Brighton Science News

(BlogPost: { "ab" : false, "abStatus" : null, "abTestId" : null, "abVariation" : false, "abVariationAutomated" : false, "absoluteUrl" : "https://www.brighton-science.com/news/peoples-choice-winner-at-2024-ctma-technology-competition-features-surface-analyst-from-brighton-science", "afterPostBody" : null, "aifeatures" : null, "allowedSlugConflict" : false, "analytics" : null, "analyticsPageId" : "171572955918", "analyticsPageType" : "blog-post", "approvalStatus" : null, "archived" : false, "archivedAt" : 0, "archivedInDashboard" : false, "areCommentsAllowed" : false, "attachedStylesheets" : [ ], "audienceAccess" : "PUBLIC", "author" : null, "authorName" : null, "authorUsername" : null, "blogAuthor" : { "avatar" : "https://www.brighton-science.com/hubfs/brighton-science-favicon.jpg", "bio" : "", "cdnPurgeEmbargoTime" : null, "cosObjectType" : "BLOG_AUTHOR", "created" : 1647375538930, "deletedAt" : 0, "displayName" : "Brighton Science", "email" : "", "facebook" : "", "fullName" : "Brighton Science", "gravatarUrl" : null, "hasSocialProfiles" : false, "id" : 68614757221, "label" : "Brighton Science", "language" : "en", "linkedin" : "", "name" : "Brighton Science", "portalId" : 5375614, "slug" : "brighton-science", "translatedFromId" : null, "translations" : { }, "twitter" : "", "twitterUsername" : "", "updated" : 1667412863735, "userId" : null, "username" : null, "website" : "" }, "blogAuthorId" : 68614757221, "blogPostAuthor" : { "avatar" : "https://www.brighton-science.com/hubfs/brighton-science-favicon.jpg", "bio" : "", "cdnPurgeEmbargoTime" : null, "cosObjectType" : "BLOG_AUTHOR", "created" : 1647375538930, "deletedAt" : 0, "displayName" : "Brighton Science", "email" : "", "facebook" : "", "fullName" : "Brighton Science", "gravatarUrl" : null, "hasSocialProfiles" : false, "id" : 68614757221, "label" : "Brighton Science", "language" : "en", "linkedin" : "", "name" : "Brighton Science", "portalId" : 5375614, "slug" : "brighton-science", "translatedFromId" : null, "translations" : { }, "twitter" : "", "twitterUsername" : "", "updated" : 1667412863735, "userId" : null, "username" : null, "website" : "" }, "blogPostScheduleTaskUid" : null, "blogPublishInstantEmailCampaignId" : null, "blogPublishInstantEmailRetryCount" : null, "blogPublishInstantEmailTaskUid" : "DONE", "blogPublishToSocialMediaTask" : "DONE_NOT_SENT", "blueprintTypeId" : 0, "businessUnitId" : null, "campaign" : "4077b8c8-715d-4d49-84df-cb4fb93232da", "campaignName" : "News & Events", "campaignUtm" : "News%20%26%20Events", "category" : 3, "categoryId" : 3, "cdnPurgeEmbargoTime" : null, "checkPostLevelAudienceAccessFirst" : true, "clonedFrom" : null, "composeBody" : null, "compositionId" : 0, "contentAccessRuleIds" : [ ], "contentAccessRuleTypes" : [ ], "contentGroup" : 104496388695, "contentGroupId" : 104496388695, "contentTypeCategory" : 3, "contentTypeCategoryId" : 3, "contentTypeId" : null, "created" : 1719581225628, "createdByAgent" : null, "createdById" : 45331152, "createdTime" : 1719581225628, "crmObjectId" : null, "css" : { }, "cssText" : "", "ctaClicks" : null, "ctaViews" : null, "currentState" : "PUBLISHED", "currentlyPublished" : true, "deletedAt" : 0, "deletedBy" : null, "deletedByEmail" : null, "deletedById" : null, "domain" : "", "dynamicPageDataSourceId" : null, "dynamicPageDataSourceType" : null, "dynamicPageHubDbTableId" : null, "enableDomainStylesheets" : null, "enableGoogleAmpOutputOverride" : false, "enableLayoutStylesheets" : null, "errors" : [ ], "featuredImage" : "https://www.brighton-science.com/hubfs/CTMA%202024.jpg", "featuredImageAltText" : "Banner image with dates of the CTMA Partners meeting in 2024", "featuredImageHeight" : 472, "featuredImageLength" : 0, "featuredImageWidth" : 1540, "flexAreas" : { }, "folderId" : null, "footerHtml" : null, "freezeDate" : 1719842400000, "generateJsonLdEnabledOverride" : true, "hasContentAccessRules" : false, "hasUserChanges" : true, "headHtml" : null, "header" : null, "htmlTitle" : "People's Choice Winner at 2024 CTMA Technology Competition features Surface Analyst from Brighton Science.", "id" : 171572955918, "includeDefaultCustomCss" : null, "isCaptchaRequired" : true, "isCrawlableByBots" : false, "isDraft" : false, "isInstanceLayoutPage" : false, "isInstantEmailEnabled" : true, "isPublished" : true, "isSocialPublishingEnabled" : false, "keywords" : [ ], "label" : "People's Choice Winner at 2024 CTMA Technology Competition features Surface Analyst from Brighton Science.", "language" : "en", "lastEditSessionId" : null, "lastEditUpdateId" : null, "layoutSections" : { }, "legacyBlogTabid" : null, "legacyId" : null, "legacyPostGuid" : null, "linkRelCanonicalUrl" : "", "listTemplate" : "", "liveDomain" : "www.brighton-science.com", "mab" : false, "mabExperimentId" : null, "mabMaster" : false, "mabVariant" : false, "meta" : { "tag_ids" : [ 9016028537, 9212696608, 113168476310 ], "topic_ids" : [ 9016028537, 9212696608, 113168476310 ], "enable_google_amp_output_override" : false, "generate_json_ld_enabled" : true, "post_body" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "post_summary" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "blog_post_schedule_task_uid" : null, "blog_publish_to_social_media_task" : "DONE_NOT_SENT", "blog_publish_instant_email_task_uid" : "DONE", "blog_publish_instant_email_campaign_id" : null, "blog_publish_instant_email_retry_count" : null, "rss_body" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "rss_summary" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "keywords" : [ ], "composition_id" : 0, "is_crawlable_by_bots" : false, "use_featured_image" : true, "public_access_rules" : [ ], "public_access_rules_enabled" : false, "html_title" : "People's Choice Winner at 2024 CTMA Technology Competition features Surface Analyst from Brighton Science.", "head_html" : null, "footer_html" : null, "attached_stylesheets" : [ ], "enable_domain_stylesheets" : null, "include_default_custom_css" : null, "meta_description" : "Read about the winners of the 2024 CTMA Technology Competition, featuring innovative solutions like the Surface Analyst from Brighton Science for defense operations and maintenance. Visit the link for more details.", "tweet_immediately" : false, "publish_immediately" : true, "security_state" : "NONE", "scheduled_update_date" : 0, "placement_guids" : [ ], "property_for_dynamic_page_title" : null, "property_for_dynamic_page_slug" : null, "property_for_dynamic_page_meta_description" : null, "property_for_dynamic_page_featured_image" : null, "property_for_dynamic_page_canonical_url" : null, "preview_image_src" : null, "legacy_blog_tabid" : null, "legacy_post_guid" : null, "performable_variation_letter" : null, "style_override_id" : null, "has_user_changes" : true, "css" : { }, "css_text" : "", "unpublished_at" : 0, "published_by_id" : 45331152, "allowed_slug_conflict" : false, "ai_features" : null, "link_rel_canonical_url" : "", "page_redirected" : false, "page_expiry_enabled" : null, "page_expiry_date" : null, "page_expiry_redirect_id" : null, "page_expiry_redirect_url" : null, "deleted_by_id" : null, "deleted_by" : null, "state_when_deleted" : null, "cloned_from" : null, "staged_from" : null, "personas" : [ ], "compose_body" : null, "featured_image" : "https://www.brighton-science.com/hubfs/CTMA%202024.jpg", "featured_image_alt_text" : "Banner image with dates of the CTMA Partners meeting in 2024", "featured_image_width" : 1540, "featured_image_height" : 472, "publish_timezone_offset" : null, "theme_settings_values" : null, "layout_sections" : { }, "enable_layout_stylesheets" : null, "tweet" : null, "tweet_at" : null, "campaign_name" : "News & Events", "campaign_utm" : "News%20%26%20Events", "meta_keywords" : null, "password" : null, "header" : null, "past_mab_experiment_ids" : [ ], "published_at" : 1722450383477, "last_edit_session_id" : null, "last_edit_update_id" : null, "created_by_agent" : null }, "metaDescription" : "Read about the winners of the 2024 CTMA Technology Competition, featuring innovative solutions like the Surface Analyst from Brighton Science for defense operations and maintenance. Visit the link for more details.", "metaKeywords" : null, "name" : "People's Choice Winner at 2024 CTMA Technology Competition features Surface Analyst from Brighton Science.", "nextPostFeaturedImage" : "https://www.brighton-science.com/hubfs/images/events-images/CAMX2024-Speaker-scaled.jpeg", "nextPostFeaturedImageAltText" : "brighton-science-to-showcase-technical-expertise-at-camx-2024", "nextPostName" : "Brighton Science to Showcase Technical Expertise at CAMX 2024", "nextPostSlug" : "news/brighton-science-to-showcase-technical-expertise-at-camx-2024", "pageExpiryDate" : null, "pageExpiryEnabled" : null, "pageExpiryRedirectId" : null, "pageExpiryRedirectUrl" : null, "pageRedirected" : false, "pageTitle" : "People's Choice Winner at 2024 CTMA Technology Competition features Surface Analyst from Brighton Science.", "parentBlog" : { "absoluteUrl" : "https://www.brighton-science.com/news", "allowComments" : false, "ampBodyColor" : "#425b76", "ampBodyFont" : "'Helvetica Neue', Helvetica, Arial, sans-serif", "ampBodyFontSize" : "18", "ampCustomCss" : "", "ampHeaderBackgroundColor" : "#ffffff", "ampHeaderColor" : "#425b76", "ampHeaderFont" : "'Helvetica Neue', Helvetica, Arial, sans-serif", "ampHeaderFontSize" : "36", "ampLinkColor" : "#416bb3", "ampLogoAlt" : "brighton_3color", "ampLogoHeight" : 300, "ampLogoSrc" : "https://www.brighton-science.com/hubfs/brighton-theme-main-web-pages/brighton-logos-and-theme/JPG/brighton_3color.jpg", "ampLogoWidth" : 700, "analyticsPageId" : 104496388695, "attachedStylesheets" : [ ], "audienceAccess" : "PUBLIC", "businessUnitId" : null, "captchaAfterDays" : 7, "captchaAlways" : false, "categoryId" : 3, "cdnPurgeEmbargoTime" : null, "closeCommentsOlder" : 0, "commentDateFormat" : "medium", "commentFormGuid" : "422e405b-e897-4351-95d3-efcbf22db9c0", "commentMaxThreadDepth" : 1, "commentModeration" : false, "commentNotificationEmails" : [ ], "commentShouldCreateContact" : false, "commentVerificationText" : "", "cosObjectType" : "BLOG", "created" : 1677604389309, "createdDateTime" : 1677604389309, "dailyNotificationEmailId" : null, "dateFormattingLanguage" : null, "defaultGroupStyleId" : "", "defaultNotificationFromName" : "", "defaultNotificationReplyTo" : "", "deletedAt" : 0, "description" : "The Brighton Science News blog presents the latest insights and news in surface science and engineering.", "domain" : "", "domainWhenPublished" : "www.brighton-science.com", "emailApiSubscriptionId" : 84321830, "enableGoogleAmpOutput" : true, "enableSocialAutoPublishing" : false, "generateJsonLdEnabled" : true, "header" : null, "htmlFooter" : "", "htmlFooterIsShared" : true, "htmlHead" : "<link rel=\"canonical\" href=\"https://www.brighton-science.com/news\" />\n", "htmlHeadIsShared" : false, "htmlKeywords" : [ ], "htmlTitle" : "News", "id" : 104496388695, "ilsSubscriptionListsByType" : { "instant" : 3707 }, "instantNotificationEmailId" : "109871352633", "itemLayoutId" : null, "itemTemplateIsShared" : false, "itemTemplatePath" : "Brighton Theme/templates/news-post.html", "label" : "News", "language" : "en", "legacyGuid" : null, "legacyModuleId" : null, "legacyTabId" : null, "listingLayoutId" : null, "listingPageId" : 104496388696, "listingTemplatePath" : "", "liveDomain" : "www.brighton-science.com", "monthFilterFormat" : "MMMM yyyy", "monthlyNotificationEmailId" : null, "name" : "News", "parentBlogUpdateTaskId" : null, "portalId" : 5375614, "postHtmlFooter" : "", "postHtmlHead" : "", "postsPerListingPage" : 100, "postsPerRssFeed" : 10, "publicAccessRules" : [ ], "publicAccessRulesEnabled" : false, "publicTitle" : "News", "publishDateFormat" : "medium", "resolvedDomain" : "www.brighton-science.com", "rootUrl" : "https://www.brighton-science.com/news", "rssCustomFeed" : null, "rssDescription" : null, "rssItemFooter" : null, "rssItemHeader" : null, "settingsOverrides" : { "itemLayoutId" : false, "itemTemplatePath" : false, "itemTemplateIsShared" : false, "listingLayoutId" : false, "listingTemplatePath" : false, "postsPerListingPage" : false, "showSummaryInListing" : false, "useFeaturedImageInSummary" : false, "htmlHead" : false, "postHtmlHead" : false, "htmlHeadIsShared" : false, "htmlFooter" : false, "listingPageHtmlFooter" : false, "postHtmlFooter" : false, "htmlFooterIsShared" : false, "attachedStylesheets" : false, "postsPerRssFeed" : false, "showSummaryInRss" : false, "showSummaryInEmails" : false, "showSummariesInEmails" : false, "allowComments" : false, "commentShouldCreateContact" : false, "commentModeration" : false, "closeCommentsOlder" : false, "commentNotificationEmails" : false, "commentMaxThreadDepth" : false, "commentVerificationText" : false, "socialAccountTwitter" : false, "showSocialLinkTwitter" : false, "showSocialLinkLinkedin" : false, "showSocialLinkFacebook" : false, "enableGoogleAmpOutput" : false, "ampLogoSrc" : false, "ampLogoHeight" : false, "ampLogoWidth" : false, "ampLogoAlt" : false, "ampHeaderFont" : false, "ampHeaderFontSize" : false, "ampHeaderColor" : false, "ampHeaderBackgroundColor" : false, "ampBodyFont" : false, "ampBodyFontSize" : false, "ampBodyColor" : false, "ampLinkColor" : false, "generateJsonLdEnabled" : false }, "showSocialLinkFacebook" : true, "showSocialLinkLinkedin" : true, "showSocialLinkTwitter" : true, "showSummaryInEmails" : true, "showSummaryInListing" : true, "showSummaryInRss" : true, "siteId" : null, "slug" : "news", "socialAccountTwitter" : "", "state" : null, "subscriptionContactsProperty" : "blog_news_104496388695_subscription", "subscriptionEmailType" : null, "subscriptionFormGuid" : "51eb474a-1a3e-4068-aa37-90fa4bf5dd57", "subscriptionListsByType" : { "instant" : 2202 }, "title" : null, "translatedFromId" : null, "translations" : { }, "updated" : 1704218048100, "updatedDateTime" : 1704218048100, "urlBase" : "www.brighton-science.com/news", "urlSegments" : { "all" : "all", "archive" : "archive", "author" : "author", "page" : "page", "tag" : "tag" }, "useFeaturedImageInSummary" : true, "usesDefaultTemplate" : false, "weeklyNotificationEmailId" : null }, "password" : null, "pastMabExperimentIds" : [ ], "performableGuid" : null, "performableVariationLetter" : null, "personas" : [ ], "placementGuids" : [ ], "portableKey" : null, "portalId" : 5375614, "position" : null, "postBody" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "postBodyRss" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "postEmailContent" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "postFeaturedImageIfEnabled" : "https://www.brighton-science.com/hubfs/CTMA%202024.jpg", "postListContent" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "postListSummaryFeaturedImage" : "https://www.brighton-science.com/hubfs/CTMA%202024.jpg", "postRssContent" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "postRssSummaryFeaturedImage" : "https://www.brighton-science.com/hubfs/CTMA%202024.jpg", "postSummary" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "postSummaryRss" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "postTemplate" : "Brighton Theme/templates/news-post.html", "previewImageSrc" : null, "previewKey" : "qUAoBmBj", "previousPostFeaturedImage" : "https://www.brighton-science.com/hubfs/images/blog-images/brighton-science-logo-3c.png", "previousPostFeaturedImageAltText" : "Brighton Science 3 color logo on blue background", "previousPostName" : "Your Data Protected, Your Decisions Empowered: How Brighton Science's Certifications Deliver Quality, Security, and Reliable Results", "previousPostSlug" : "news/your-data-protected-your-decisions-empowered-how-brighton-sciences-certifications-deliver-quality-security-and-reliable-results", "processingStatus" : "PUBLISHED", "propertyForDynamicPageCanonicalUrl" : null, "propertyForDynamicPageFeaturedImage" : null, "propertyForDynamicPageMetaDescription" : null, "propertyForDynamicPageSlug" : null, "propertyForDynamicPageTitle" : null, "publicAccessRules" : [ ], "publicAccessRulesEnabled" : false, "publishDate" : 1719842400000, "publishDateLocalTime" : 1719842400000, "publishDateLocalized" : { "date" : 1719842400000, "format" : "medium", "language" : null }, "publishImmediately" : true, "publishTimezoneOffset" : null, "publishedAt" : 1722450383477, "publishedByEmail" : null, "publishedById" : 45331152, "publishedByName" : null, "publishedUrl" : "https://www.brighton-science.com/news/peoples-choice-winner-at-2024-ctma-technology-competition-features-surface-analyst-from-brighton-science", "resolvedDomain" : "www.brighton-science.com", "resolvedLanguage" : null, "rssBody" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "rssSummary" : "<p>The National Center for Manufacturing Sciences (NCMS) has announced the winners of the 2024 Commercial Technologies for Maintenance Activities (CTMA) Technology Competition. Boston Engineering Corporation's Family of Sustainment Assisting Robotics (FOSAR) won the Overall Award, while the US Air Force's Surface Cleanliness Analyzer won the People’s Choice Award. These technologies aim to enhance maintenance and sustainment operations, supporting national defense and public good. The winners were selected from a competitive field for their innovation, effectiveness, and applicability in defense operations.<br><br>The US Air Force’s winning presentation featured the Surface Analyst from Brighton Science, highlighting its role in working to solve DOD challenges related to the cost of repairing adhesion-related failures. This tool enhances the accuracy and efficiency of surface cleanliness measurements, contributing to the maintenance and sustainment of critical defense systems. The use of the Surface Analyst will eliminate field and depot scrap, rework, and production delays related to poor adhesion and improper surface cleaning.&nbsp;<br><br>Congratulations to all the finalists, and we look forward to continuing our partnership with the US Air Force and other branches of the military on these critical maintenance and sustainment operations.<br><br>To read more information about the winning entries, please visit <a href=\"https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/\" rel=\"noopener\" target=\"_blank\">https://www.ncms.org/news/ncms-announces-winners-of-the-2024-ctma-technology-competition/</a></p>", "rssSummaryFeaturedImage" : "https://www.brighton-science.com/hubfs/CTMA%202024.jpg", "scheduledUpdateDate" : 0, "screenshotPreviewTakenAt" : 1722450383897, "screenshotPreviewUrl" : "https://cdn1.hubspot.net/hubshotv3/prod/e/0/daf93d64-eb96-4899-a374-f033ce5eba89.png", "sections" : { }, "securityState" : "NONE", "siteId" : null, "slug" : "news/peoples-choice-winner-at-2024-ctma-technology-competition-features-surface-analyst-from-brighton-science", "stagedFrom" : null, "state" : "PUBLISHED", "stateWhenDeleted" : null, "styleOverrideId" : null, "subcategory" : "normal_blog_post", "syncedWithBlogRoot" : true, "tagIds" : [ 9016028537, 9212696608, 113168476310 ], "tagList" : [ { "categoryId" : 3, "cdnPurgeEmbargoTime" : null, "contentIds" : [ ], "cosObjectType" : "TAG", "created" : 1555849086001, "deletedAt" : 0, "description" : "", "id" : 9016028537, "label" : "Aerospace", "language" : null, "name" : "Aerospace", "portalId" : 5375614, "slug" : "aerospace", "translatedFromId" : null, "translations" : { }, "updated" : 1556204104488 }, { "categoryId" : 3, "cdnPurgeEmbargoTime" : null, "contentIds" : [ ], "cosObjectType" : "TAG", "created" : 1556567344529, "deletedAt" : 0, "description" : "", "id" : 9212696608, "label" : "Surface Preparation & Treatment", "language" : null, "name" : "Surface Preparation & Treatment", "portalId" : 5375614, "slug" : "surface-preparation-treatment", "translatedFromId" : null, "translations" : { }, "updated" : 1556567344529 }, { "categoryId" : 3, "cdnPurgeEmbargoTime" : null, "contentIds" : [ ], "cosObjectType" : "TAG", "created" : 1682634236950, "deletedAt" : 0, "description" : "", "id" : 113168476310, "label" : "Featured", "language" : "en", "name" : "Featured", "portalId" : 5375614, "slug" : "featured", "translatedFromId" : null, "translations" : { }, "updated" : 1682650501581 } ], "tagNames" : [ "Aerospace", "Surface Preparation & Treatment", "Featured" ], "teamPerms" : [ ], "templatePath" : "", "templatePathForRender" : "Brighton Theme/templates/news-post.html", "textToAudioFileId" : null, "textToAudioGenerationRequestId" : null, "themePath" : null, "themeSettingsValues" : null, "title" : "People's Choice Winner at 2024 CTMA Technology Competition features Surface Analyst from Brighton Science.", "tmsId" : null, "topicIds" : [ 9016028537, 9212696608, 113168476310 ], "topicList" : [ { "categoryId" : 3, "cdnPurgeEmbargoTime" : null, "contentIds" : [ ], "cosObjectType" : "TAG", "created" : 1555849086001, "deletedAt" : 0, "description" : "", "id" : 9016028537, "label" : "Aerospace", "language" : null, "name" : "Aerospace", "portalId" : 5375614, "slug" : "aerospace", "translatedFromId" : null, "translations" : { }, "updated" : 1556204104488 }, { "categoryId" : 3, "cdnPurgeEmbargoTime" : null, "contentIds" : [ ], "cosObjectType" : "TAG", "created" : 1556567344529, "deletedAt" : 0, "description" : "", "id" : 9212696608, "label" : "Surface Preparation & Treatment", "language" : null, "name" : "Surface Preparation & Treatment", "portalId" : 5375614, "slug" : "surface-preparation-treatment", "translatedFromId" : null, "translations" : { }, "updated" : 1556567344529 }, { "categoryId" : 3, "cdnPurgeEmbargoTime" : null, "contentIds" : [ ], "cosObjectType" : "TAG", "created" : 1682634236950, "deletedAt" : 0, "description" : "", "id" : 113168476310, "label" : "Featured", "language" : "en", "name" : "Featured", "portalId" : 5375614, "slug" : "featured", "translatedFromId" : null, "translations" : { }, "updated" : 1682650501581 } ], "topicNames" : [ "Aerospace", "Surface Preparation & Treatment", "Featured" ], "topics" : [ 9016028537, 9212696608, 113168476310 ], "translatedContent" : { }, "translatedFromId" : null, "translations" : { }, "tweet" : null, "tweetAt" : null, "tweetImmediately" : false, "unpublishedAt" : 0, "updated" : 1722450383481, "updatedById" : 45331152, "upsizeFeaturedImage" : false, "url" : "https://www.brighton-science.com/news/peoples-choice-winner-at-2024-ctma-technology-competition-features-surface-analyst-from-brighton-science", "useFeaturedImage" : true, "userPerms" : [ ], "views" : null, "visibleToAll" : null, "widgetContainers" : { }, "widgetcontainers" : { }, "widgets" : { } })