can only use tags and attributes that are listed in the `trusted-types.min.js` file. If you try to use a tag or attribute that is not listed, the browser will not allow it to be rendered on your website.

5. Using tags or attributes incorrectly

You need to make sure that you are using tags and attributes correctly. If you use them incorrectly, the browser may not be able to render them properly or it may be vulnerable to XSS attacks.

6. Not updating the `trusted-types.min.js` file

The `trusted-types.min.js` file is updated regularly with new tags and attributes. You need to make sure that you are using the latest version of the file. If you are not using the latest version, your website may not be protected from new XSS attacks.

TrustedHTML is a powerful security feature that can help to protect your website from XSS attacks. However, it is important to implement TrustedHTML correctly in order to avoid common errors. By following the steps in this document, you can help to ensure that your website is protected from XSS attacks.

Q: What does it mean when a document requires ‘trustedhtml’ assignment? A: TrustedHTML is a security feature that allows you to safely open documents that have been created in a trusted environment. When a document is assigned the ‘trustedhtml’ attribute, it means that it has been scanned for malicious content and has been found to be safe. This means that you can open the document without worrying about it infecting your computer with malware. Q: How do I assign the ‘trustedhtml’ attribute to a document? A: There are a few ways to assign the ‘trustedhtml’ attribute to a document. You can do this through the document’s properties, or you can use a code editor to add the attribute to the document’s header. To assign the ‘trustedhtml’ attribute through the document’s properties, follow these steps:

1. Open the document in a word processor or text editor. 2. Click on the “File” tab. 3. Click on “Properties”. 4. In the “General” tab, click on the “Advanced” button. 5. In the “Security” section, select the “TrustedHTML” check box. 6. Click on “OK”.

To assign the ‘trustedhtml’ attribute using a code editor, follow these steps:

Q: What are the benefits of using TrustedHTML? There are a number of benefits to using TrustedHTML, including:

• Increased security: TrustedHTML helps to protect your computer from malicious content by scanning documents for malicious code before they are opened.
• Reduced risk of data loss: TrustedHTML can help to prevent data loss by preventing malicious documents from being opened.
• Improved productivity: TrustedHTML can help to improve productivity by allowing you to open documents without having to worry about them being infected with malware.

Q: What are the limitations of using TrustedHTML? There are a few limitations to using TrustedHTML, including:

• Not all documents are supported: TrustedHTML is only supported for documents that have been created in a trusted environment.
• Some features may be disabled: TrustedHTML may disable some features in documents, such as macros and scripts.
• It may slow down performance: TrustedHTML can slow down the performance of your computer, especially if you are opening a large number of documents.

Q: How can I learn more about TrustedHTML? There are a number of resources available to help you learn more about TrustedHTML, including:

• The TrustedHTML documentation: The TrustedHTML documentation provides detailed information on how to use TrustedHTML.
• The TrustedHTML FAQ: The TrustedHTML FAQ answers common questions about TrustedHTML.

Here are some key takeaways from the content:

• Trusted HTML is a type of HTML that is validated and certified by a trusted third party.
• Trusted HTML can help to protect sensitive information from being leaked or compromised.
• By requiring that all documents be created with trusted HTML, organizations can help to ensure that their data is safe from malicious actors.

Organizations that are concerned about the security of their data should consider implementing a ‘trustedhtml’ assignment. This is an important step in protecting the confidentiality, integrity, and availability of data.

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Prevent DOM-based cross-site scripting vulnerabilities with Trusted Types

Browser Support

DOM-based cross-site scripting (DOM XSS) happens when data from a user-controlled source (like a username, or a redirect URL taken from the URL fragment) reaches a sink , which is a function like eval() or a property setter like .innerHTML that can execute arbitrary JavaScript code.

DOM XSS is one of the most common web security vulnerabilities, and it's common for dev teams to accidentally introduce it in their apps. Trusted Types give you the tools to write, security review, and keep applications free of DOM XSS vulnerabilities by making dangerous web API functions secure by default. Trusted Types are available as a polyfill for browsers that don't yet support them.

For many years DOM XSS has been one of the most prevalent and dangerous web security vulnerabilities.

There are two kinds of cross-site scripting. Some XSS vulnerabilities are caused by server-side code that insecurely creates the HTML code forming the website. Others have a root cause on the client, where the JavaScript code calls dangerous functions with user-controlled content.

To prevent server-side XSS , don't generate HTML by concatenating strings. Use safe contextual-autoescaping templating libraries instead, along with a nonce-based Content Security Policy for additional bug mitigation.

Now browsers can also help prevent client-side DOM-based XSS by using Trusted Types .

API introduction

Trusted Types work by locking down the following risky sink functions. You might already recognize some of them, because browser vendors and web frameworks already steer you away from using these features for security reasons.

• Script manipulation : <script src> and setting text content of <script> elements.
• insertAdjacentHTML
• <iframe> srcdoc
• document.write
• document.writeln
• DOMParser.parseFromString
• <embed src>
• <object data>
• <object codebase>
• setInterval
• new Function()

Trusted Types require you to process the data before passing it to these sink functions. Using only a string fails, because the browser doesn't know if the data is trustworthy:

To signify that the data was securely processed, create a special object - a Trusted Type.

Trusted Types significantly reduce the DOM XSS attack surface of your application. It simplifies security reviews, and lets you enforce the type-based security checks done when compiling, linting, or bundling your code at runtime, in the browser.

How to use Trusted Types

Prepare for content security policy violation reports.

You can deploy a report collector, such as the open-source go-csp-collector , or use one of the commercial equivalents. You can also debug violations in the browser:

Add a report-only CSP header

Add the following HTTP Response header to documents that you want to migrate to Trusted Types:

Now all the violations are reported to //my-csp-endpoint.example , but the website continues to work. The next section explains how //my-csp-endpoint.example works.

Identify Trusted Types violations

From now on, every time Trusted Types detect a violation, the browser sends a report to a configured report-uri . For example, when your application passes a string to innerHTML , the browser sends the following report:

This says that in https://my.url.example/script.js on line 39, innerHTML was called with the string beginning with <img src=x . This information should help you narrow down which parts of code might be introducing DOM XSS and need to change.

Fix the violations

There are a couple of options for fixing a Trusted Type violation. You can remove the offending code , use a library , create a Trusted Type policy or, as a last resort, create a default policy .

Rewrite the offending code

It's possible that the non-conforming code isn't needed anymore, or can be rewritten without the functions that cause the violations:

Use a library

Some libraries already generate Trusted Types that you can pass to the sink functions. For example, you can use DOMPurify to sanitize an HTML snippet, removing XSS payloads.

DOMPurify supports Trusted Types and returns sanitized HTML wrapped in a TrustedHTML object so that the browser doesn't generate a violation.

Create a Trusted Type policy

Sometimes you can't remove the code causing the violation, and there's no library to sanitize the value and create a Trusted Type for you. In those cases, you can create a Trusted Type object yourself.

First, create a policy . Policies are factories for Trusted Types that enforce certain security rules on their input:

This code creates a policy called myEscapePolicy that can produce TrustedHTML objects using its createHTML() function. The defined rules HTML-escape < characters to prevent the creation of new HTML elements.

Use the policy like this:

Use a default policy

Sometimes you can't change the offending code, for example, if you're loading a third-party library from a CDN. In that case, use a default policy :

The policy named default is used wherever a string is used in a sink that only accepts Trusted Type.

Switch to enforcing Content Security Policy

When your application no longer produces violations, you can start enforcing Trusted Types:

Now, no matter how complex your web application is, the only thing that can introduce a DOM XSS vulnerability is the code in one of your policies, and you can lock that down even more by limiting policy creation .

Further reading

• Trusted Types GitHub
• W3C specification draft
• Integrations

Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 4.0 License , and code samples are licensed under the Apache 2.0 License . For details, see the Google Developers Site Policies . Java is a registered trademark of Oracle and/or its affiliates.

Last updated 2020-03-25 UTC.

TrustedHTML

The TrustedHTML interface of the Trusted Types API represents a string that a developer can insert into an injection sink that will render it as HTML. These objects are created via TrustedTypePolicy.createHTML() and therefore have no constructor.

The value of a TrustedHTML object is set when the object is created and cannot be changed by JavaScript as there is no setter exposed.

Instance methods

Returns a JSON representation of the stored data.

A string containing the sanitized HTML.

In the below example we create a policy that will create TrustedHTML objects using TrustedTypePolicyFactory.createPolicy() . We can then use TrustedTypePolicy.createHTML to create a sanitized HTML string to be inserted into the document.

The sanitized value can then be used with Element.innerHTML to ensure that no new HTML elements can be injected.

Specifications

Browser compatibility.

• Prevent DOM-based cross-site scripting vulnerabilities with Trusted Types

© 2005–2023 MDN contributors. Licensed under the Creative Commons Attribution-ShareAlike License v2.5 or later. https://developer.mozilla.org/en-US/docs/Web/API/TrustedHTML

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Trusted-Types Helper

This is mainly to enable TamperMonkey to continue using scripts that have `@require` dependencies on sites with a restrictive `Trusted-Types` policy. At least until TM v4.14 comes out, the milestone has already been added: https://github.com/Tampermonkey/tampermonkey/issues/1334#event-5361683856 \n Make sure this script is executed before the `@require`ing of any dependencies

How to install

You will need to install an extension such as Tampermonkey , Greasemonkey or Violentmonkey to install this script.

You will need to install an extension such as Tampermonkey or Violentmonkey to install this script.

You will need to install an extension such as Tampermonkey or Userscripts to install this script.

You will need to install a user script manager extension to install this script.

(I already have a user script manager, let me install it!)

You will need to install an extension such as Stylus to install this script.

You will need to install a user style manager extension to install this script.

(I already have a user style manager, let me install it!)

Have your TamperMonkey scripts started to break

showing errors like

This document requires 'TrustedScript' assignment. This document requires 'TrustedHTML' assignment.

? If the whole script breaks before it even started, it may be due to @require scripts that were blocked by a restrictive Trusted-Types CSP (Content Security Policy). This script might help. It also tries to be useful in cases where the script can run, but regular old string assignments are now blocked.

This is mainly to enable TamperMonkey to continue using scripts that have @require dependencies on sites with a restrictive Trusted-Types policy. At least until TM v4.14 comes out, the milestone has already been added: https://github.com/Tampermonkey/tampermonkey/issues/1334#event-5361683856 Make sure this script is executed before the @require ing of any dependencies

Although TT is still an experimental feature, Google seems quite keen to enforce it already, albeit half-assedly, where supported. Ugh! >.<

This script provides pass-through policies to try to enable you to do what ever you want with the DOM, while trying not to disturb any defaults in place. Basically, if you have to create your own Trusted Types (e.g. TrustedHTML), and if the site's CSP allows for the creation of new policies, you can use a permissive policy to wrap your strings into a Trusted Type, like TrustedHTML, which the browser will then allow you to assign to the DOM. Best case scenario: The site has no default policy set. This allows us to specify our own, in which we can then allow everything (pass-through); this will restore all ability to modify the DOM. If we have to create a custom policy, all contents have to be piped through the relevant function of the TT Policy, like TTP.createHTML("unsafe string contents") , which will then return trusted contents.

Fixing scripts that break trying to @require dependencies due to Trusted-Types CSP

Just activate this script, it'll try its best to mend the situation. If it doesn't work: Try setting overwrite_default to true . This is disabled by default because it might break functionality on the site, if it relies on its own default policy to do something specific. If it still doesn't work: The site's CSP may have disallowed the creation of our own policies, in which case there's nothing we can do just yet. Send me feedback with the usual details (url, browser and TM version, output of your Browser Console, etc) to see if there's anything I can do.

Modifying the DOM with a script that runs but throws errors like "This document requires 'TrustedHTML' assignment"

See the above points, but if it doesn't work, check if we were able to set our own custom policy, it'll be assigned to the variable TTP . Instead of using things like someDomElement.innerHTML += "<div class='myClass'><p>some <b>content</b></p></div>"; use this approach

Or, actually, just

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[Report Only] This document requires 'Trusted HTML' assignment.

I am having a problem with utube- extremely slow at starting up and takes ages to open my keep fit videos. I took a look at the settings and found the messages:- This document requires Trusted URL assignment and Trusted HTML assignment. Don't know whether this is relevant. Any help would be appreciated. Also I get this blue dotted circle that continues to go around for ages before I can get whatever site I am looking at.

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• Microsoft Agent |

Hi nefoeddannwyl,

Welcome to Microsoft Community.

I'm Hahn and I'm here to help you with your concern.

I understand that you are experiencing issues with YouTube videos being slow to start up and taking a long time to open. TIt seems like the messages you're encountering about "Trusted URL assignment" and "Trusted HTML assignment" may be related to security settings in your web browser. These messages might indicate that some features on certain websites, like YouTube, require specific permissions to run properly.

To address the slow video playback, I recommend checking your internet connection speed and ensuring that it meets the minimum requirements for streaming videos. You can also try clearing your browser cache and cookies to see if the issue persists.

Disclaimer: Your browser automatically saves temporary internet files to help pages load faster. Clearing this cache will sometimes fix website issues. Please back up all your personal files first, such as Favorites, to ensure you do not lose data.

If the issue persists, try accessing YouTube using a different web browser to see if the problem is specific to your current browser.

Disable browser extensions or add-ons one by one to identify if any of them are causing the slow performance. Some extensions might interfere with YouTube's functionality.

Regarding the blue dotted circle that continues to go around, this may indicate that your computer is experiencing performance issues.

I hope this helps.  If there is anything not clear, please do not hesitate to let me know.

Your Sincerely

Hahn - MSFT | Microsoft Community Support Specialist

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TrustedScript

Limited availability.

This feature is not Baseline because it does not work in some of the most widely-used browsers.

• See full compatibility
• Report feedback

The TrustedScript interface of the Trusted Types API represents a string with an uncompiled script body that a developer can insert into an injection sink that might execute the script. These objects are created via TrustedTypePolicy.createScript() and therefore have no constructor.

The value of a TrustedScript object is set when the object is created and cannot be changed by JavaScript as there is no setter exposed.

Instance methods

Returns a JSON representation of the stored data.

A string containing the sanitized script.

The constant sanitized is an object created via a Trusted Types policy.

Specifications

Browser compatibility.

BCD tables only load in the browser with JavaScript enabled. Enable JavaScript to view data.

• Prevent DOM-based cross-site scripting vulnerabilities with Trusted Types

NBC entrusts Noah Eagle, 27, to lead Team USA basketball broadcasts for Paris Olympics

NEW YORK — The list of broadcasting accomplishments keeps growing for Noah Eagle.

The 27-year-old will be the play-by-play broadcaster for Team USA men's and women's basketball at the 2024 Summer Olympics in Paris . For Eagle, who worked his first Super Bowl two months ago, the assignment followed a few months of discussions with his NBC bosses.

“I was just excited that they trusted me with this level of assignment,” Eagle told USA TODAY Sports. “I’ve been really lucky that since I’ve joined NBC that they really believed in me at this high of a level. It’s just kind of up to me to go out there and crush any of the assignments in front of me.” 

More: U.S. Olympic leader praises Caitlin Clark's impact, talks potential Olympic spot

Eagle will also call all medal round games on NBC platforms. The U.S. men start July 28 against Nikola  Jokić and Serbia, while the U.S. women begin play July 29 against reigning silver-medalist Japan. Bob Fitzgerald (men) and Kate Scott (women) handled play-by-play duties for basketball at the Tokyo Olympics three years ago.

In less than a year at NBC, Eagle has already called a top-five men’s college basketball matchup, Notre Dame against Ohio State in football, and the Cleveland Browns vs. Houston Texans AFC Wild Card game. But his highest-profile assignment was leading the kid-centric alternate telecast for Super Bowl 58 in February on Nickelodeon.

“I’ve been fortunate in my young career to compile some cool events,” Eagle said. “This will be right at the top for sure.

“Both the men and women have amazing players and elite coaches and I think that both of them are going to represent incredibly well.” 

Eagle said he remembered the disappointment that came with the 2004 bronze medal for the men's team, as well as the performance from Argentina's Manu Ginobli to upset Team USA. The 2008 "Redeem Team" was the first Olympic viewing experience that resonated with Eagle, he said.

The international field grows stronger each Olympic cycle, especially in the men’s competition. Eagle has called NBA games for five years and said he grew up a “massive” basketball fan. Now, he considers himself a "basketball junkie." Eagle's dad, Ian, just finished his first assignment as the lead announcer for the NCAA men's tournament and is a longtime Nets TV announcer.

Calling the players he grew up rooting for in the NBA, like LeBron James and Kevin Durant, along with having a front-row seat to the U.S. women's pursuit of an eighth straight gold “was kind of that dream come true, ‘pinch-me’ type of role one thousand percent.” 

Eagle called 12 Nets games for YES this past NBA regular season and started his career in the NBA as the Los Angeles Clippers' solo radio person fresh out of Syracuse University. Looking ahead to Paris, he has thought about the moments and highlights he will provide the soundtrack for in perpetuity.

“I think it will feel like a dream in some senses, to start especially,” he said.

That also means Eagle will have to be up for the challenge. He’ll make sure he has something informative and unique on all 24 players on Team USA.

“It’s going to be the Monstars,” Eagle said, referencing the villainous basketball team from the movie "Space Jam."

This will be Eagle’s second Olympic assignment, but his first one on-site. In 2021, he called 3-on-3 basketball from the NBC’s headquarters in Stamford, Connecticut. The blank canvas that came with calling a new Olympic format like 3-on-3 was special, Eagle said. Being on the call for the U.S. women’s 3-on-3 gold-medal victory is one of his favorite professional memories because “that lives on.” 

“The fact I get another opportunity to do that on the 5-on-5 side is really, really cool,” Eagle said.

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[BUG] This document requires 'TrustedHTML' assignment. #807

anuoua commented Nov 6, 2023 • edited

anuoua commented Nov 10, 2023

Sorry, something went wrong.

louisgv commented Nov 10, 2023

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Debate over tight end value hovers over Brock Bowers’ draft prospects

FILE - Georgia tight end Brock Bowers responds to questions during NCAA college football Southeastern Conference Media Days, Tuesday, July 18, 2023, in Nashville, Tenn. Bowers is widely considered one of the top 10 players in next week’s NFL draft but because he plays a lower-premium position of tight end, there is much more uncertainty about how high he will get drafted.(AP Photo/George Walker IV, File)

FILE - Georgia tight end Brock Bowers (19) leaps over TCU safety Millard Bradford (28) during the second half of the national championship NCAA College Football Playoff game, Monday, Jan. 9, 2023, in Inglewood, Calif. In three seasons at Georgia, Bowers caught 175 passes for 2,538 yards in 40 games and scored 31 total touchdowns with five of them coming as a runner as the Bulldogs did whatever they could to get the ball in his hands. (AP Photo/Ashley Landis, File)

FILE - Georgia tight end Brock Bowers (19) catches a pass as Auburn safety Donovan Kaufman defends during the second half of an NCAA football game, Saturday, Sept. 30, 2023, in Auburn, Ala. As he showed in three seasons at Georgia, Bowers is a dynamic receiver with the ability to create separation, make contested catches and create big plays after the catch, along with being a more than capable blocker.(AP Photo/ Butch Dill, File)

FILE - Georgia tight end Brock Bowers (19) makes a touchdown catch against TCU safety Abraham Camara (14) during the second half of the national championship NCAA College Football Playoff game, Monday, Jan. 9, 2023, in Inglewood, Calif. As he showed in three seasons at Georgia, Bowers is a dynamic receiver with the ability to create separation, make contested catches and create big plays after the catch, along with being a more than capable blocker.(AP Photo/Mark J. Terrill, File)

FILE - Atlanta Falcons tight end Kyle Pitts (8) runs down the field against the New York Jets during the first quarter of an NFL football game, Sunday, Dec. 3, 2023, in East Rutherford, N.J. Pitts has yet to make a big impact in his first three seasons after being drafted fourth overall in 2021 by Atlanta. (AP Photo/Seth Wenig, File)

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Evaluating Brock Bowers the player is a fairly straightforward assignment.

As he showed in three seasons at Georgia, Bowers is a dynamic receiver with the ability to create separation, make contested catches and create big plays after the catch, along with being a more than capable blocker.

Bowers is widely considered one of the top 10 players in next week’s NFL draft but because he plays the lower-premium position of tight end, there is much more uncertainty about how high he will get drafted.

While there could be teams in the top 10 willing to make the rare investment in a tight end, there is also the distinct possibility Bowers slips in the first round as teams prioritize high-value positions like quarterback, wide receiver, pass rusher, tackle or cornerback. Bowers is currently favored to be drafted outside the top 10, according to BetMGM Sportsbook .

“He is tough. He is easy to grade. I mean, when you watch him, he’s super easy to grade. He is one of the best 10 players in the draft,” said NFL Network draft analyst Daniel Jeremiah, who compared Bowers to All-Pro George Kittle and praised his tenacity, speed, ability to create separation and run after the catch.

“The challenge is then figuring out where does he go in the draft, and I think when you look around the league and you see most of these top tight ends that have come on day two or even beyond that, teams are now saying, ‘OK, we can find that other tight end. Maybe we don’t get the top guy, but we can get a really, really good player who might end up being the top guy without having to pay that premium.”

Of the top 15 tight ends in receptions last season, only four were first-round picks with only Buffalo rookie Dalton Kincaid and Cleveland’s David Njoku doing it for the team that drafted them. Five others were picked on the second day of the draft, with six more going the final day.

In all, 12 tight ends have been taken in the first round of the past 15 drafts with only one of those players — Atlanta’s Kyle Pitts — generating even one 1,000-yard receiving season. Njoku is the only one of seven first-round tight ends from 2014-20 to get a second contract with his team. The last draft with a first-round tight end who became a first-team All-Pro was 2003 with Dallas Clark of the Indianapolis Colts.

The question is can Bowers be the outlier in a class that has no other tight ends projected to go in the first round of the draft.

In three seasons at Georgia, he caught 175 passes for 2,538 yards in 40 games and scored 31 total touchdowns — five of them coming as a runner as the Bulldogs did whatever they could to get the ball in his hands.

“He’s not a tight end. He’s a multiple option player,” said ESPN draft analyst Mel Kiper Jr., who ranked Bowers as the seventh-best player in the draft. “You can put him in the backfield, slot, wing, outside, any which way, fullback, H-back. You can do anything you want with Brock Bowers. So he is not a tight end, he’s just an offensive weapon.”

Teams have been reticent about using high picks on tight ends, with just three going in the top 10 of the past 15 drafts — fewer than every position in that span outside of safeties, centers and specialists. Only nine other tight ends went in the first round since 2009, with the 12 total first-round picks ranking ahead of centers (10) and specialists.

With the rookie wage scale slotting salaries by pick regardless of position, it is more difficult for teams to generate surplus value by taking a tight end. Only two of the 126 players making an average of more than $15 million a year, according to Spotrac , are tight ends: Darren Waller and T.J. Hockenson.

Many of the top tight ends in the NFL have been picked on days two and three of the draft, including 2013 third-rounder Travis Kelce, 2017 fifth-rounder Kittle and even Sam LaPorta, who lasted until the second round last year for Detroit.

The payoff has been mostly underwhelming for the first-rounders, with none of those players earning first- or second-team All-Pro honors in their careers, including the three top 10 picks.

Eric Ebron lasted only four seasons in Detroit after being picked in 2014 with the 10th selection, 2019 No. 8 pick Hockenson elevated his game after being traded by the Lions to Minnesota midway through his fourth, and Pitts has yet to make a big impact in his first three seasons after being drafted fourth overall in 2021 by Atlanta.

Pitts’ lack of production the past two years with 81 catches for 1,023 yards could provide a cautionary tale for teams interested in using a high pick on Bowers.

“Kyle Pitts is as talented as any tight end that I have ever evaluated,” Jeremiah said. “You’re still dependent on the position of the quarterback, so depending on what you can get out of him. That coupled with the money difference, the savings you get by taking a premiere position in the top 10, it’s tough to place him to know how high he is going to go.”

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