Website profiles · Technology insights · Alternatives

nlp.stanford.edu

No paid content found
Visit website
Profile views 0 Outbound visits 0 Normal
The Stanford Natural Language Processing Group Full homepage screenshot

At a glance

Category
Development
Language
English
Paid-content signal
No paid content foundObserved
Registered
Unknown
Hosting
Stanford UniversityInferred
HTTPS certificate trusted
PassedObserved
Last updated

Website review

This review may include AI-generated content and is not individually verified. Domain, certificate and other facts come from the observed data on this page.

What is the Stanford Natural Language Processing Group?

The Stanford Natural Language Processing Group is a research group at Stanford University working on algorithms that let computers process, generate and understand human language. Its scope runs from basic research in computational linguistics and machine learning to large language models, practical language technology, and interdisciplinary work in computational social science, human-centered NLP and cognitive science. It sits within the Stanford AI Lab and has close ties to other Stanford AI and linguistics bodies, with members drawn from computer science, linguistics, psychology and education.

What it offers beyond research

  • Software: Stanza, a text-processing tool covering more than 75 languages, and DSPy, a Python framework for programming rather than prompting LLMs.
  • Educational materials: a wide range of NLP teaching resources.
  • Seminars and reading groups: open talks and discussion sessions listed on the site.

Who it is for

  • Students considering research: Stanford students can apply to work in the group; others are directed to Stanford's Computer Science or Linguistics programs.
  • Practitioners: Stanza suits multilingual text annotation pipelines, while DSPy suits developers building LLM systems who want programmatic control instead of prompt tinkering.
  • Researchers and students following the field: the seminar and reading group listings are a low-commitment way to see current work.

A practical next step: if you need multilingual tagging or parsing, start with Stanza's documentation; if you are designing LLM pipelines, look at DSPy examples before committing to a prompt-based approach. The group's site is at The Stanford Natural Language Processing Group.

What is Stanza used for?

Stanza is software from the Stanford NLP Group that processes text in more than 75 human languages. In practical terms, it is a toolkit for taking raw text and producing linguistic structure from it — the kind of annotation that researchers, students and developers need when they want to analyze language at scale rather than read it by hand.

What it is used for

  • Multilingual text processing. Because the group describes coverage of over 75 languages, Stanza is suited to projects where the same pipeline must handle several languages rather than just English.
  • Linguistic annotation for research. The group frames its work as basic scientific research on computational linguistics and machine learning, and Stanza fits that setting: producing consistent annotations across a corpus so patterns can be measured.
  • Teaching and learning NLP. The group also develops educational materials, so Stanza can serve as a hands-on way to see how linguistic analysis is structured.
  • Building blocks for applications. Human language technology applications that need structured linguistic input can use Stanza's output instead of starting from raw strings.

A concrete scenario

Suppose a graduate student is comparing how news outlets in three languages refer to the same event. Manually tagging thousands of sentences is impractical. Running the corpus through Stanza gives a consistent layer of linguistic structure across all three languages, which the student can then query and compare. The trade-off is that Stanza is a processing tool, not an analysis tool — it produces annotations, and the interpretation still belongs to the researcher.

Choosing between the group's tools

The Stanford NLP Group describes two community tools with different aims, and the distinction matters when picking one:

Tool What it does Typical user
Stanza Processes text in over 75 human languages Researchers and developers needing multilingual linguistic annotation
DSPy A Python framework for programming rather than prompting LLMs Developers building LLM-based systems who want programmatic control

If your question is "how do I annotate this multilingual text," Stanza is the relevant tool. If it is "how do I structure my interaction with a language model," DSPy is.

Next step

Look at Stanza's documentation to check whether your specific languages are covered before committing to it, and read the group's research pages at The Stanford Natural Language Processing Group to see how the tool is used in published work.

What is DSPy and how does it differ from prompting LLMs?

DSPy is a Python framework from the Stanford NLP Group for programming large language models rather than prompting them by hand. Instead of carefully crafting a prompt and tweaking its wording, you write code that declares inputs, outputs and the steps of a pipeline, and DSPy handles how the model is instructed and optimized.

What "programming rather than prompting" means in practice

  • Declarative modules: You define what each step should do (for example, "given a question, produce an answer") rather than the exact wording sent to the model.
  • Composable pipelines: Modules can be chained into multi-step programs, so retrieval, reasoning and formatting become code you can test and reuse.
  • Optimization: The framework can tune instructions and examples against a metric you define, instead of you manually rewriting prompts after each failure.
  • Portability: Because the prompt logic lives in the program, switching models or adapting to a new task is a code change rather than a fresh round of prompt engineering.

How it differs from ordinary prompting

Aspect Hand prompting DSPy-style programming
Unit of work A prompt string A module or pipeline in code
Improvement method Manual rewording and examples Optimization against a metric
Reuse Copy and edit prompts Import and compose modules
Evaluation Ad hoc spot checks Programmatic scoring of outputs

The practical trade-off: prompting is faster for one-off tasks and small experiments, while a framework like DSPy pays off when you have a repeatable task, a way to measure quality, and a pipeline you expect to maintain or move between models.

A concrete scenario

Suppose you are building a support-ticket classifier that must also summarize each ticket. With hand prompting you would write two prompts and iterate on wording as failures appear. With DSPy you would define two modules, chain them, and score the pipeline on a labeled sample of tickets, letting the optimizer adjust instructions. That is more setup, but the result is easier to re-evaluate when you change models.

Next step

Read the DSPy documentation and, before adopting it, confirm you have a small evaluation set and a clear metric. Without those, optimization has nothing to target, and plain prompting remains the simpler choice. For related tooling, the group's Stanza software processes text in over 75 languages and is worth a look if your pipeline needs multilingual preprocessing; see The Stanford Natural Language Processing Group.

How can non-Stanford students get involved with the Stanford NLP Group?

The page directs non-Stanford students to apply to Stanford degree programs in Computer Science or Linguistics rather than to the NLP Group directly. In practice, the route is admission to a Stanford program, after which research with the group becomes possible; there is no separate external application described here.

What this means in practice

  • Plan around admissions, not the lab. Build a strong application for a Stanford CS or Linguistics program, with research experience and a clear interest in language technology.
  • Use the group's public work as preparation. The group publishes educational materials and tools such as Stanza (text processing in over 75 languages) and DSPy (a Python framework for programming LLMs). Working through these gives you concrete, relevant experience and a sense of the group's research style.
  • Follow the group's output. Reading their research and blog helps you identify which faculty and topics fit your interests before applying.

A useful next step

If you are a current student elsewhere, a realistic path is a research internship or a master's program that feeds into Stanford doctoral admissions, combined with independent projects using the group's open tools. For official program requirements and deadlines, check Stanford University and the relevant department pages.

What research areas does the Stanford NLP Group focus on?

The Stanford NLP Group describes its interests as broad rather than confined to one niche: basic scientific research in computational linguistics and machine learning, work on large language models, practical applications of human language technology, and interdisciplinary work spanning computational social science, human-centered NLP, and cognitive science. That mix means the group is relevant both to readers seeking foundational methods and to those interested in how language technology affects people and society.

Who the work is for

  • Prospective students and researchers evaluating a lab for graduate study or collaboration; the group lists separate paths for Stanford and non-Stanford applicants.
  • Practitioners looking for reusable tools rather than papers alone.
  • Interdisciplinary readers in linguistics, psychology, education, and the social sciences, since members come from those departments as well as computer science.

Concrete outputs to know about

The group points to two tools that illustrate its range. Stanza processes text in more than 75 human languages, which suits multilingual annotation and parsing work. DSPy is a Python framework for programming rather than prompting LLMs, aimed at people who want more structured control over model pipelines. The group also produces educational materials and is affiliated with the Stanford AI Lab, the Institute for Human-Centered AI, and the Center for Research on Foundation Models.

A practical next step

If your interest is multilingual text processing, start with Stanza; if it is building LLM systems with less ad hoc prompting, look at DSPy. For a fuller picture of people and publications, see The Stanford Natural Language Processing Group.

Which Stanford departments and labs is the Stanford NLP Group affiliated with?

The Stanford NLP Group sits within the Stanford AI Lab (SAIL) and maintains close ties with the Stanford Institute for Human-Centered Artificial Intelligence (HAI) and the Center for Research on Foundation Models. Its members come from several departments, including Computer Science, Linguistics, Psychology, and the Graduate School of Education.

How the affiliations differ

  • SAIL is the group's primary organizational home within the university's AI research structure.
  • HAI and the Center for Research on Foundation Models reflect the group's applied and interdisciplinary focus, particularly on human-centered and foundation-model research.
  • The departmental spread is notable: linguistics and psychology members bring cognitive and linguistic perspectives, while the Graduate School of Education connection points to learning-oriented applications.

For a concrete case: a prospective PhD student interested in both computational linguistics and education technology would find relevant faculty across Linguistics and the Graduate School of Education, not only in Computer Science. Checking the group's people page is the practical next step to see which department each researcher belongs to and which lab they work with. The group's own site is at The Stanford Natural Language Processing Group.

Related questions

More questions →
How Can Students Join or Work with the Stanford NLP Group?

The Stanford NLP Group's site gives two clear paths: current Stanford students can apply to do research within the group, while non-Stanford students are directed to apply to Stanford's Computer Science or Linguistics programs. There is no separate external application or collaboration form described on the page, so the practical route in is through Stanford itself.

For Current Stanford Students

The site's "Want to work with us?" section states plainly that Stanford students should apply to do research in the Stanford NLP Group. The page does not spell out the mechanics of that application, so treat the following as the general way to approach it rather than a documented procedure:

  • Check fit first. The group describes itself as working on algorithms that let computers process, generate, and understand human language, spanning computational linguistics, machine learning, large language models, practical language technology, and interdisciplinary work in computational social science, human-centered NLP, and cognitive science. Read the research and blog sections before reaching out so your interest maps to actual projects.
  • Look at the people. The group includes students, faculty, postdocs, and research engineers drawn from the Linguistics, Computer Science, and Psychology departments and the Graduate School of Education. Identifying a member whose work overlaps yours gives you a specific person to contact.
  • Use the listed channels. The site links to GitHub, Twitter, Stack Overflow, and a contact path through the group's location at the Gates Computer Science Building. The page also lists an NLP Seminar, NLP Lunch, and NLP Reading Group with a calendar — attending these is a low-friction way for a Stanford student to become a familiar face.
  • Expect the group to want context. Because the site emphasizes reviewing the group's history and research, come with a concrete idea of what you would work on and why the group specifically.

For Non-Stanford Students

The site is direct: non-Stanford students should apply to Stanford programs in Computer Science or Linguistics. In other words, the group does not present a visiting-student or external-collaborator entry point on this page. If you are outside Stanford, the sequence is:

  1. Identify whether Computer Science or Linguistics is the better home for your interests.
  2. Apply to the relevant Stanford program.
  3. Once at Stanford, pursue research in the group as a Stanford student.

This matters for planning: there is no indication on the page of a remote or external route into the group, so building a relationship through Stanford admissions is the documented path.

What the Group Works On

Knowing the research scope helps you decide whether to pursue it at all. The group describes broad interests:

Area What the page says
Core research Computational linguistics and machine learning, including work on large language models
Applied work Practical applications of human language technology
Interdisciplinary Computational social science, human-centered NLP, cognitive science
Educational materials and tools A wide variety of NLP educational materials, plus tools for the community

Two named tools are worth knowing before you apply, since they signal the group's style of work:

  • Stanza — software that processes text in over 75 human languages.
  • DSPy — a Python framework for programming rather than prompting LLMs.

Familiarity with either is a concrete way to show you understand the group's output rather than just its reputation.

Affiliations and Community

The group is part of the Stanford AI Lab (SAIL) and has close associations with the Stanford Institute for Human-Centered Artificial Intelligence (HAI) and the Center for Research on Foundation Models. It also draws members from several departments, which means a research fit can come through more than one academic home. The site points to affiliated groups including SAIL, Stanford InfoLab, and CSLI.

For engagement beyond research applications, the page lists recurring community activities — NLP Lunch, the NLP Reading Group, the NLP Seminar, and a calendar — plus an AI Speakers series with Q&A. These are the group's own listed ways of participating in its intellectual life.

Practical Takeaways

  • Stanford students: apply to do research in the group; review the research and history first, and use the seminar, lunch, and reading group to get involved.
  • Everyone else: the documented route is admission to Stanford's CS or Linguistics programs.
  • Before contacting anyone: read the research pages and try Stanza or DSPy so your inquiry is specific.
  • Location and contact: Gates Computer Science Building, 353 Jane Stanford Way, Stanford, CA 94305-9020; the site also links GitHub, Twitter, and Stack Overflow.

The page does not describe funding, stipends, deadlines, or prerequisites for research positions, so those details would need to come from the group or the relevant department directly.

What Software and Educational Materials Does the Stanford NLP Group Offer?

The Stanford NLP Group develops and shares two named software tools on its site — Stanza, which processes text in over 75 human languages, and DSPy, a Python framework for programming rather than prompting LLMs — alongside what the group describes as a wide variety of NLP educational materials. These are presented as community tools rather than commercial products; the site page provides no pricing or licensing details, so check each project's own repository before relying on it.

The two named tools

Tool What the group says it does Best fit
Stanza Processes text in more than 75 human languages Multilingual text processing tasks where broad language coverage matters
DSPy A Python framework for programming rather than prompting LLMs Teams building LLM pipelines who want programmatic control instead of hand-written prompts

Stanza

If your task involves text in many languages — for example, annotating a mixed-language document collection — Stanza's stated coverage of over 75 languages is the reason to start there. The group's page describes it only at this level; specifics such as supported annotation types, installation, and model downloads are not given, so consult the project's own documentation for setup steps and expected outputs.

DSPy

DSPy is framed as an alternative to prompt engineering: instead of writing and tuning prompts by hand, you express the task in Python and let the framework handle the interaction with the LLM. This suits readers who already write Python and want their LLM logic to be versioned, tested, and reused like other code. The site does not list requirements, supported model providers, or a getting-started path, so verify those on the project's repository before committing to it.

Educational materials

The group states that it develops a wide variety of NLP educational materials. The page does not enumerate them, so treat this as a pointer rather than a catalog: the site's navigation (including its blog and software sections) is where to look for what is currently published. If you are teaching or self-studying NLP, check those sections directly rather than assuming a specific course or textbook exists.

Where to find these on the site

The site's top navigation lists people, research, blog, software, seminar, join, donate, local. The software entry is the natural starting point for Stanza and DSPy; the blog and research entries are where educational and explanatory material is most likely to surface. For community support, the page links Stack Overflow, GitHub, and Twitter, and it lists internal links for the NLP Lunch, NLP Reading Group, NLP Seminar, and a calendar — useful if you want talks and reading lists as learning material.

Who this is for, and what to do next

  • Practitioners needing multilingual text processing: evaluate Stanza first, then confirm language coverage and interfaces in its documentation.
  • Python developers building LLM applications: review DSPy's repository to check it matches your stack before adopting it.
  • Students and instructors: browse the software, blog, and research sections for educational material, and use the seminar and reading group links for structured learning.
  • Prospective collaborators: the page directs Stanford students to apply for research in the group and non-Stanford students to apply to Stanford programs in Computer Science or Linguistics — the tools themselves are not an application channel.

Because the page gives no pricing, licensing, or login information for either tool, confirm those terms at the source before using them in a project.

How to Follow and Engage with the Stanford NLP Group

The Stanford NLP Group's site (nlp.stanford.edu) is the main entry point for following the group's work and getting involved. Visitors can browse people, research, blog, and software pages, join the NLP Lunch, Reading Group, and Seminar (with a calendar), connect through Stack Overflow, GitHub, and Twitter, and find contact and location details for the Gates Computer Science Building. Most listed activities are open to the Stanford community; outside visitors should confirm access with the group.

What you can explore on the site

The homepage links to the group's core sections:

  • People – students, faculty, postdocs, and research engineers
  • Research – computational linguistics, machine learning, large language models, practical language technology, and interdisciplinary work in computational social science, human-centered NLP, and cognitive science
  • Blog – updates from the group
  • Software – tools for the community, including Stanza (text processing in over 75 languages) and DSPy (a Python framework for programming rather than prompting LLMs)
  • Seminar – talks and a calendar

The group is part of the Stanford AI Lab (SAIL), with close ties to the Stanford Institute for Human-Centered Artificial Intelligence (HAI) and the Center for Research on Foundation Models. Members come from Linguistics, Computer Science, Psychology, and the Graduate School of Education.

Join talks and reading groups

The site lists three recurring forums:

Forum What it is Where to find details
NLP Lunch Informal group gathering Local links on the homepage
NLP Reading Group Paper discussion Local links on the homepage
NLP Seminar Talks, with a calendar Seminar page and calendar

To attend, start from the Local links section on the homepage and open the calendar for upcoming dates. These are internal Stanford forums, so if you are outside Stanford, ask the organizers before attending.

Connect through community channels

The Connect section points to:

  • Stack Overflow – for technical questions
  • GitHub – for code and software releases
  • Twitter – for announcements

If you use Stanza or DSPy, GitHub is the place to follow releases and report issues; Stack Overflow is better for usage questions.

Contact and visit

The group is located at:

Stanford NLP Group Gates Computer Science Building 353 Jane Stanford Way Stanford, CA 94305-9020

The site provides directions and parking information. Use the People page to identify the right contact before reaching out.

Get involved as a student

  • Stanford students: apply to do research in the Stanford NLP Group.
  • Non-Stanford students: apply to Stanford programs in Computer Science or Linguistics.

Both paths are described on the homepage, with links to the relevant application pages.

What research areas and affiliated groups does the Stanford NLP Group focus on?

The Stanford NLP Group works on algorithms that let computers process, generate, and understand human language. Its stated interests run from basic scientific research in computational linguistics and machine learning through large language models, practical human language technology, and interdisciplinary work in computational social science, human-centered NLP, and cognitive science. The group sits within the Stanford AI Lab (SAIL) and maintains close ties to the Stanford Institute for Human-Centered Artificial Intelligence (HAI) and the Center for Research on Foundation Models, drawing members from Linguistics, Computer Science, Psychology, and the Graduate School of Education.

Research areas

The group describes its interests as "very broad." The areas it names fall into four clusters:

  • Foundational research — computational linguistics and machine learning as basic science.
  • Large language models — work spanning "everything large language models," without further specification on the site.
  • Applied language technology — practical applications of human language technology.
  • Interdisciplinary work — computational social science, human-centered NLP, and cognitive science.

This mix matters if you are deciding whether the group fits a particular research interest: it is not a single-topic lab, and the site presents these as a range rather than a ranked list of priorities.

Software and educational materials

The group says it develops "a wide variety of NLP educational materials and many tools for the community." Two tools are named on the homepage:

Tool What the site says it does
Stanza Software that processes text in over 75 human languages
DSPy A Python framework for programming rather than prompting LLMs

If your task is, for example, finding a toolkit that covers many languages for a text-processing pipeline, Stanza is the group's named option; if you want to build LLM programs through code rather than prompt strings, DSPy is the named framework. The site does not give installation steps, licensing terms, or pricing for either — those details would need to come from the tools' own pages.

Affiliations

The group is part of SAIL and lists close associations with HAI and the Center for Research on Foundation Models. Its members come from several departments, including Linguistics, Computer Science, Psychology, and the Graduate School of Education.

These affiliations are useful as a signal of where the group's work connects across Stanford: HAI and the foundation-models center point toward human-centered and model-focused research, while the departmental spread matches the interdisciplinary interests described above.

Getting involved

The homepage gives two paths:

  • Stanford students: apply to do research in the Stanford NLP Group.
  • Non-Stanford students: apply to Stanford programs in Computer Science or Linguistics.

The site also links to a group history page, a blog, a seminar, an NLP lunch, and a reading group — useful entry points if you want to follow the group's output or attend talks rather than join it. Contact and location details are listed for the Gates Computer Science Building.

What Is the Stanford Natural Language Processing Group Website?

The Stanford NLP Group website (nlp.stanford.edu) is the official home of Stanford University's Natural Language Processing Group, a research team of students, faculty, postdocs, and research engineers working on algorithms that let computers process, generate, and understand human language. It serves anyone who wants to follow the group's research, use its open software, or find its educational materials — and it is the right starting point if you are looking for Stanford-affiliated NLP tools or want to know how to join the group.

What the group works on

The site describes interests that are deliberately broad:

  • Basic scientific research in computational linguistics and machine learning
  • Work on large language models
  • Practical applications of human language technology
  • Interdisciplinary work in computational social science, human-centered NLP, and cognitive science

The group is part of the Stanford AI Lab (SAIL) and has close ties to the Stanford Institute for Human-Centered Artificial Intelligence (HAI) and the Center for Research on Foundation Models. Its members come from several departments, including Linguistics, Computer Science, Psychology, and the Graduate School of Education.

Software you can actually use

Two tools are named directly on the homepage, and they are the main reason many visitors arrive:

Tool What the site says it does Who it is for
Stanza Software that processes text in over 75 human languages People who need multilingual text processing
DSPy A Python framework for programming rather than prompting LLMs Developers building LLM pipelines in Python

If your task is, for example, annotating text in a language other than English, Stanza is the relevant entry point; if you want to move beyond hand-written prompts for an LLM application, DSPy is the one to look at. The homepage links to both, so follow those links for installation and usage details rather than relying on secondhand descriptions.

Educational materials and community

The site states that the group develops a wide variety of NLP educational materials alongside its tools, which makes it useful beyond pure research browsing. It also points to community channels — Stack Overflow, GitHub, and Twitter — plus internal-facing links such as the NLP Lunch, NLP Reading Group, NLP Seminar, and a calendar. Those seminar and reading-group pages are worth checking if you want to follow current work or attend talks.

Getting involved

The site gives a clear, split path:

  • Stanford students: apply to do research in the Stanford NLP Group.
  • Non-Stanford students: apply to Stanford programs in Computer Science or Linguistics.

There is no indication on the page of a separate external application route, so if you are outside Stanford, the stated path is admission to a Stanford degree program.

Practical details

The group is located at Gates Computer Science Building, 353 Jane Stanford Way, Stanford, CA 94305-9020, and the site provides directions and parking information. A history page covers the group's background, and the homepage links to affiliated groups including SAIL, Stanford InfoLab, and CSLI.

The site does not publish pricing information for its software or materials, so treat cost and licensing as things to confirm on each tool's own page rather than assuming they are free.

Website Overview

Identifiable technologies and additional version or configuration signals make the service easier to fingerprint, which may help targeted scanners narrow their checks. Several search or sharing settings need attention. Together they may make snippets, preview images or preferred URLs less consistent across platforms.

Domain and Registration

Unknown

DNS and Email

Nameservers are provided by stanford.edu, indicating managed DNS hosting. MX records point to the Proofpoint email service. No CNAME was found; the observed records resolve directly to addresses. SPF and DMARC are configured. DKIM status is unknown. TXT records include verification markers for Google, Atlassian. Such markers may also remain after a service stops being used.

TLS and Certificates

The certificate includes the organization field Stanford University. The certificate uses an RSA 2048-bit public key, offering broad client compatibility. The server supplied a complete certificate chain. The certificate is valid for about 198 days in total, with 61 days remaining. The certificate SAN covers 4 names.

HTTP and Browser Security

The Server header exposes the software version: Apache/2.2.15 (CentOS). This makes version-targeted checks easier, but is not proof of an exploitable vulnerability. The checked browser-security headers were not detected, leaving fewer explicit browser-side safeguards. No X-Powered-By header was found, reducing one common source of backend fingerprinting information. No obvious internal addresses or debug information were found in the headers. No explicit CDN or WAF marker was found in the response headers.

Technology Stack Analysis

The public page identifies jQuery, Apache 2.2.15, with exact versions exposed for 1 technologies. These details can narrow vulnerability checks, although exposure alone is not a vulnerability.

Search and Social Sharing

No homepage meta description was detected, leaving snippet selection more dependent on page text. No homepage canonical URL was detected. If duplicate URLs exist, consolidation may be less explicit. No Open Graph metadata was detected, so social previews may depend on platform inference. Twitter Card metadata is configured. The title has 46 characters, within a common display range.

Hosting and Email

DNSstanford.edu
HostingStanford University
EmailProofpoint
Approximate IP geolocation (inferred; a CDN or proxy may differ from the origin server) United States flagSunnyvale, California, United States Inferred 171.64.67.140

Registration details

RDAP / WHOIS

Unknown

DNS records

DNS

TypeNameValueTTLPriority
Anlp.stanford.edu171.64.67.1401800—
MXstanford.edumxa-00000d07.gslb.pphosted.com180010
MXstanford.edumxb-00000d07.gslb.pphosted.com180010
NSstanford.eduargus.stanford.edu86400—
NSstanford.eduatalante.stanford.edu86400—
NSstanford.eduavallone.stanford.edu86400—
NSstanford.eduns5.dnsmadeeasy.com86400—
NSstanford.eduns6.dnsmadeeasy.com86400—
NSstanford.eduns7.dnsmadeeasy.com86400—
TXTstanford.edu00D46000000qFgG=1TBVH0000000Ak91800—
TXTstanford.edu00DVG000007ihZt=1TBVG0000000Ldx1800—
TXTstanford.edu00DVG000007nUP7=1TBVG0000000LkP1800—
TXTstanford.edu00DVG000007pOvX=1TBVG0000000Lqr1800—
TXTstanford.edu00DcY000007nqhN=1TBcY00000007mH1800—
TXTstanford.edu00Ddx000003sGMD=1TBdx0000000F0f1800—
TXTstanford.edu00Ddy000003GfFB=1TBdy0000000Dzl1800—
TXTstanford.edu00Dg0000006IKxz=1TBWG0000000Q491800—
TXTstanford.edu00Dic0000004dh7=1TBic00000000Cv1800—
TXTstanford.edu00Dic0000004zXx=1TBic00000000Hl1800—
TXTstanford.edu3VCR5VZOJKXDX3AFKS202RQVEDHPD1WB04T0QNAB1800—
TXTstanford.edu482958E678D10FD3AD1F737F78E8519B1800—
TXTstanford.edu6ce2e56c0743c0db12fbb8d03c73591800—
TXTstanford.edu7A06A26ABB86CDADD0ED6FBF1464DF6B1800—
TXTstanford.eduD4CE65761A88C03EE2E9841BFF6B8AF01800—
TXTstanford.eduSFMC-6lLIlwvbCaTM80Tq1R1zsnKi9CqM3R6ZPPvoE6sK1800—
TXTstanford.eduSendinblue-code:bde1f306529e82fd2ccf9857fc09aa981800—
TXTstanford.eduTAILSCALE-scyG2dkta4GC30jIuPOW1800—
TXTstanford.eduadobe-idp-site-verification=4c872117a60d5c3b7d132914730b3f3e2189c67a217450a2f3bc18a683a98f781800—
TXTstanford.eduairtable-verification=0a746053a028476f6d1671cbc90165851800—
TXTstanford.eduairtable-verification=13ac52fb202035dbad35b0ab24e598b41800—
TXTstanford.eduairtable-verification=22e64691170fba22a576b309bf587b871800—
TXTstanford.eduairtable-verification=6ae90a183923b17d9f1c76e90e31b4e41800—
TXTstanford.eduairtable-verification=6deae5f718f685ac8c8c3c37418aafcf1800—
TXTstanford.eduairtable-verification=7cdd67720483f4801fc65d998968476e1800—
TXTstanford.eduairtable-verification=866b719f2d2dab4393f0a7eb83f4d8ba1800—
TXTstanford.eduairtable-verification=94cdd68161a8e41e92cc5dd7abde8eae1800—
TXTstanford.eduairtable-verification=b8f5e3c2468d582f896b4a8f0839dd8a1800—
TXTstanford.eduairtable-verification=bf58597802ed6d32ee6bcb86a575a1861800—
TXTstanford.eduairtable-verification=d28bb41f3c1cb2569170fbdc7758b3e31800—
TXTstanford.eduamazonses:7IodrIPH40wdjQxliaAOOqSX8rn4q7lSiSvuFZPwUnY=1800—
TXTstanford.eduanthropic-domain-verification-rrhf1p=E3SBrctYaemDvHQIrJbKWafVN1800—
TXTstanford.eduasv_domain=3c0fdba17820a84cf2eaf5c0246775e01800—
TXTstanford.eduatlassian-domain-verification=C9ho3V/RWWifTCqh8sF3L0PI7jVZWAL9dCxVL1gzJvr6SYJCKBQ8nCX38z50vRQ61800—
TXTstanford.eduautodesk-domain-verification=pXMpLf7JP-86kN9Zt5jI1800—
TXTstanford.edubluebeam-verification=67www8belw9ml0gclwnde5xr14of7s1800—
TXTstanford.edubrevo-code:033215cd835c1e9ddc21dfb479c54b761800—
TXTstanford.edubrevo-code:09357c2630559d902817770f34dbf0b11800—
TXTstanford.edubrevo-code:74c70396a72b1e87fbff9725a20d3a021800—
TXTstanford.edubrevo-code:97c04c03c676317dbc22a7ee103483a61800—
TXTstanford.edubwZknJMLNV1XuaJAyUmKlAFrdZo+p5yDlTNACmDUWhgtyihfJc8oWMnK7hWLreN+ozU3mX91yHHzZx0adJPPPg==1800—
TXTstanford.edudetectify-verification=bc8e96f8fbf64ced057d0f44eff833811800—
TXTstanford.edudtm-domain-verification=U4YHHpTmifZuKJsMSf78n0k8thskhr3Adq69T8e8NcM1800—
TXTstanford.edugoogle-site-verification=1HuKdQQTxv1R8v4dxihLzji-mH23d2KchIeaxsljN6Q1800—
TXTstanford.edugoogle-site-verification=C6QZVcR4K-mSTqLE_9uVC7twZdys_BRJLLVFwgGIG3E1800—
TXTstanford.edugoogle-site-verification=JM6F1JtgpITjPAatlXWl2mpzq_zobtnQEwKsbGA0DIk1800—
TXTstanford.edugoogle-site-verification=XBIgNMnjRT9eOchFldQx7rsHG9ROchX682SfSM0_1lE1800—
TXTstanford.edugoogle-site-verification=bamHrkKBqpOQ8ouXQe0uFSuvVUFTB_TLju7gSCNq_Qw1800—
TXTstanford.edugoogle-site-verification=hIsj3ke1PYviQQm1ig-VMAlmA07GWc5vYeh2qJT56OA1800—
TXTstanford.edugoogle-site-verification=kyvps-t3mjXwz5HBQa7oO40qvObbV8z_B1IoySwe-GY1800—
TXTstanford.edugoogle-site-verification=n-cl_O68vbC-_UmufTZMmLLQb9wKnuUo-4FPom4m3iA1800—
TXTstanford.edugoogle-site-verification=p4uNfSaD7rr13xbA1Q1yW6I0DckXOv1ujjc0FQGjGEM1800—
TXTstanford.edugoogle-site-verification=zwyVSZ2CSXXUndqTu5itEDFvp58bOFVBPAbtrIondBU1800—
TXTstanford.eduh1-domain-verification=aV4vQvSRHvQxGhvdz29L2ozsKDTReL7qKDgdjhPgzA5E7UC61800—
TXTstanford.eduhtBOpqv5il135Xfa09GRiVHY09Xb9qXNj6o5lAfj8gNoBvyyGu5rSb4gvSj9lCUwY1NF0+wL2BO1ZDIcGIpADQ==1800—
TXTstanford.edujamf-site-verification=YL4ixnZvLipoTrfg2RUwsg1800—
TXTstanford.edumgverify=c7c142ba8b95199619ad561a75f165ad285c322b3892f9621c083b0293fd0da01800—
TXTstanford.eduneat-pulse-domain-verification-9X4x1kX=3f8a8c19-1634-41e7-8511-4587459ff7131800—
TXTstanford.edunotion-domain-verification=zGjaM9fWZoGRyOnvaxST0hfeCzfxvxzJnKMTN69sYJw1800—
TXTstanford.eduonetrust-domain-verification=1e6b4a2989b7412499dca24f8188396b1800—
TXTstanford.eduonetrust-domain-verification=2983144927f6450ea12b5557b2080dae1800—
TXTstanford.eduonetrust-domain-verification=8433a91efd67e3c2eacfc75979dd5b42e209042e4a5d4dc96725c6b273ac49de1800—
TXTstanford.eduopenai-domain-verification=dv-wVTix4O4ZSdYwFCU3lk1NLi61800—
TXTstanford.edupardot604641=4bbe27c356474886816017d9b5aea8f21f2d3c3b651096960379a441342c51fb1800—
TXTstanford.edupardot884873=1b7cebffc22a290049b6710c0620e741a3f4d3a720196287a95816f9afaa76951800—
TXTstanford.edupexip-ms-tenant-domain-verification=3f0ac106-a365-4d3b-9fb9-2a124f04d0b61800—
TXTstanford.eduremarkable-domain-verification=d359b4b2-89f8-46f3-862a-6008b632497b1800—
TXTstanford.edusamsung-domain-verification=7b810e85-b3d6-4c1c-b33c-44f242e815371800—
TXTstanford.edusending_domain1097582=7dcf00de01f5fc8307de59194e0a8b462cbfa2b5e32d35bfc9e5269b93dca7a61800—
TXTstanford.edustripe-verification=984c5a4eb98ae34bbaf60c12403c1d8889d4ad02b2dc672232a89b21f905bc201800—
TXTstanford.eduv=spf1 ip4:171.67.219.64/27 ip4:171.67.224.0/28 ip4:171.67.43.137 ip4:171.67.43.138 ip4:171.67.43.139 ip4:171.67.43.140 ip4:171.67.43.141 include:_spf.google.com include:_spf.qualtrics.com include:icpbounce.com include:spf.protection.outlook.com ip4:148.163.149.245 ip4:148.163.153.235 ip4:148.163.135.119 ip4:148.163.139.119 ip4:67.231.149.169 ip4:67.231.157.125 ip4:67.231.152.67 ip4:208.84.65.155 ?all1800—
TXTstanford.eduvmware-cloud-verification-2abfb849-6039-461b-aa8b-eee2629dd6e41800—
TXTstanford.eduwiz-domain-verification=2957e22f41cc73b19d44177ecf39bd1a1926a1e6362011b8f83e65aab5d6ef1a1800—
DSstanford.edu6390 13 2 a916f3471dc897d11720aefb8058c95ae5ba83572850013f22968b3c07ea8ac686400—
DMARC_dmarc.stanford.eduv=DMARC1; p=quarantine; rua=mailto:[email protected]; ruf=mailto:[email protected];1800—

TLS and certificates

TLS / SSL

AssessmentNormal configuration
Supported protocolsTLSv1.2
Negotiated protocolTLSv1.2
Certificate subjectnlp.stanford.edu
IssuerInCommon, LLC
Valid until2026-12-18T23:59 · Remaining when checked: 61 days
Verification detailsCertificate trust: Passed · Hostname match: Passed

HTTP response headers

HTTP

HeaderValue
content-typetext/html; charset=utf-8
serverApache/2.2.15 (CentOS)

Identified technologies

jQueryApache 2.2.15

Pages, Search and Sharing

Meta descriptionNot detected
Canonical URLNot detected
LanguageEnglish (default)
Twitter Cardsummary
All bots 0 allowed · 3 disallowed
  • Disallow/manual
  • Disallow/viewvc
  • Disallow/data/lexground-acl2015/

No sitemaps found

User reviews (0)

  • No reviews yet.