
Your donors trust you with their data. Protect it without a security team.
FortWatch gives nonprofits the same vulnerability scanning used by enterprises — 11 automated scanners covering your donation pages, CRM, volunteer portals, and cloud infrastructure. No security expertise required.


What FortWatch Scans for Nonprofits
Donor Data Protection
Scan donation platforms and payment pages for CVEs, exposed sensitive files, and SSL/TLS misconfigurations. A single breach can destroy years of donor trust and fundraising relationships.
CRM Security Scanning
Run vulnerability scans against your CRM's web interfaces and integrations. Detect open ports, weak security headers, and misconfigured access controls protecting your constituent database.
Volunteer Portal Scanning
Scan volunteer registration portals and member areas for vulnerabilities. Detect exposed admin panels, subdomain takeover risks, and sensitive files that could leak personal information.
Website and DNS Security
Continuous scanning of your nonprofit website for known vulnerabilities, missing security headers, and DNS misconfigurations. Protect against defacement and domain hijacking attacks.
Cloud Storage Exposure
Detect misconfigured S3 buckets, Azure containers, and GCP storage holding donor records, grant documents, and internal files. Cloud misconfigurations are the most common cause of nonprofit data leaks.
Built for Small Teams
AI prioritizes every finding and generates plain-language remediation guidance. Your IT generalist or even a tech-savvy staff member can manage security — no CISO required.
How It Works
Add Your Assets
Enter your website, donation platform, CRM, and volunteer portal domains. Setup takes under two minutes.
Automated Scanning
11 scanners run automatically — CVE detection, port scans, SSL checks, cloud storage audits, sensitive file discovery, and more.
AI Prioritization
AI ranks findings by severity so you fix what matters most first. Clear remediation steps — no security jargon.
Track and Resolve
Track every issue from discovery to resolution. Continuous monitoring ensures new vulnerabilities are caught immediately.
The Nonprofit Attack Surface: Donor Data Spread Across Tools You Don't Control
A typical nonprofit's external footprint is a patchwork stitched together over years on tight budgets: a WordPress or Squarespace site, an embedded donation page from a processor like Donorbox, Classy, GiveLively, or Stripe, a donor CRM such as Blackbaud Raiser's Edge, Salesforce NPSP, DonorPerfect, Bloomerang, or Neon, plus a constellation of campaign microsites, event registration pages, and volunteer portals. Much of this is built by volunteers, interns, or a single donated agency engagement, then never touched again. The result is an unusually wide internet-facing surface relative to staff size, with plenty of forgotten assets that still resolve, still accept traffic, and still touch personal data.
The data behind that surface is exactly what attackers want: donor names, mailing addresses, payment card details, giving history, and increasingly sensitive constituent records for organizations serving vulnerable populations. The 2020 Blackbaud ransomware incident is the clearest illustration of the sector's real risk model: a single vendor compromise exposed donor data across thousands of nonprofits, hospitals, and universities at once, with most affected organizations having no direct control over the breached system. Nonprofits inherit risk from a supply chain they didn't build and can't patch, so knowing precisely which third-party endpoints, subdomains, and storage buckets carry your brand is the first line of defense.
The most common externally visible weaknesses are mundane and high-impact. Abandoned giving-day and campaign subdomains left pointing at deprovisioned SaaS or cloud buckets invite subdomain takeover, letting an attacker host a convincing fake donation page on your real domain. Weak or missing SPF, DKIM, and DMARC records, common when email is split across a CRM, a mass-mail tool, and Google Workspace, make it trivial to spoof your domain for donor phishing and to impersonate your executive director in wire-fraud and fake-grant schemes aimed at finance staff. Around #GivingTuesday and year-end appeals, lookalike domains spike, harvesting donations meant for you. None of these requires a sophisticated zero-day; they require attention that an overstretched team rarely has time to give.
Compliance this supports
How continuous external scanning maps to the frameworks teams in this sector report against.
Any nonprofit accepting card donations is in scope; external scanning checks TLS configuration, exposed admin and payment endpoints, and known CVEs on donation-facing assets, supporting the externally testable portions of SAQ requirements.
"A regional food-bank runs its annual #GivingTuesday push from give.foodbank.org, a campaign subdomain a volunteer set up two years earlier as a CNAME to a marketing-page host. After that year's campaign, the team let the hosting plan lapse but never removed the DNS record. The subdomain now dangles, pointing at an unclaimed host. An attacker scanning for takeover-prone records claims the host, stands up a pixel-perfect clone of the food-bank's donation page on the real give.foodbank.org subdomain, and waits. When this year's email and social campaign drives donors to the trusted address, the attacker captures card details and one-off gifts for several days before a donor's bank flags fraud and the staff realizes the page isn't theirs. The technical root cause, a dangling DNS record, is something external scanning flags the moment it appears, well before a campaign ever sends traffic to it."
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